uPlexa Knowledgebase - User contributions [en]

Main Page

2021-05-06T00:47:13Z

Foxi3 -: add TradeOgre

Welcome to the uPlexa Knowledgebase

uPlexa (UPX) is an anonymous peer-to-peer electronic payment system powered by the billions of IoT devices within our world.

== Getting started ==
* [[UPlexa_Knowledgebase:What_is_uPlexa|What is uPlexa?]]
* [[UPlexa_Knowledgebase:Steadfast_Storm_Information|Steadfast Storm Release information (Masternodes, VPNs, Instant transactions, and more)]]
* [https://uplexa.com/content/uPlexa-Whitepaper-EN.pdf Whitepaper]
* [[UPlexa_Knowledgebase:Wallets|Setting up uPlexa Wallets]]
* [[UPlexa_Knowledgebase:Troubleshooting_Wallets|Troubleshooting uPlexa Wallets]]
* [[UPlexa_Knowledgebase:uPlexa Bridge|uPlexa Bridge]]
* [[UPlexa_Knowledgebase:Setting up Utility Node on Testnet|Setting up Utility Node on Testnet]]
* [[UPlexa_Knowledgebase:Anonymous_Contributors|Anonymous Contributors]]

== eCommerce & Merchants Integration ==
* [[UPlexa_Knowledgebase:uPlexa_Merchants|List of Merchants Accepting uPlexa]]
* [https://github.com/uPlexa/uplexa-wordpress#uplexa-gateway-for-woocommerce WooCommerce/Wordpress Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-magento#uplexa-for-magento Magento Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-prestashop#uplexa-prestashop PrestaShop Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-opencart#uplexa-opencart-plugin-for-opencart-3x OpenCart Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-WHMCS#uplexa-whmcs WHMCS Payment Gateway for UPX]

== IoT CPU Miners ==
* [[UPlexa_Knowledgebase:uPlexa_Android_Miner|uPlexa Android Miner]]
* [[UPlexa_Knowledgebase:uPlexa_Raspberry|XMRig-UPX on Raspberry Pi]]
* [[XMRigCC_on_TX3_mini_Android_TV_Box|XMRigCC on TX3 mini Android TV Box]]

== Desktop CPU Miners ==
* [[UPlexa_Knowledgebase:XMRig-UPX|XMRig-UPX]]
* [[UPlexa_Knowledgebase:XMRigCC|XMRigCC (Windows)]]

== Desktop GPU Miners ==
* [[UPlexa_Knowledgebase:XMRigCC-AMD|XMRigCC-AMD]]
* [[UPlexa_Knowledgebase:XMRigCC-Nvidia|XMRigCC-NVIDIA]]

== Hardware Hashrate Database ==
* [[Hardware Hashrate Database]]

== uPlexa Mining Pools ==
* [[List of all UPlexa pools]]

== Bounties ==
* [https://medium.com/@uplexa/uplexa-adoption-bounty-1-100-usd-in-prizes-f5cd5442408 Adoption Bounty (Ended June 21/2019)]

== Contact/Community Links ==
* [https://discord.gg/VEPkMnM Discord]
* [https://t.me/uplexaOfficial Telegram]
* [https://twitter.com/uPlexaCoin Twitter]
* [https://www.facebook.com/uPlexa/ Facebook]
* [https://medium.com/@uplexa Medium]
* [https://www.reddit.com/r/uPlexa/ Reddit]
* [https://bitcointalk.org/index.php?topic=5058404.0 BitcoinTalk]
* [https://github.com/uPlexa/ Github]
* [https://www.youtube.com/channel/UCRwjSwZsFquZGY_CfPGB3Ug/ YouTube]

== Exchanges ==
* [https://app.stex.com/en/trade/pair/ETH/UPX STEX]
* [https://graviex.net/markets/upxbtc Graviex]
* [https://tradeogre.com/exchange/LTC-UPX TradeOgre]

== GitHub Libraries ==
* [https://github.com/uPlexa/uplexa uPlexa Core]
* [https://github.com/uPlexa/uplexa-gui uPlexa GUI]
* [https://github.com/uPlexa/uplexa-nodejs uPlexa NodeJS Library]
* [https://github.com/uPlexa/uplexa-php uPlexa PHP Library]
* [https://github.com/uPlexa/uplexa-python uPlexa Python Library]
* [https://github.com/uPlexa/upx-android-miner uPlexa Android Miner]
* [https://github.com/uPlexa/android-wallet uPlexa Android Wallet]
* [https://github.com/uPlexa/node-cryptonight-hashing Node CryptoNight Hashing with UPXTWO Support]
* [https://github.com/uPlexa/toaster-miner Toaster Miner]

== FAQ ==
* [[UPlexa_Knowledgebase:FAQ|FAQ]]

UPlexa Knowledgebase:UPlexa Bridge

2021-05-03T22:11:21Z

Foxi3 -: update trading chart link

== Introduction ==

'''UPLEXA is now a Privacy option for BSC and ETH Ecosystems [DeFi]'''

<img src="https://miro.medium.com/max/4096/1*6pD2HbenikD2PxH3LkUqIQ.png" style="max-width: 600px;"/>

uPlexa brings privacy to both Ethereum and Binance Smart Chains with uPlexaBridge. This enables users the ability to create untraceable gaps in DeFi transaction activity.

''Official Medium Article: https://uplexa.medium.com/uplexa-is-now-a-privacy-option-for-bsc-and-eth-ecosystems-defi-370a76796179''

'''TL;DR — uPlexa is a stand alone, cryptonote based privacy coin that has created a bridge into ETH and BSC ecosystems. This will allow for a quick solution to the problem of chain analysis and wallet tracking on those transparent blackchains. A process called “gapping” will put dead stops in the ability to follow the users balance and any further activity. This is done simply by moving into uPlexa and back into a fresh ETH or BSC wallet.'''

== uPlexa Bridge ==
* uPlexa Bridge: https://bridge.uplexa.com
* Swap Assets: '''UPX''' to '''bUPX''' (Binance Smart Chain) / '''wUPX''' (Ethereum Chain)
* Yield Farming: '''bUPX-BNB''' and '''wUPX-ETH'''
* Token Wallet: Metamask Wallet ([https://metamask.io metamask.io])

== bUPX Token on Binance Smart Chain (BSC) ==
* Token Contract: '''0xc3D91FfDF44eafc32a9e4489A4EfE188489fC183'''
* Token Block Explorer: https://bscscan.com/address/0xc3D91FfDF44eafc32a9e4489A4EfE188489fC183
* BSC DEX on Pancakeswap: https://exchange.pancakeswap.finance/#/swap?outputCurrency=0xc3d91ffdf44eafc32a9e4489a4efe188489fc183
* BSC Liquidity Pool: https://exchange.pancakeswap.finance/#/add/BNB/0xc3D91FfDF44eafc32a9e4489A4EfE188489fC183
* Trading Chart: https://poocoin.app/tokens/0xc3d91ffdf44eafc32a9e4489a4efe188489fc183
* Yield Farming: bUPX/BNP Yield Farm is NOW LIVE! @ https://bridge.uplexa.com/Farm/bupx-bnb-new

== wUPX Token on Ethereum Chain ==
''To be announced''

== Metamask Wallet Setup ==
Download: https://metamask.io/download
Support: https://support.metamask.io

Once you have added the Metamask extension wallet to your browser, it should look like this: 
<img src="https://i.imgur.com/e3EEixe.png" style="max-width: 300px;"/> 
Please note that Metamask wallet default network is '''Ethereum Mainnet'''. 
In order for you to use Metamask wallet with Binance Smart Chain (BSC) network, you have to add custom RPC for BSC.

<img src="https://i.imgur.com/ZZPxhNB.png" style="max-width: 600px;"/> 
Click on the network dropdown menu and select <code>Custom RPC</code> 
Add the following field with this info:
* Network Name: Binance Smart Chain
* New RPC URL: https://bsc-dataseed1.binance.org/
* Chain ID: 56
* Currency Symbol: BNB
* Block Explorer URL: https://bscscan.com
''Refer Binance official article here: https://academy.binance.cc/en/articles/connecting-metamask-to-binance-smart-chain''

=== Add bUPX Token to Metamask Wallet ===
<img src="https://i.imgur.com/lfPL11P.png" style="max-width: 200px;"/> 
Click <code>Add Token</code> and select <code>Custom Token</code> tab. 
<img src="https://i.imgur.com/PPatuCu.png" style="max-width: 200px;"/> 
Fill the <code>Token Contract Address</code> field with bUPX Contract Address: '''0xc3D91FfDF44eafc32a9e4489A4EfE188489fC183'''

=== Add Cake-V2 LP Token to Metamask Wallet ===
You'll only need to add this Token if you intend to provide Liquidity to the pool and Staking in the '''bUPX-BNB''' Yield Farm. 
<img src="https://i.imgur.com/PPatuCu.png" style="max-width: 200px;"/> 
Fill the <code>Token Contract Address</code> field with Cake-V2 LP Contract Address: '''0x3058e709a73e5c0bec079b9f19327ad50c44c646'''

== uPlexa Bridge: SWAP ==
uPlexa Wrap Assets (bUPX & wUPX) true function is to increase the privacy of personal transaction activity and when used correctly, one can put an untraceable gap in a DeFi trade history. 

=== UPX to bUPX ===
<img src="https://i.imgur.com/BPaNrB1.png" style="max-width: 600px;"/> 
Put in your Metamask wallet address in <code>BSC Address</code> field and click next. 

<img src="https://i.imgur.com/1t2Gg4i.png" style="max-width: 600px;"/> 
You will receive a unique address for your to send UPX coins from your wallet. 
On the left, you will see your transactions status and history. 

=== bUPX to UPX ===
<img src="https://i.imgur.com/DCGMif8.png" style="max-width: 600px;"/> 
Put in your UPX address in <code>uPlexa Address</code> field and click next. 

<img src="https://i.imgur.com/ekDYbZx.png" style="max-width: 600px;"/> 
You will need to connect uPlexa Bridge with your Metamask wallet. 

<img src="https://i.imgur.com/omR1MD6.png" style="max-width: 600px;"/> 
Once uPlexa Bridge is connected to your Metamask wallet, you can put desired bUPX to be swap in <code>Swap Amount:</code> 

== Pancakeswap (Liquidity Pool) ==
'''BSC Liquidity Pool''': https://exchange.pancakeswap.finance/#/add/BNB/0xc3D91FfDF44eafc32a9e4489A4EfE188489fC183 

In Pancakeswap, you need to connect to your Metamask wallet first. Once connected, your BNB & bUPX balance in your wallet will be shown in the Liquidity section. 
<img src="https://i.imgur.com/q11gcjg.png" style="max-width: 600px;"/> 
Put in either field (BNB/bUPX) with your desired amount and the other field will automatically match the amount based on the current price. 
It'll not allow you to proceed if one of the pair is insufficient balance. Please adjust accordingly to proceed further. 

<img src="https://i.imgur.com/RhUk4TY.png" style="max-width: 600px;"/> 
You will be shown with the estimated amount of BNB/bUPX Pool Token (LP Token) that you'll receive and summary of your deposited BNB & bUPX. 
Your percentage share of the pool will represent your position based on your supply LP Token. You can further stake your LP Token in Yield Farm to gain extra dividens via upxReaper Contract.

== Troubleshooting ==
If you run into any trouble, or your swap request has not gone through, please contact core contributors on telegram or discord.
* Telegram: https://t.me/uplexaOfficial
* Discord: https://discord.gg/fHkXF7vv

UPlexa Knowledgebase:UPlexa Bridge

2021-04-26T08:04:15Z

Foxi3 -: update LP Token contract address

== Introduction ==

'''UPLEXA is now a Privacy option for BSC and ETH Ecosystems [DeFi]'''

<img src="https://miro.medium.com/max/4096/1*6pD2HbenikD2PxH3LkUqIQ.png" style="max-width: 600px;"/>

uPlexa brings privacy to both Ethereum and Binance Smart Chains with uPlexaBridge. This enables users the ability to create untraceable gaps in DeFi transaction activity.

''Official Medium Article: https://uplexa.medium.com/uplexa-is-now-a-privacy-option-for-bsc-and-eth-ecosystems-defi-370a76796179''

'''TL;DR — uPlexa is a stand alone, cryptonote based privacy coin that has created a bridge into ETH and BSC ecosystems. This will allow for a quick solution to the problem of chain analysis and wallet tracking on those transparent blackchains. A process called “gapping” will put dead stops in the ability to follow the users balance and any further activity. This is done simply by moving into uPlexa and back into a fresh ETH or BSC wallet.'''

== uPlexa Bridge ==
* uPlexa Bridge: https://bridge.uplexa.com
* Swap Assets: '''UPX''' to '''bUPX''' (Binance Smart Chain) / '''wUPX''' (Ethereum Chain)
* Yield Farming: '''bUPX-BNB''' and '''wUPX-ETH'''
* Token Wallet: Metamask Wallet ([https://metamask.io metamask.io])

== bUPX Token on Binance Smart Chain (BSC) ==
* Token Contract: '''0xc3D91FfDF44eafc32a9e4489A4EfE188489fC183'''
* Token Block Explorer: https://bscscan.com/address/0xc3D91FfDF44eafc32a9e4489A4EfE188489fC183
* BSC DEX on Pancakeswap: https://exchange.pancakeswap.finance/#/swap?outputCurrency=0xc3d91ffdf44eafc32a9e4489a4efe188489fc183
* BSC Liquidity Pool: https://exchange.pancakeswap.finance/#/add/BNB/0xc3D91FfDF44eafc32a9e4489A4EfE188489fC183
* Trading Chart: https://app.astrotools.io/pancake-pair-explorer/0x3058e709a73e5c0bec079b9f19327ad50c44c646
* Yield Farming: bUPX/BNP Yield Farm is NOW LIVE! @ https://bridge.uplexa.com/Farm/bupx-bnb-new

== wUPX Token on Ethereum Chain ==
''To be announced''

== Metamask Wallet Setup ==
Download: https://metamask.io/download
Support: https://support.metamask.io

Once you have added the Metamask extension wallet to your browser, it should look like this: 
<img src="https://i.imgur.com/e3EEixe.png" style="max-width: 300px;"/> 
Please note that Metamask wallet default network is '''Ethereum Mainnet'''. 
In order for you to use Metamask wallet with Binance Smart Chain (BSC) network, you have to add custom RPC for BSC.

<img src="https://i.imgur.com/ZZPxhNB.png" style="max-width: 600px;"/> 
Click on the network dropdown menu and select <code>Custom RPC</code> 
Add the following field with this info:
* Network Name: Binance Smart Chain
* New RPC URL: https://bsc-dataseed1.binance.org/
* Chain ID: 56
* Currency Symbol: BNB
* Block Explorer URL: https://bscscan.com
''Refer Binance official article here: https://academy.binance.cc/en/articles/connecting-metamask-to-binance-smart-chain''

=== Add bUPX Token to Metamask Wallet ===
<img src="https://i.imgur.com/lfPL11P.png" style="max-width: 200px;"/> 
Click <code>Add Token</code> and select <code>Custom Token</code> tab. 
<img src="https://i.imgur.com/PPatuCu.png" style="max-width: 200px;"/> 
Fill the <code>Token Contract Address</code> field with bUPX Contract Address: '''0xc3D91FfDF44eafc32a9e4489A4EfE188489fC183'''

=== Add Cake-V2 LP Token to Metamask Wallet ===
You'll only need to add this Token if you intend to provide Liquidity to the pool and Staking in the '''bUPX-BNB''' Yield Farm. 
<img src="https://i.imgur.com/PPatuCu.png" style="max-width: 200px;"/> 
Fill the <code>Token Contract Address</code> field with Cake-V2 LP Contract Address: '''0x3058e709a73e5c0bec079b9f19327ad50c44c646'''

== uPlexa Bridge: SWAP ==
uPlexa Wrap Assets (bUPX & wUPX) true function is to increase the privacy of personal transaction activity and when used correctly, one can put an untraceable gap in a DeFi trade history. 

=== UPX to bUPX ===
<img src="https://i.imgur.com/BPaNrB1.png" style="max-width: 600px;"/> 
Put in your Metamask wallet address in <code>BSC Address</code> field and click next. 

<img src="https://i.imgur.com/1t2Gg4i.png" style="max-width: 600px;"/> 
You will receive a unique address for your to send UPX coins from your wallet. 
On the left, you will see your transactions status and history. 

=== bUPX to UPX ===
<img src="https://i.imgur.com/DCGMif8.png" style="max-width: 600px;"/> 
Put in your UPX address in <code>uPlexa Address</code> field and click next. 

<img src="https://i.imgur.com/ekDYbZx.png" style="max-width: 600px;"/> 
You will need to connect uPlexa Bridge with your Metamask wallet. 

<img src="https://i.imgur.com/omR1MD6.png" style="max-width: 600px;"/> 
Once uPlexa Bridge is connected to your Metamask wallet, you can put desired bUPX to be swap in <code>Swap Amount:</code> 

== Pancakeswap (Liquidity Pool) ==
'''BSC Liquidity Pool''': https://exchange.pancakeswap.finance/#/add/BNB/0xc3D91FfDF44eafc32a9e4489A4EfE188489fC183 

In Pancakeswap, you need to connect to your Metamask wallet first. Once connected, your BNB & bUPX balance in your wallet will be shown in the Liquidity section. 
<img src="https://i.imgur.com/q11gcjg.png" style="max-width: 600px;"/> 
Put in either field (BNB/bUPX) with your desired amount and the other field will automatically match the amount based on the current price. 
It'll not allow you to proceed if one of the pair is insufficient balance. Please adjust accordingly to proceed further. 

<img src="https://i.imgur.com/RhUk4TY.png" style="max-width: 600px;"/> 
You will be shown with the estimated amount of BNB/bUPX Pool Token (LP Token) that you'll receive and summary of your deposited BNB & bUPX. 
Your percentage share of the pool will represent your position based on your supply LP Token. You can further stake your LP Token in Yield Farm to gain extra dividens via upxReaper Contract.

== Troubleshooting ==
If you run into any trouble, or your swap request has not gone through, please contact core contributors on telegram or discord.
* Telegram: https://t.me/uplexaOfficial
* Discord: https://discord.gg/fHkXF7vv

UPlexa Knowledgebase:UPlexa Bridge

2021-04-26T08:03:33Z

Foxi3 -: update trading chart contract

== Introduction ==

'''UPLEXA is now a Privacy option for BSC and ETH Ecosystems [DeFi]'''

<img src="https://miro.medium.com/max/4096/1*6pD2HbenikD2PxH3LkUqIQ.png" style="max-width: 600px;"/>

uPlexa brings privacy to both Ethereum and Binance Smart Chains with uPlexaBridge. This enables users the ability to create untraceable gaps in DeFi transaction activity.

''Official Medium Article: https://uplexa.medium.com/uplexa-is-now-a-privacy-option-for-bsc-and-eth-ecosystems-defi-370a76796179''

'''TL;DR — uPlexa is a stand alone, cryptonote based privacy coin that has created a bridge into ETH and BSC ecosystems. This will allow for a quick solution to the problem of chain analysis and wallet tracking on those transparent blackchains. A process called “gapping” will put dead stops in the ability to follow the users balance and any further activity. This is done simply by moving into uPlexa and back into a fresh ETH or BSC wallet.'''

== uPlexa Bridge ==
* uPlexa Bridge: https://bridge.uplexa.com
* Swap Assets: '''UPX''' to '''bUPX''' (Binance Smart Chain) / '''wUPX''' (Ethereum Chain)
* Yield Farming: '''bUPX-BNB''' and '''wUPX-ETH'''
* Token Wallet: Metamask Wallet ([https://metamask.io metamask.io])

== bUPX Token on Binance Smart Chain (BSC) ==
* Token Contract: '''0xc3D91FfDF44eafc32a9e4489A4EfE188489fC183'''
* Token Block Explorer: https://bscscan.com/address/0xc3D91FfDF44eafc32a9e4489A4EfE188489fC183
* BSC DEX on Pancakeswap: https://exchange.pancakeswap.finance/#/swap?outputCurrency=0xc3d91ffdf44eafc32a9e4489a4efe188489fc183
* BSC Liquidity Pool: https://exchange.pancakeswap.finance/#/add/BNB/0xc3D91FfDF44eafc32a9e4489A4EfE188489fC183
* Trading Chart: https://app.astrotools.io/pancake-pair-explorer/0x3058e709a73e5c0bec079b9f19327ad50c44c646
* Yield Farming: bUPX/BNP Yield Farm is NOW LIVE! @ https://bridge.uplexa.com/Farm/bupx-bnb-new

== wUPX Token on Ethereum Chain ==
''To be announced''

== Metamask Wallet Setup ==
Download: https://metamask.io/download
Support: https://support.metamask.io

Once you have added the Metamask extension wallet to your browser, it should look like this: 
<img src="https://i.imgur.com/e3EEixe.png" style="max-width: 300px;"/> 
Please note that Metamask wallet default network is '''Ethereum Mainnet'''. 
In order for you to use Metamask wallet with Binance Smart Chain (BSC) network, you have to add custom RPC for BSC.

<img src="https://i.imgur.com/ZZPxhNB.png" style="max-width: 600px;"/> 
Click on the network dropdown menu and select <code>Custom RPC</code> 
Add the following field with this info:
* Network Name: Binance Smart Chain
* New RPC URL: https://bsc-dataseed1.binance.org/
* Chain ID: 56
* Currency Symbol: BNB
* Block Explorer URL: https://bscscan.com
''Refer Binance official article here: https://academy.binance.cc/en/articles/connecting-metamask-to-binance-smart-chain''

=== Add bUPX Token to Metamask Wallet ===
<img src="https://i.imgur.com/lfPL11P.png" style="max-width: 200px;"/> 
Click <code>Add Token</code> and select <code>Custom Token</code> tab. 
<img src="https://i.imgur.com/PPatuCu.png" style="max-width: 200px;"/> 
Fill the <code>Token Contract Address</code> field with bUPX Contract Address: '''0xc3D91FfDF44eafc32a9e4489A4EfE188489fC183'''

=== Add Cake-V2 LP Token to Metamask Wallet ===
You'll only need to add this Token if you intend to provide Liquidity to the pool and Staking in the '''bUPX-BNB''' Yield Farm. 
<img src="https://i.imgur.com/PPatuCu.png" style="max-width: 200px;"/> 
Fill the <code>Token Contract Address</code> field with Cake-V2 LP Contract Address: '''0xe9b4830861476d270df8edf1d29af54b56860d7c'''

== uPlexa Bridge: SWAP ==
uPlexa Wrap Assets (bUPX & wUPX) true function is to increase the privacy of personal transaction activity and when used correctly, one can put an untraceable gap in a DeFi trade history. 

=== UPX to bUPX ===
<img src="https://i.imgur.com/BPaNrB1.png" style="max-width: 600px;"/> 
Put in your Metamask wallet address in <code>BSC Address</code> field and click next. 

<img src="https://i.imgur.com/1t2Gg4i.png" style="max-width: 600px;"/> 
You will receive a unique address for your to send UPX coins from your wallet. 
On the left, you will see your transactions status and history. 

=== bUPX to UPX ===
<img src="https://i.imgur.com/DCGMif8.png" style="max-width: 600px;"/> 
Put in your UPX address in <code>uPlexa Address</code> field and click next. 

<img src="https://i.imgur.com/ekDYbZx.png" style="max-width: 600px;"/> 
You will need to connect uPlexa Bridge with your Metamask wallet. 

<img src="https://i.imgur.com/omR1MD6.png" style="max-width: 600px;"/> 
Once uPlexa Bridge is connected to your Metamask wallet, you can put desired bUPX to be swap in <code>Swap Amount:</code> 

== Pancakeswap (Liquidity Pool) ==
'''BSC Liquidity Pool''': https://exchange.pancakeswap.finance/#/add/BNB/0xc3D91FfDF44eafc32a9e4489A4EfE188489fC183 

In Pancakeswap, you need to connect to your Metamask wallet first. Once connected, your BNB & bUPX balance in your wallet will be shown in the Liquidity section. 
<img src="https://i.imgur.com/q11gcjg.png" style="max-width: 600px;"/> 
Put in either field (BNB/bUPX) with your desired amount and the other field will automatically match the amount based on the current price. 
It'll not allow you to proceed if one of the pair is insufficient balance. Please adjust accordingly to proceed further. 

<img src="https://i.imgur.com/RhUk4TY.png" style="max-width: 600px;"/> 
You will be shown with the estimated amount of BNB/bUPX Pool Token (LP Token) that you'll receive and summary of your deposited BNB & bUPX. 
Your percentage share of the pool will represent your position based on your supply LP Token. You can further stake your LP Token in Yield Farm to gain extra dividens via upxReaper Contract.

== Troubleshooting ==
If you run into any trouble, or your swap request has not gone through, please contact core contributors on telegram or discord.
* Telegram: https://t.me/uplexaOfficial
* Discord: https://discord.gg/fHkXF7vv

UPlexa Knowledgebase:UPlexa Bridge

2021-04-26T08:02:23Z

Foxi3 -: update yield farm links

== Introduction ==

'''UPLEXA is now a Privacy option for BSC and ETH Ecosystems [DeFi]'''

<img src="https://miro.medium.com/max/4096/1*6pD2HbenikD2PxH3LkUqIQ.png" style="max-width: 600px;"/>

uPlexa brings privacy to both Ethereum and Binance Smart Chains with uPlexaBridge. This enables users the ability to create untraceable gaps in DeFi transaction activity.

''Official Medium Article: https://uplexa.medium.com/uplexa-is-now-a-privacy-option-for-bsc-and-eth-ecosystems-defi-370a76796179''

'''TL;DR — uPlexa is a stand alone, cryptonote based privacy coin that has created a bridge into ETH and BSC ecosystems. This will allow for a quick solution to the problem of chain analysis and wallet tracking on those transparent blackchains. A process called “gapping” will put dead stops in the ability to follow the users balance and any further activity. This is done simply by moving into uPlexa and back into a fresh ETH or BSC wallet.'''

== uPlexa Bridge ==
* uPlexa Bridge: https://bridge.uplexa.com
* Swap Assets: '''UPX''' to '''bUPX''' (Binance Smart Chain) / '''wUPX''' (Ethereum Chain)
* Yield Farming: '''bUPX-BNB''' and '''wUPX-ETH'''
* Token Wallet: Metamask Wallet ([https://metamask.io metamask.io])

== bUPX Token on Binance Smart Chain (BSC) ==
* Token Contract: '''0xc3D91FfDF44eafc32a9e4489A4EfE188489fC183'''
* Token Block Explorer: https://bscscan.com/address/0xc3D91FfDF44eafc32a9e4489A4EfE188489fC183
* BSC DEX on Pancakeswap: https://exchange.pancakeswap.finance/#/swap?outputCurrency=0xc3d91ffdf44eafc32a9e4489a4efe188489fc183
* BSC Liquidity Pool: https://exchange.pancakeswap.finance/#/add/BNB/0xc3D91FfDF44eafc32a9e4489A4EfE188489fC183
* Trading Chart: https://app.astrotools.io/pancake-pair-explorer/0xe9b4830861476d270df8edf1d29af54b56860d7c
* Yield Farming: bUPX/BNP Yield Farm is NOW LIVE! @ https://bridge.uplexa.com/Farm/bupx-bnb-new

== wUPX Token on Ethereum Chain ==
''To be announced''

== Metamask Wallet Setup ==
Download: https://metamask.io/download
Support: https://support.metamask.io

Once you have added the Metamask extension wallet to your browser, it should look like this: 
<img src="https://i.imgur.com/e3EEixe.png" style="max-width: 300px;"/> 
Please note that Metamask wallet default network is '''Ethereum Mainnet'''. 
In order for you to use Metamask wallet with Binance Smart Chain (BSC) network, you have to add custom RPC for BSC.

<img src="https://i.imgur.com/ZZPxhNB.png" style="max-width: 600px;"/> 
Click on the network dropdown menu and select <code>Custom RPC</code> 
Add the following field with this info:
* Network Name: Binance Smart Chain
* New RPC URL: https://bsc-dataseed1.binance.org/
* Chain ID: 56
* Currency Symbol: BNB
* Block Explorer URL: https://bscscan.com
''Refer Binance official article here: https://academy.binance.cc/en/articles/connecting-metamask-to-binance-smart-chain''

=== Add bUPX Token to Metamask Wallet ===
<img src="https://i.imgur.com/lfPL11P.png" style="max-width: 200px;"/> 
Click <code>Add Token</code> and select <code>Custom Token</code> tab. 
<img src="https://i.imgur.com/PPatuCu.png" style="max-width: 200px;"/> 
Fill the <code>Token Contract Address</code> field with bUPX Contract Address: '''0xc3D91FfDF44eafc32a9e4489A4EfE188489fC183'''

=== Add Cake-V2 LP Token to Metamask Wallet ===
You'll only need to add this Token if you intend to provide Liquidity to the pool and Staking in the '''bUPX-BNB''' Yield Farm. 
<img src="https://i.imgur.com/PPatuCu.png" style="max-width: 200px;"/> 
Fill the <code>Token Contract Address</code> field with Cake-V2 LP Contract Address: '''0xe9b4830861476d270df8edf1d29af54b56860d7c'''

== uPlexa Bridge: SWAP ==
uPlexa Wrap Assets (bUPX & wUPX) true function is to increase the privacy of personal transaction activity and when used correctly, one can put an untraceable gap in a DeFi trade history. 

=== UPX to bUPX ===
<img src="https://i.imgur.com/BPaNrB1.png" style="max-width: 600px;"/> 
Put in your Metamask wallet address in <code>BSC Address</code> field and click next. 

<img src="https://i.imgur.com/1t2Gg4i.png" style="max-width: 600px;"/> 
You will receive a unique address for your to send UPX coins from your wallet. 
On the left, you will see your transactions status and history. 

=== bUPX to UPX ===
<img src="https://i.imgur.com/DCGMif8.png" style="max-width: 600px;"/> 
Put in your UPX address in <code>uPlexa Address</code> field and click next. 

<img src="https://i.imgur.com/ekDYbZx.png" style="max-width: 600px;"/> 
You will need to connect uPlexa Bridge with your Metamask wallet. 

<img src="https://i.imgur.com/omR1MD6.png" style="max-width: 600px;"/> 
Once uPlexa Bridge is connected to your Metamask wallet, you can put desired bUPX to be swap in <code>Swap Amount:</code> 

== Pancakeswap (Liquidity Pool) ==
'''BSC Liquidity Pool''': https://exchange.pancakeswap.finance/#/add/BNB/0xc3D91FfDF44eafc32a9e4489A4EfE188489fC183 

In Pancakeswap, you need to connect to your Metamask wallet first. Once connected, your BNB & bUPX balance in your wallet will be shown in the Liquidity section. 
<img src="https://i.imgur.com/q11gcjg.png" style="max-width: 600px;"/> 
Put in either field (BNB/bUPX) with your desired amount and the other field will automatically match the amount based on the current price. 
It'll not allow you to proceed if one of the pair is insufficient balance. Please adjust accordingly to proceed further. 

<img src="https://i.imgur.com/RhUk4TY.png" style="max-width: 600px;"/> 
You will be shown with the estimated amount of BNB/bUPX Pool Token (LP Token) that you'll receive and summary of your deposited BNB & bUPX. 
Your percentage share of the pool will represent your position based on your supply LP Token. You can further stake your LP Token in Yield Farm to gain extra dividens via upxReaper Contract.

== Troubleshooting ==
If you run into any trouble, or your swap request has not gone through, please contact core contributors on telegram or discord.
* Telegram: https://t.me/uplexaOfficial
* Discord: https://discord.gg/fHkXF7vv

UPlexa Knowledgebase:UPlexa Bridge

2021-04-21T22:15:03Z

Foxi3 -: /* bUPX Token on Binance Smart Chain (BSC) */ yield farm link

== Introduction ==

'''UPLEXA is now a Privacy option for BSC and ETH Ecosystems [DeFi]'''

<img src="https://miro.medium.com/max/4096/1*6pD2HbenikD2PxH3LkUqIQ.png" style="max-width: 600px;"/>

uPlexa brings privacy to both Ethereum and Binance Smart Chains with uPlexaBridge. This enables users the ability to create untraceable gaps in DeFi transaction activity.

''Official Medium Article: https://uplexa.medium.com/uplexa-is-now-a-privacy-option-for-bsc-and-eth-ecosystems-defi-370a76796179''

'''TL;DR — uPlexa is a stand alone, cryptonote based privacy coin that has created a bridge into ETH and BSC ecosystems. This will allow for a quick solution to the problem of chain analysis and wallet tracking on those transparent blackchains. A process called “gapping” will put dead stops in the ability to follow the users balance and any further activity. This is done simply by moving into uPlexa and back into a fresh ETH or BSC wallet.'''

== uPlexa Bridge ==
* uPlexa Bridge: https://bridge.uplexa.com
* Swap Assets: '''UPX''' to '''bUPX''' (Binance Smart Chain) / '''wUPX''' (Ethereum Chain)
* Yield Farming: '''bUPX-BNB''' and '''wUPX-ETH'''
* Token Wallet: Metamask Wallet ([https://metamask.io metamask.io])

== bUPX Token on Binance Smart Chain (BSC) ==
* Token Contract: '''0xc3D91FfDF44eafc32a9e4489A4EfE188489fC183'''
* Token Block Explorer: https://bscscan.com/address/0xc3D91FfDF44eafc32a9e4489A4EfE188489fC183
* BSC DEX on Pancakeswap: https://exchange.pancakeswap.finance/#/swap?outputCurrency=0xc3d91ffdf44eafc32a9e4489a4efe188489fc183
* BSC Liquidity Pool: https://exchange.pancakeswap.finance/#/add/BNB/0xc3D91FfDF44eafc32a9e4489A4EfE188489fC183
* Trading Chart: https://app.astrotools.io/pancake-pair-explorer/0xe9b4830861476d270df8edf1d29af54b56860d7c
* Yield Farming: bUPX/BNP Yield Farm is NOW LIVE! @ https://bridge.uplexa.com/Farms/bupx

== wUPX Token on Ethereum Chain ==
''To be announced''

== Metamask Wallet Setup ==
Download: https://metamask.io/download
Support: https://support.metamask.io

Once you have added the Metamask extension wallet to your browser, it should look like this: 
<img src="https://i.imgur.com/e3EEixe.png" style="max-width: 300px;"/> 
Please note that Metamask wallet default network is '''Ethereum Mainnet'''. 
In order for you to use Metamask wallet with Binance Smart Chain (BSC) network, you have to add custom RPC for BSC.

<img src="https://i.imgur.com/ZZPxhNB.png" style="max-width: 600px;"/> 
Click on the network dropdown menu and select <code>Custom RPC</code> 
Add the following field with this info:
* Network Name: Binance Smart Chain
* New RPC URL: https://bsc-dataseed1.binance.org/
* Chain ID: 56
* Currency Symbol: BNB
* Block Explorer URL: https://bscscan.com
''Refer Binance official article here: https://academy.binance.cc/en/articles/connecting-metamask-to-binance-smart-chain''

=== Add bUPX Token to Metamask Wallet ===
<img src="https://i.imgur.com/lfPL11P.png" style="max-width: 200px;"/> 
Click <code>Add Token</code> and select <code>Custom Token</code> tab. 
<img src="https://i.imgur.com/PPatuCu.png" style="max-width: 200px;"/> 
Fill the <code>Token Contract Address</code> field with bUPX Contract Address: '''0xc3D91FfDF44eafc32a9e4489A4EfE188489fC183'''

=== Add Cake-V2 LP Token to Metamask Wallet ===
You'll only need to add this Token if you intend to provide Liquidity to the pool and Staking in the '''bUPX-BNB''' Yield Farm. 
<img src="https://i.imgur.com/PPatuCu.png" style="max-width: 200px;"/> 
Fill the <code>Token Contract Address</code> field with Cake-V2 LP Contract Address: '''0xe9b4830861476d270df8edf1d29af54b56860d7c'''

== uPlexa Bridge: SWAP ==
uPlexa Wrap Assets (bUPX & wUPX) true function is to increase the privacy of personal transaction activity and when used correctly, one can put an untraceable gap in a DeFi trade history. 

=== UPX to bUPX ===
<img src="https://i.imgur.com/BPaNrB1.png" style="max-width: 600px;"/> 
Put in your Metamask wallet address in <code>BSC Address</code> field and click next. 

<img src="https://i.imgur.com/1t2Gg4i.png" style="max-width: 600px;"/> 
You will receive a unique address for your to send UPX coins from your wallet. 
On the left, you will see your transactions status and history. 

=== bUPX to UPX ===
<img src="https://i.imgur.com/DCGMif8.png" style="max-width: 600px;"/> 
Put in your UPX address in <code>uPlexa Address</code> field and click next. 

<img src="https://i.imgur.com/ekDYbZx.png" style="max-width: 600px;"/> 
You will need to connect uPlexa Bridge with your Metamask wallet. 

<img src="https://i.imgur.com/omR1MD6.png" style="max-width: 600px;"/> 
Once uPlexa Bridge is connected to your Metamask wallet, you can put desired bUPX to be swap in <code>Swap Amount:</code> 

== Pancakeswap (Liquidity Pool) ==
'''BSC Liquidity Pool''': https://exchange.pancakeswap.finance/#/add/BNB/0xc3D91FfDF44eafc32a9e4489A4EfE188489fC183 

In Pancakeswap, you need to connect to your Metamask wallet first. Once connected, your BNB & bUPX balance in your wallet will be shown in the Liquidity section. 
<img src="https://i.imgur.com/q11gcjg.png" style="max-width: 600px;"/> 
Put in either field (BNB/bUPX) with your desired amount and the other field will automatically match the amount based on the current price. 
It'll not allow you to proceed if one of the pair is insufficient balance. Please adjust accordingly to proceed further. 

<img src="https://i.imgur.com/RhUk4TY.png" style="max-width: 600px;"/> 
You will be shown with the estimated amount of BNB/bUPX Pool Token (LP Token) that you'll receive and summary of your deposited BNB & bUPX. 
Your percentage share of the pool will represent your position based on your supply LP Token. You can further stake your LP Token in Yield Farm to gain extra dividens via upxReaper Contract.

== Troubleshooting ==
If you run into any trouble, or your swap request has not gone through, please contact core contributors on telegram or discord.
* Telegram: https://t.me/uplexaOfficial
* Discord: https://discord.gg/fHkXF7vv

Hardware Hashrate Database

2021-04-20T20:59:01Z

Foxi3 -: /* Android Devices */ add Samsung S7 & S10 from Marc @TG

==Graphics cards==

===AMD (ATI)===

{| class="wikitable sortable"
|-
! Model !! Khash/s !! Watts !! Clock !! Mem !! Miner !! Notes
|-
| RX470 4GB MSI || 25.6 || ? || 1200 || 1750 || SRBMiner || -15 Power Limit, 75c Temp Target, 65% Fan Speed
|-
| RX470 4GB PowerColor Red Devil || 34.1 || 70 || 1150 || 2000 || Teamredminer || Custom Mem Timings, Hiveos, 900VDD/900MVDD, rxboost 21, 70c Target Temp, 50% Fan Speed
|-
| RX470 8GB SAPPHIRE NITRO+ || 26.1 || 85 || 1276 || 2100 || SRBMiner || -15 Power Limit, 63c Temp Target, 40% Fan Speed
|-
| RX470 8GB MSI Miner 8G|| 32.2 || 80 || 1050 || 2175 || Teamredminer || One-click Polaris bios mod, Micron mem timings, 875mv
|-
| RX580 8GB PowerColor Red Dragon || 25 || 85 || 1350 || 2000 || SRBMiner|| Stock Settings
|-
| RX580 8GB Sapphire Nitro+ || 31.5 || 80 || 1250 || 2190 || Teamredminer || 1-Click Polaris Bios Mod, Hiveos, 900VDD, rxboost 30, 55c Temp, 22% Fan Speed
|-
| Vega 56 8GB SAPPHIRE (blower) || 68.9 || 132 || 1050 || 1075 || Teamredminer || Custom mem timings, bios upgrade to Vega 64, 875 mv
|}

===Nvidia===

{| class="wikitable sortable"
|-
! Model !! Khash/s !! Watts !! Clock !! Mem !! Miner !! Notes
|-
| GTX 1060 || 9.8 || 50 || +150 || +200 || XMR-Stack UPX || TDP = 60%
|-
| GTX 1660 TI || 16.7 || 70 || +150 || -502 || XMRig-Nvidia || TDP = 58%
|-
| GTX 1660 Super || 15.6 || 70 || +150 || -502 || XMRig-Nvidia || TDP = 60%
|-
| GTX 1070 || 17.8 || 74 || +150 || -502 || XMRig-Nvidia || TDP = 49%
|-
| GTX 1050 TI || 7.6 || 74 || +0 || +0 || XMRig-Nvidia || TDP = 100%
|-
| GTX 1050 || 7.2 || 74 || +0 || +0 || XMRig-Nvidia || TDP = 100%
|-
| GT 740 || 3.2 || 35 || +150 || -502 || XMRig-Nvidia || TDP = 60%
|}

==CPUs==

===AMD===
{| class="wikitable sortable"
|-
! Model !! nThreads !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| Ryzen 9 3900X || 24 || 88 || 106W || 4.05 || XMRigCC ||
|-
| Ryzen 5 1600 || 12 || 32.6 || 65W TDP (Unmeasured consumption) || 3.3 || XMRigCC-2.5.0 || Non-overclockable crappy board, CPU is rated for 3.6 but never boosts there
|-
| Ryzen 5 1600X || 12 || 35.2 || ~90W || 3.6 || XMRigCC || Win 10, 4GB RAM
|-
| Ryzen 5 1500X || 8 || 22.6 || ~80W || 3.5 || XMRigCC || Win 10, 4GB RAM
|-
| 2x Opteron 6378 || 32 || 44 || 115W x2 (230w) || 2.4 || Xmrig-upx || Threads=24, Priority=5
|-
| Ryzen 7 1700 || 16 || 45 || 65W (75W OC) || 3.5Ghz (OC) || Xmrig-CC || Threads=15, 95% CPU
|-
| Ryzen 7 1700X || 16 || 51.2 || 95W TDP (~110W OC) || 4.0 All-Core (OC) || XMRigCC 2.5.0 || 8GB 3000 MT/s Single Channel RAM, B350-F board
|-
| Ryzen 3 2200G || 4 || 12.2 || 65W TDP || 3.7 All-Core (OC) || Xmrig-upx || Threads=15, 95% CPU
|-
| ThreadRipper 2950 || 16 || 95 || 175W TDP || 3.5 || Xmrig-upx || Threads=32, 100% CPU
|}

===Intel===
{| class="wikitable sortable"
|-
! Model !! nThreads !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| i5-4200M || 4 || 3.53 || n/a || 2.50 || Xmrig-Upx || 100% CPU
|-
| i5-7500 || 4 || 16 || n/a || 3.6 || Xmrig-Upx || 100% CPU
|-
| i5-7600 || 4 || 11.5 || n/a || 3.9 || Xmrig-upx || n/a
|-
| i7-7700K || 8 || 25.5 || n/a || 4.5 || Xmrig-CC || Threads=8, 100% CPU
|-
| i7-2600K || 4 || 17.0 || n/a || 4.3 || Xmrig-CC || Threads=6
|-
| i7-3615QM || 4 || 14.55 || 37W || 3.1 || Xmrig-CC || Threads=8, 100% CPU
|-
| i7-7820HQ || 4 || 15.9 || 25W || 2.9 || Xmrig-CC || Threads=8, 100% CPU
|-
| i5-2520M || 4 || 5 || 30W || 2.5 || Xmrig-CC || Threads=4, 90% CPU
|-
| i5-8250U || 8 || 18 || 25W || 1.8~3 || Xmrig-CC || Threads=6, 90% CPU
|-
| i5-3570 || 4 || 15 || 65W || 3.4 || Xmrig-CC || Threads=4, 90% CPU
|-
| i5-8600K || 6 || 26.3|| n/a || 4.8 || Xmrig-CC || Threads=5
|-
| i5-6500 || 4 || 15.5 || 25W || 3.2 || Xmrig-CC || Threads=4, 100% CPU
|-
| Xeon E5 2620 || 6 || 14 || 55W || 2.2 || Xmrig-CC || Threads=12, 100% CPU
|-
| i9 10900K || 20 || 62.2 || n/a || 4.4 || Xmrig-CC || Threads=20, 100% CPU
|}

==iOT==

===GNU/Linux (ARM)===
{| class="wikitable sortable"
|-
! Model !! Threads !! Khash/s !! CPU % !! Clock(GHz) !! Miner !! Comment
|-
| Raspberry-pi 4 4gb || 4 || 0.53 || 100 || 1.4 || xmrig-upx || No hugepages
|-
| Orange Pi 1 plus || 4 || 3.1 || 75 || 1.8 || xmrigCC-2.5.0 || hugepages=4, GCC-8.3, G++-8.3, Armbian Bionic 5.82 4W's
|}

===Android Devices===
{| class="wikitable sortable"
|-
! Model !! Threads !! Khash/s !! CPU % !! Clock (GHz) !! CPU type !! Miner !! Comment
|-
| Xiaomi Redmi 8 || 8 || 3.77 || 100 || N/A || Qualcomm SDM439 Snapdragon 439 (12 nm) || Android-UPX || N/A
|-
| Xiaomi Redmi 8 || 8 || 4.9 || 100 || N/A || N/A || M2G Android Miner || Snapdragon 439 (12 nm) (user:Hali)
|-
| Samsung A102U || 8 || 0.43 || 100 || N/A || NA || Android-UPX || N/A
|-
| HTC U11 || 8 || 7.7 || 100 || N/A || NA || Android-UPX || N/A
|-
| Xiaomi Redmi Note 7 || 8 || 5.4 || 100 || N/A || NA || Android-UPX || N/A
|-
| Xiaomi Redmi 5 Plus || 8 || 5.96 || 100 || N/A || NA || Android-UPX || Android 10 on EvolutionX ROM
|-
| Samsung Galaxy S9+ || 7 || 7.20 || 75 || N/A || NA || Android-UPX || N/A
|-
| Samsung Galaxy S7 || 8 || 3.36 || N/A || N/A || NA || Android-UPX || Model SM-G930W8
|-
| Samsung Galaxy S10 || 8 || 7.71 || N/A || N/A || NA || Android-UPX || Model SM-G973W
|-
| OnePlus 6 || 8 || 8.88 || 100 || N/A || NA || Android-UPX || N/A
|-
| OnePlus 3 || 4 || 3.75 || 75 || N/A || NA || Android-UPX || Underperforms at 100% CPU
|-
| OnePlus 7 || 8 || 9.55 || 100 || N/A || NA || Android-UPX || GM1903
|-
| Samsung Galaxy S10 || 4 || 9.95 || 50 || N/A || NA || XMrig-CC ARM || Use last 4 threads
|-
| Huawei Y5 || 2 || 0.67 || 75 || N/A || NA || Xmrig-upx || N/A
|-
| Huawei Honor 8 Lite || 3 || 2.4 15min || 50 || 2.1 || Kirin 655 || Android-UPX || Unresponsive after 2hr mining. No overheating issues.
|-
| Huawei 10 Lite || 3 || 2.5 15min || 50 || 2.35 || Kirin 658 || Android-UPX || Suitable for speed mining 15min mine/rest: 6 threads Max CPU 50
|-
| Telstra Tempo || 1 || 0.02 || 50 || N/A || NA || Xmrig-upx || N/A
|-
| Samsung tablet (model?) || 8 || 5 || 100 || N/A || NA || Android-UPX || N/A
|-
| Samsung Galaxy S6 || 6 || 3.5 || 75 || N/A || NA || Android-UPX || N/A
|-
| LG Phoenix 4 || 8 || 0.155 || 100 || N/A || NA || Android-UPX || Stock ROM, Android 8.1.0
|-
| Google Pixel 2 || 7 || 5.7 || 25 || N/A || NA || Android-UPX || N/A
|-
| NVIDIA Shield K1 Tablet || 3 || 0.3 || 25 || N/A || NA || Android-UPX ||
|-
| Moto X || 2 || 0.146 || 50 || N/A || NA || Android-UPX ||
|-
| Motorola Droid Turbo 2 || 7 || 3.5 || 25 || N/A || NA || Android-UPX ||
|-
| Huawei Mate 10 || 4 || 6.39 || 50 || N/A || Huawei Kirin 980 || Xmrig-upx || N/A
|-
| Samsung Galaxy S10 (Exynos) || 8 || 9 || 100 || N/A || Exynos 9820 || xmrigCC || N/A
|-
| Samsung Galaxy S10 (Snapdragon) || 8 || 10.1 || 100 || N/A || Snapdragon 855 || xmrigCC || N/A
|-
| Samsung Galaxy Tab S6 || 8 || 10.1 || 100 || N/A || Snapdragon 855 || xmrigCC || N/A
|-
| Samsung S20 Note Ultra || 4 || 7.59 || 100 || N/A || N/A || Android-UPX || 15 min
|-}

Hardware Hashrate Database

2021-04-20T20:54:56Z

Foxi3 -:

==Graphics cards==

===AMD (ATI)===

{| class="wikitable sortable"
|-
! Model !! Khash/s !! Watts !! Clock !! Mem !! Miner !! Notes
|-
| RX470 4GB MSI || 25.6 || ? || 1200 || 1750 || SRBMiner || -15 Power Limit, 75c Temp Target, 65% Fan Speed
|-
| RX470 4GB PowerColor Red Devil || 34.1 || 70 || 1150 || 2000 || Teamredminer || Custom Mem Timings, Hiveos, 900VDD/900MVDD, rxboost 21, 70c Target Temp, 50% Fan Speed
|-
| RX470 8GB SAPPHIRE NITRO+ || 26.1 || 85 || 1276 || 2100 || SRBMiner || -15 Power Limit, 63c Temp Target, 40% Fan Speed
|-
| RX470 8GB MSI Miner 8G|| 32.2 || 80 || 1050 || 2175 || Teamredminer || One-click Polaris bios mod, Micron mem timings, 875mv
|-
| RX580 8GB PowerColor Red Dragon || 25 || 85 || 1350 || 2000 || SRBMiner|| Stock Settings
|-
| RX580 8GB Sapphire Nitro+ || 31.5 || 80 || 1250 || 2190 || Teamredminer || 1-Click Polaris Bios Mod, Hiveos, 900VDD, rxboost 30, 55c Temp, 22% Fan Speed
|-
| Vega 56 8GB SAPPHIRE (blower) || 68.9 || 132 || 1050 || 1075 || Teamredminer || Custom mem timings, bios upgrade to Vega 64, 875 mv
|}

===Nvidia===

{| class="wikitable sortable"
|-
! Model !! Khash/s !! Watts !! Clock !! Mem !! Miner !! Notes
|-
| GTX 1060 || 9.8 || 50 || +150 || +200 || XMR-Stack UPX || TDP = 60%
|-
| GTX 1660 TI || 16.7 || 70 || +150 || -502 || XMRig-Nvidia || TDP = 58%
|-
| GTX 1660 Super || 15.6 || 70 || +150 || -502 || XMRig-Nvidia || TDP = 60%
|-
| GTX 1070 || 17.8 || 74 || +150 || -502 || XMRig-Nvidia || TDP = 49%
|-
| GTX 1050 TI || 7.6 || 74 || +0 || +0 || XMRig-Nvidia || TDP = 100%
|-
| GTX 1050 || 7.2 || 74 || +0 || +0 || XMRig-Nvidia || TDP = 100%
|-
| GT 740 || 3.2 || 35 || +150 || -502 || XMRig-Nvidia || TDP = 60%
|}

==CPUs==

===AMD===
{| class="wikitable sortable"
|-
! Model !! nThreads !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| Ryzen 9 3900X || 24 || 88 || 106W || 4.05 || XMRigCC ||
|-
| Ryzen 5 1600 || 12 || 32.6 || 65W TDP (Unmeasured consumption) || 3.3 || XMRigCC-2.5.0 || Non-overclockable crappy board, CPU is rated for 3.6 but never boosts there
|-
| Ryzen 5 1600X || 12 || 35.2 || ~90W || 3.6 || XMRigCC || Win 10, 4GB RAM
|-
| Ryzen 5 1500X || 8 || 22.6 || ~80W || 3.5 || XMRigCC || Win 10, 4GB RAM
|-
| 2x Opteron 6378 || 32 || 44 || 115W x2 (230w) || 2.4 || Xmrig-upx || Threads=24, Priority=5
|-
| Ryzen 7 1700 || 16 || 45 || 65W (75W OC) || 3.5Ghz (OC) || Xmrig-CC || Threads=15, 95% CPU
|-
| Ryzen 7 1700X || 16 || 51.2 || 95W TDP (~110W OC) || 4.0 All-Core (OC) || XMRigCC 2.5.0 || 8GB 3000 MT/s Single Channel RAM, B350-F board
|-
| Ryzen 3 2200G || 4 || 12.2 || 65W TDP || 3.7 All-Core (OC) || Xmrig-upx || Threads=15, 95% CPU
|-
| ThreadRipper 2950 || 16 || 95 || 175W TDP || 3.5 || Xmrig-upx || Threads=32, 100% CPU
|}

===Intel===
{| class="wikitable sortable"
|-
! Model !! nThreads !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| i5-4200M || 4 || 3.53 || n/a || 2.50 || Xmrig-Upx || 100% CPU
|-
| i5-7500 || 4 || 16 || n/a || 3.6 || Xmrig-Upx || 100% CPU
|-
| i5-7600 || 4 || 11.5 || n/a || 3.9 || Xmrig-upx || n/a
|-
| i7-7700K || 8 || 25.5 || n/a || 4.5 || Xmrig-CC || Threads=8, 100% CPU
|-
| i7-2600K || 4 || 17.0 || n/a || 4.3 || Xmrig-CC || Threads=6
|-
| i7-3615QM || 4 || 14.55 || 37W || 3.1 || Xmrig-CC || Threads=8, 100% CPU
|-
| i7-7820HQ || 4 || 15.9 || 25W || 2.9 || Xmrig-CC || Threads=8, 100% CPU
|-
| i5-2520M || 4 || 5 || 30W || 2.5 || Xmrig-CC || Threads=4, 90% CPU
|-
| i5-8250U || 8 || 18 || 25W || 1.8~3 || Xmrig-CC || Threads=6, 90% CPU
|-
| i5-3570 || 4 || 15 || 65W || 3.4 || Xmrig-CC || Threads=4, 90% CPU
|-
| i5-8600K || 6 || 26.3|| n/a || 4.8 || Xmrig-CC || Threads=5
|-
| i5-6500 || 4 || 15.5 || 25W || 3.2 || Xmrig-CC || Threads=4, 100% CPU
|-
| Xeon E5 2620 || 6 || 14 || 55W || 2.2 || Xmrig-CC || Threads=12, 100% CPU
|-
| i9 10900K || 20 || 62.2 || n/a || 4.4 || Xmrig-CC || Threads=20, 100% CPU
|}

==iOT==

===GNU/Linux (ARM)===
{| class="wikitable sortable"
|-
! Model !! Threads !! Khash/s !! CPU % !! Clock(GHz) !! Miner !! Comment
|-
| Raspberry-pi 4 4gb || 4 || 0.53 || 100 || 1.4 || xmrig-upx || No hugepages
|-
| Orange Pi 1 plus || 4 || 3.1 || 75 || 1.8 || xmrigCC-2.5.0 || hugepages=4, GCC-8.3, G++-8.3, Armbian Bionic 5.82 4W's
|}

===Android Devices===
{| class="wikitable sortable"
|-
! Model !! Threads !! Khash/s !! CPU % !! Clock (GHz) !! CPU type !! Miner !! Comment
|-
| Xiaomi Redmi 8 || 8 || 3.77 || 100 || N/A || Qualcomm SDM439 Snapdragon 439 (12 nm) || Android-UPX || N/A
|-
| Xiaomi Redmi 8 || 8 || 4.9 || 100 || N/A || N/A || M2G Android Miner || Snapdragon 439 (12 nm) (user:Hali)
|-
| Samsung A102U || 8 || 0.43 || 100 || N/A || NA || Android-UPX || N/A
|-
| HTC U11 || 8 || 7.7 || 100 || N/A || NA || Android-UPX || N/A
|-
| Xiaomi Redmi Note 7 || 8 || 5.4 || 100 || N/A || NA || Android-UPX || N/A
|-
| Xiaomi Redmi 5 Plus || 8 || 5.96 || 100 || N/A || NA || Android-UPX || Android 10 on EvolutionX ROM
|-
| Samsung Galaxy S9+ || 7 || 7.20 || 75 || N/A || NA || Android-UPX || N/A
|-
| OnePlus 6 || 8 || 8.88 || 100 || N/A || NA || Android-UPX || N/A
|-
| OnePlus 3 || 4 || 3.75 || 75 || N/A || NA || Android-UPX || Underperforms at 100% CPU
|-
| OnePlus 7 || 8 || 9.55 || 100 || N/A || NA || Android-UPX || GM1903
|-
| Samsung Galaxy S10 || 4 || 9.95 || 50 || N/A || NA || XMrig-CC ARM || Use last 4 threads
|-
| Huawei Y5 || 2 || 0.67 || 75 || N/A || NA || Xmrig-upx || N/A
|-
| Huawei Honor 8 Lite || 3 || 2.4 15min || 50 || 2.1 || Kirin 655 || Android-UPX || Unresponsive after 2hr mining. No overheating issues.
|-
| Huawei 10 Lite || 3 || 2.5 15min || 50 || 2.35 || Kirin 658 || Android-UPX || Suitable for speed mining 15min mine/rest: 6 threads Max CPU 50
|-
| Telstra Tempo || 1 || 0.02 || 50 || N/A || NA || Xmrig-upx || N/A
|-
| Samsung tablet (model?) || 8 || 5 || 100 || N/A || NA || Android-UPX || N/A
|-
| Samsung Galaxy S6 || 6 || 3.5 || 75 || N/A || NA || Android-UPX || N/A
|-
| LG Phoenix 4 || 8 || 0.155 || 100 || N/A || NA || Android-UPX || Stock ROM, Android 8.1.0
|-
| Google Pixel 2 || 7 || 5.7 || 25 || N/A || NA || Android-UPX || N/A
|-
| NVIDIA Shield K1 Tablet || 3 || 0.3 || 25 || N/A || NA || Android-UPX ||
|-
| Moto X || 2 || 0.146 || 50 || N/A || NA || Android-UPX ||
|-
| Motorola Droid Turbo 2 || 7 || 3.5 || 25 || N/A || NA || Android-UPX ||
|-
| Huawei Mate 10 || 4 || 6.39 || 50 || N/A || Huawei Kirin 980 || Xmrig-upx || N/A
|-
| Samsung Galaxy S10 (Exynos) || 8 || 9 || 100 || N/A || Exynos 9820 || xmrigCC || N/A
|-
| Samsung Galaxy S10 (Snapdragon) || 8 || 10.1 || 100 || N/A || Snapdragon 855 || xmrigCC || N/A
|-
| Samsung Galaxy Tab S6 || 8 || 10.1 || 100 || N/A || Snapdragon 855 || xmrigCC || N/A
|-
| Samsung S20 Note Ultra || 4 || 7.59 || 100 || N/A || N/A || Android-UPX || 15 min
|-}

Hardware Hashrate Database

2021-04-20T20:53:38Z

Foxi3 -: /* See Also */

==Graphics cards==

===AMD (ATI)===

{| class="wikitable sortable"
|-
! Model !! Khash/s !! Watts !! Clock !! Mem !! Miner !! Notes
|-
| RX470 4GB MSI || 25.6 || ? || 1200 || 1750 || SRBMiner || -15 Power Limit, 75c Temp Target, 65% Fan Speed
|-
| RX470 4GB PowerColor Red Devil || 34.1 || 70 || 1150 || 2000 || Teamredminer || Custom Mem Timings, Hiveos, 900VDD/900MVDD, rxboost 21, 70c Target Temp, 50% Fan Speed
|-
| RX470 8GB SAPPHIRE NITRO+ || 26.1 || 85 || 1276 || 2100 || SRBMiner || -15 Power Limit, 63c Temp Target, 40% Fan Speed
|-
| RX470 8GB MSI Miner 8G|| 32.2 || 80 || 1050 || 2175 || Teamredminer || One-click Polaris bios mod, Micron mem timings, 875mv
|-
| RX580 8GB PowerColor Red Dragon || 25 || 85 || 1350 || 2000 || SRBMiner|| Stock Settings
|-
| RX580 8GB Sapphire Nitro+ || 31.5 || 80 || 1250 || 2190 || Teamredminer || 1-Click Polaris Bios Mod, Hiveos, 900VDD, rxboost 30, 55c Temp, 22% Fan Speed
|-
| Vega 56 8GB SAPPHIRE (blower) || 68.9 || 132 || 1050 || 1075 || Teamredminer || Custom mem timings, bios upgrade to Vega 64, 875 mv
|}

===Nvidia===

{| class="wikitable sortable"
|-
! Model !! Khash/s !! Watts !! Clock !! Mem !! Miner !! Notes
|-
| GTX 1060 || 9.8 || 50 || +150 || +200 || XMR-Stack UPX || TDP = 60%
|-
| GTX 1660 TI || 16.7 || 70 || +150 || -502 || XMRig-Nvidia || TDP = 58%
|-
| GTX 1660 Super || 15.6 || 70 || +150 || -502 || XMRig-Nvidia || TDP = 60%
|-
| GTX 1070 || 17.8 || 74 || +150 || -502 || XMRig-Nvidia || TDP = 49%
|-
| GTX 1050 TI || 7.6 || 74 || +0 || +0 || XMRig-Nvidia || TDP = 100%
|-
| GTX 1050 || 7.2 || 74 || +0 || +0 || XMRig-Nvidia || TDP = 100%
|-
| GT 740 || 3.2 || 35 || +150 || -502 || XMRig-Nvidia || TDP = 60%
|}

==CPUs==

===AMD===
{| class="wikitable sortable"
|-
! Model !! nThreads !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| Ryzen 9 3900X || 24 || 88 || 106W || 4.05 || XMRigCC ||
|-
| Ryzen 5 1600 || 12 || 32.6 || 65W TDP (Unmeasured consumption) || 3.3 || XMRigCC-2.5.0 || Non-overclockable crappy board, CPU is rated for 3.6 but never boosts there
|-
| Ryzen 5 1600X || 12 || 35.2 || ~90W || 3.6 || XMRigCC || Win 10, 4GB RAM
|-
| Ryzen 5 1500X || 8 || 22.6 || ~80W || 3.5 || XMRigCC || Win 10, 4GB RAM
|-
| 2x Opteron 6378 || 32 || 44 || 115W x2 (230w) || 2.4 || Xmrig-upx || Threads=24, Priority=5
|-
| Ryzen 7 1700 || 16 || 45 || 65W (75W OC) || 3.5Ghz (OC) || Xmrig-CC || Threads=15, 95% CPU
|-
| Ryzen 7 1700X || 16 || 51.2 || 95W TDP (~110W OC) || 4.0 All-Core (OC) || XMRigCC 2.5.0 || 8GB 3000 MT/s Single Channel RAM, B350-F board
|-
| Ryzen 3 2200G || 4 || 12.2 || 65W TDP || 3.7 All-Core (OC) || Xmrig-upx || Threads=15, 95% CPU
|-
| ThreadRipper 2950 || 16 || 95 || 175W TDP || 3.5 || Xmrig-upx || Threads=32, 100% CPU
|}

===Intel===
{| class="wikitable sortable"
|-
! Model !! nThreads !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| i5-4200M || 4 || 3.53 || n/a || 2.50 || Xmrig-Upx || 100% CPU
|-
| i5-7500 || 4 || 16 || n/a || 3.6 || Xmrig-Upx || 100% CPU
|-
| i5-7600 || 4 || 11.5 || n/a || 3.9 || Xmrig-upx || n/a
|-
| i7-7700K || 8 || 25.5 || n/a || 4.5 || Xmrig-CC || Threads=8, 100% CPU
|-
| i7-2600K || 4 || 17.0 || n/a || 4.3 || Xmrig-CC || Threads=6
|-
| i7-3615QM || 4 || 14.55 || 37W || 3.1 || Xmrig-CC || Threads=8, 100% CPU
|-
| i7-7820HQ || 4 || 15.9 || 25W || 2.9 || Xmrig-CC || Threads=8, 100% CPU
|-
| i5-2520M || 4 || 5 || 30W || 2.5 || Xmrig-CC || Threads=4, 90% CPU
|-
| i5-8250U || 8 || 18 || 25W || 1.8~3 || Xmrig-CC || Threads=6, 90% CPU
|-
| i5-3570 || 4 || 15 || 65W || 3.4 || Xmrig-CC || Threads=4, 90% CPU
|-
| i5-8600K || 6 || 26.3|| n/a || 4.8 || Xmrig-CC || Threads=5
|-
| i5-6500 || 4 || 15.5 || 25W || 3.2 || Xmrig-CC || Threads=4, 100% CPU
|-
| Xeon E5 2620 || 6 || 14 || 55W || 2.2 || Xmrig-CC || Threads=12, 100% CPU
|-
| i9 10900K || 20 || 62.2 || n/a || 4.4 || Xmrig-CC || Threads=20, 100% CPU
|}

==iOT==

===GNU/Linux (ARM)===
{| class="wikitable sortable"
|-
! Model !! Threads !! Khash/s !! CPU % !! Clock(GHz) !! Miner !! Comment
|-
| Raspberry-pi 4 4gb || 4 || 0.53 || 100 || 1.4 || xmrig-upx || No hugepages
|-
| Orange Pi 1 plus || 4 || 3.1 || 75 || 1.8 || xmrigCC-2.5.0 || hugepages=4, GCC-8.3, G++-8.3, Armbian Bionic 5.82 4W's
|}

===Android Devices===
{| class="wikitable sortable"
|-
! Model !! Threads !! Khash/s !! CPU % !! Clock (GHz) !! CPU type !! Miner !! Comment
|-
| Xiaomi Redmi 8 || 8 || 3.77 || 100 || N/A || Qualcomm SDM439 Snapdragon 439 (12 nm) || Android-UPX || N/A
|-
| Xiaomi Redmi 8 || 8 || 4.9 || 100 || N/A || N/A || M2G Android Miner || Snapdragon 439 (12 nm) (user:Hali)
|-
| Samsung A102U || 8 || 0.43 || 100 || N/A || NA || Android-UPX || N/A
|-
| HTC U11 || 8 || 7.7 || 100 || N/A || NA || Android-UPX || N/A
|-
| Xiaomi Redmi Note 7 || 8 || 5.4 || 100 || N/A || NA || Android-UPX || N/A
|-
| Xiaomi Redmi 5 Plus || 8 || 5.96 || 100 || N/A || NA || Android-UPX || Android 10 on EvolutionX ROM
|-
| Samsung Galaxy S9+ || 7 || 7.20 || 75 || N/A || NA || Android-UPX || N/A
|-
| OnePlus 6 || 8 || 8.88 || 100 || N/A || NA || Android-UPX || N/A
|-
| OnePlus 3 || 4 || 3.75 || 75 || N/A || NA || Android-UPX || Underperforms at 100% CPU
|-
| OnePlus 7 || 8 || 9.55 || 100 || N/A || NA || Android-UPX || GM1903
|-
| Samsung Galaxy S10 || 4 || 9.95 || 50 || N/A || NA || XMrig-CC ARM || Use last 4 threads
|-
| Huawei Y5 || 2 || 0.67 || 75 || N/A || NA || Xmrig-upx || N/A
|-
| Huawei Honor 8 Lite || 3 || 2.4 15min || 50 || 2.1 || Kirin 655 || Android-UPX || Unresponsive after 2hr mining. No overheating issues.
|-
| Huawei 10 Lite || 3 || 2.5 15min || 50 || 2.35 || Kirin 658 || Android-UPX || Suitable for speed mining 15min mine/rest: 6 threads Max CPU 50
|-
| Telstra Tempo || 1 || 0.02 || 50 || N/A || NA || Xmrig-upx || N/A
|-
| Samsung tablet (model?) || 8 || 5 || 100 || N/A || NA || Android-UPX || N/A
|-
| Samsung Galaxy S6 || 6 || 3.5 || 75 || N/A || NA || Android-UPX || N/A
|-
| LG Phoenix 4 || 8 || 0.155 || 100 || N/A || NA || Android-UPX || Stock ROM, Android 8.1.0
|-
| Google Pixel 2 || 7 || 5.7 || 25 || N/A || NA || Android-UPX || N/A
|-
| NVIDIA Shield K1 Tablet || 3 || 0.3 || 25 || N/A || NA || Android-UPX ||
|-
| Moto X || 2 || 0.146 || 50 || N/A || NA || Android-UPX ||
|-
| Motorola Droid Turbo 2 || 7 || 3.5 || 25 || N/A || NA || Android-UPX ||
|-
| Huawei Mate 10 || 4 || 6.39 || 50 || N/A || Huawei Kirin 980 || Xmrig-upx || N/A
|-
| Samsung Galaxy S10 (Exynos) || 8 || 9 || 100 || N/A || Exynos 9820 || xmrigCC || N/A
|-
| Samsung Galaxy S10 (Snapdragon) || 8 || 10.1 || 100 || N/A || Snapdragon 855 || xmrigCC || N/A
|-
| Samsung Galaxy Tab S6 || 8 || 10.1 || 100 || N/A || Snapdragon 855 || xmrigCC || N/A
|-
| Samsung S20 Note Ultra || 4 || 7.59 || 100 || N/A || N/A || Android-UPX || 15 min
|-}

==See Also==
[[Category:Mining]]
[[Category:Hardware]]

UPlexa Knowledgebase:UPlexa Bridge

2021-04-17T01:18:29Z

Foxi3 -: uplexa bridge guides

== Introduction ==

'''UPLEXA is now a Privacy option for BSC and ETH Ecosystems [DeFi]'''

<img src="https://miro.medium.com/max/4096/1*6pD2HbenikD2PxH3LkUqIQ.png" style="max-width: 600px;"/>

uPlexa brings privacy to both Ethereum and Binance Smart Chains with uPlexaBridge. This enables users the ability to create untraceable gaps in DeFi transaction activity.

''Official Medium Article: https://uplexa.medium.com/uplexa-is-now-a-privacy-option-for-bsc-and-eth-ecosystems-defi-370a76796179''

'''TL;DR — uPlexa is a stand alone, cryptonote based privacy coin that has created a bridge into ETH and BSC ecosystems. This will allow for a quick solution to the problem of chain analysis and wallet tracking on those transparent blackchains. A process called “gapping” will put dead stops in the ability to follow the users balance and any further activity. This is done simply by moving into uPlexa and back into a fresh ETH or BSC wallet.'''

== uPlexa Bridge ==
* uPlexa Bridge: https://bridge.uplexa.com
* Swap Assets: '''UPX''' to '''bUPX''' (Binance Smart Chain) / '''wUPX''' (Ethereum Chain)
* Yield Farming: '''bUPX-BNB''' and '''wUPX-ETH'''
* Token Wallet: Metamask Wallet ([https://metamask.io metamask.io])

== bUPX Token on Binance Smart Chain (BSC) ==
* Token Contract: '''0xc3D91FfDF44eafc32a9e4489A4EfE188489fC183'''
* Token Block Explorer: https://bscscan.com/address/0xc3D91FfDF44eafc32a9e4489A4EfE188489fC183
* BSC DEX on Pancakeswap: https://exchange.pancakeswap.finance/#/swap?outputCurrency=0xc3d91ffdf44eafc32a9e4489a4efe188489fc183
* BSC Liquidity Pool: https://exchange.pancakeswap.finance/#/add/BNB/0xc3D91FfDF44eafc32a9e4489A4EfE188489fC183
* Trading Chart: https://app.astrotools.io/pancake-pair-explorer/0xe9b4830861476d270df8edf1d29af54b56860d7c
* Yield Farming: BSC Block Height - 6,764,000 ''(approximately on April 21, 2021 PST)''

== wUPX Token on Ethereum Chain ==
''To be announced''

== Metamask Wallet Setup ==
Download: https://metamask.io/download
Support: https://support.metamask.io

Once you have added the Metamask extension wallet to your browser, it should look like this: 
<img src="https://i.imgur.com/e3EEixe.png" style="max-width: 300px;"/> 
Please note that Metamask wallet default network is '''Ethereum Mainnet'''. 
In order for you to use Metamask wallet with Binance Smart Chain (BSC) network, you have to add custom RPC for BSC.

<img src="https://i.imgur.com/ZZPxhNB.png" style="max-width: 600px;"/> 
Click on the network dropdown menu and select <code>Custom RPC</code> 
Add the following field with this info:
* Network Name: Binance Smart Chain
* New RPC URL: https://bsc-dataseed1.binance.org/
* Chain ID: 56
* Currency Symbol: BNB
* Block Explorer URL: https://bscscan.com
''Refer Binance official article here: https://academy.binance.cc/en/articles/connecting-metamask-to-binance-smart-chain''

=== Add bUPX Token to Metamask Wallet ===
<img src="https://i.imgur.com/lfPL11P.png" style="max-width: 200px;"/> 
Click <code>Add Token</code> and select <code>Custom Token</code> tab. 
<img src="https://i.imgur.com/PPatuCu.png" style="max-width: 200px;"/> 
Fill the <code>Token Contract Address</code> field with bUPX Contract Address: '''0xc3D91FfDF44eafc32a9e4489A4EfE188489fC183'''

=== Add Cake-V2 LP Token to Metamask Wallet ===
You'll only need to add this Token if you intend to provide Liquidity to the pool and Staking in the '''bUPX-BNB''' Yield Farm. 
<img src="https://i.imgur.com/PPatuCu.png" style="max-width: 200px;"/> 
Fill the <code>Token Contract Address</code> field with Cake-V2 LP Contract Address: '''0xe9b4830861476d270df8edf1d29af54b56860d7c'''

== uPlexa Bridge: SWAP ==
uPlexa Wrap Assets (bUPX & wUPX) true function is to increase the privacy of personal transaction activity and when used correctly, one can put an untraceable gap in a DeFi trade history. 

=== UPX to bUPX ===
<img src="https://i.imgur.com/BPaNrB1.png" style="max-width: 600px;"/> 
Put in your Metamask wallet address in <code>BSC Address</code> field and click next. 

<img src="https://i.imgur.com/1t2Gg4i.png" style="max-width: 600px;"/> 
You will receive a unique address for your to send UPX coins from your wallet. 
On the left, you will see your transactions status and history. 

=== bUPX to UPX ===
<img src="https://i.imgur.com/DCGMif8.png" style="max-width: 600px;"/> 
Put in your UPX address in <code>uPlexa Address</code> field and click next. 

<img src="https://i.imgur.com/ekDYbZx.png" style="max-width: 600px;"/> 
You will need to connect uPlexa Bridge with your Metamask wallet. 

<img src="https://i.imgur.com/omR1MD6.png" style="max-width: 600px;"/> 
Once uPlexa Bridge is connected to your Metamask wallet, you can put desired bUPX to be swap in <code>Swap Amount:</code> 

== Pancakeswap (Liquidity Pool) ==
'''BSC Liquidity Pool''': https://exchange.pancakeswap.finance/#/add/BNB/0xc3D91FfDF44eafc32a9e4489A4EfE188489fC183 

In Pancakeswap, you need to connect to your Metamask wallet first. Once connected, your BNB & bUPX balance in your wallet will be shown in the Liquidity section. 
<img src="https://i.imgur.com/q11gcjg.png" style="max-width: 600px;"/> 
Put in either field (BNB/bUPX) with your desired amount and the other field will automatically match the amount based on the current price. 
It'll not allow you to proceed if one of the pair is insufficient balance. Please adjust accordingly to proceed further. 

<img src="https://i.imgur.com/RhUk4TY.png" style="max-width: 600px;"/> 
You will be shown with the estimated amount of BNB/bUPX Pool Token (LP Token) that you'll receive and summary of your deposited BNB & bUPX. 
Your percentage share of the pool will represent your position based on your supply LP Token. You can further stake your LP Token in Yield Farm to gain extra dividens via upxReaper Contract.

== Troubleshooting ==
If you run into any trouble, or your swap request has not gone through, please contact core contributors on telegram or discord.
* Telegram: https://t.me/uplexaOfficial
* Discord: https://discord.gg/fHkXF7vv

Main Page

2021-04-17T00:21:25Z

Foxi3 -: /* Getting started */ -add uPlexa Bridge guides

Welcome to the uPlexa Knowledgebase

uPlexa (UPX) is an anonymous peer-to-peer electronic payment system powered by the billions of IoT devices within our world.

== Getting started ==
* [[UPlexa_Knowledgebase:What_is_uPlexa|What is uPlexa?]]
* [[UPlexa_Knowledgebase:Steadfast_Storm_Information|Steadfast Storm Release information (Masternodes, VPNs, Instant transactions, and more)]]
* [https://uplexa.com/content/uPlexa-Whitepaper-EN.pdf Whitepaper]
* [[UPlexa_Knowledgebase:Wallets|Setting up uPlexa Wallets]]
* [[UPlexa_Knowledgebase:Troubleshooting_Wallets|Troubleshooting uPlexa Wallets]]
* [[UPlexa_Knowledgebase:uPlexa Bridge|uPlexa Bridge]]
* [[UPlexa_Knowledgebase:Setting up Utility Node on Testnet|Setting up Utility Node on Testnet]]
* [[UPlexa_Knowledgebase:Anonymous_Contributors|Anonymous Contributors]]

== eCommerce & Merchants Integration ==
* [[UPlexa_Knowledgebase:uPlexa_Merchants|List of Merchants Accepting uPlexa]]
* [https://github.com/uPlexa/uplexa-wordpress#uplexa-gateway-for-woocommerce WooCommerce/Wordpress Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-magento#uplexa-for-magento Magento Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-prestashop#uplexa-prestashop PrestaShop Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-opencart#uplexa-opencart-plugin-for-opencart-3x OpenCart Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-WHMCS#uplexa-whmcs WHMCS Payment Gateway for UPX]

== IoT CPU Miners ==
* [[UPlexa_Knowledgebase:uPlexa_Android_Miner|uPlexa Android Miner]]
* [[UPlexa_Knowledgebase:uPlexa_Raspberry|XMRig-UPX on Raspberry Pi]]
* [[XMRigCC_on_TX3_mini_Android_TV_Box|XMRigCC on TX3 mini Android TV Box]]

== Desktop CPU Miners ==
* [[UPlexa_Knowledgebase:XMRig-UPX|XMRig-UPX]]
* [[UPlexa_Knowledgebase:XMRigCC|XMRigCC (Windows)]]

== Desktop GPU Miners ==
* [[UPlexa_Knowledgebase:XMRigCC-AMD|XMRigCC-AMD]]
* [[UPlexa_Knowledgebase:XMRigCC-Nvidia|XMRigCC-NVIDIA]]

== Hardware Hashrate Database ==
* [[Hardware Hashrate Database]]

== uPlexa Mining Pools ==
* [[List of all UPlexa pools]]

== Bounties ==
* [https://medium.com/@uplexa/uplexa-adoption-bounty-1-100-usd-in-prizes-f5cd5442408 Adoption Bounty (Ended June 21/2019)]

== Contact/Community Links ==
* [https://discord.gg/VEPkMnM Discord]
* [https://t.me/uplexaOfficial Telegram]
* [https://twitter.com/uPlexaCoin Twitter]
* [https://www.facebook.com/uPlexa/ Facebook]
* [https://medium.com/@uplexa Medium]
* [https://www.reddit.com/r/uPlexa/ Reddit]
* [https://bitcointalk.org/index.php?topic=5058404.0 BitcoinTalk]
* [https://github.com/uPlexa/ Github]
* [https://www.youtube.com/channel/UCRwjSwZsFquZGY_CfPGB3Ug/ YouTube]

== Exchanges ==
* [https://app.stex.com/en/trade/pair/ETH/UPX STEX]
* [https://graviex.net/markets/upxbtc Graviex]

== GitHub Libraries ==
* [https://github.com/uPlexa/uplexa uPlexa Core]
* [https://github.com/uPlexa/uplexa-gui uPlexa GUI]
* [https://github.com/uPlexa/uplexa-nodejs uPlexa NodeJS Library]
* [https://github.com/uPlexa/uplexa-php uPlexa PHP Library]
* [https://github.com/uPlexa/uplexa-python uPlexa Python Library]
* [https://github.com/uPlexa/upx-android-miner uPlexa Android Miner]
* [https://github.com/uPlexa/android-wallet uPlexa Android Wallet]
* [https://github.com/uPlexa/node-cryptonight-hashing Node CryptoNight Hashing with UPXTWO Support]
* [https://github.com/uPlexa/toaster-miner Toaster Miner]

== FAQ ==
* [[UPlexa_Knowledgebase:FAQ|FAQ]]

Hardware Hashrate Database

2021-04-13T07:19:15Z

Foxi3 -: add db-android devices

==Graphics cards==

===AMD (ATI)===

{| class="wikitable sortable"
|-
! Model !! Khash/s !! Watts !! Clock !! Mem !! Miner !! Notes
|-
| RX470 4GB MSI || 25.6 || ? || 1200 || 1750 || SRBMiner || -15 Power Limit, 75c Temp Target, 65% Fan Speed
|-
| RX470 4GB PowerColor Red Devil || 34.1 || 70 || 1150 || 2000 || Teamredminer || Custom Mem Timings, Hiveos, 900VDD/900MVDD, rxboost 21, 70c Target Temp, 50% Fan Speed
|-
| RX470 8GB SAPPHIRE NITRO+ || 26.1 || 85 || 1276 || 2100 || SRBMiner || -15 Power Limit, 63c Temp Target, 40% Fan Speed
|-
| RX470 8GB MSI Miner 8G|| 32.2 || 80 || 1050 || 2175 || Teamredminer || One-click Polaris bios mod, Micron mem timings, 875mv
|-
| RX580 8GB PowerColor Red Dragon || 25 || 85 || 1350 || 2000 || SRBMiner|| Stock Settings
|-
| RX580 8GB Sapphire Nitro+ || 31.5 || 80 || 1250 || 2190 || Teamredminer || 1-Click Polaris Bios Mod, Hiveos, 900VDD, rxboost 30, 55c Temp, 22% Fan Speed
|-
| Vega 56 8GB SAPPHIRE (blower) || 68.9 || 132 || 1050 || 1075 || Teamredminer || Custom mem timings, bios upgrade to Vega 64, 875 mv
|}

===Nvidia===

{| class="wikitable sortable"
|-
! Model !! Khash/s !! Watts !! Clock !! Mem !! Miner !! Notes
|-
| GTX 1060 || 9.8 || 50 || +150 || +200 || XMR-Stack UPX || TDP = 60%
|-
| GTX 1660 TI || 16.7 || 70 || +150 || -502 || XMRig-Nvidia || TDP = 58%
|-
| GTX 1660 Super || 15.6 || 70 || +150 || -502 || XMRig-Nvidia || TDP = 60%
|-
| GTX 1070 || 17.8 || 74 || +150 || -502 || XMRig-Nvidia || TDP = 49%
|-
| GTX 1050 TI || 7.6 || 74 || +0 || +0 || XMRig-Nvidia || TDP = 100%
|-
| GTX 1050 || 7.2 || 74 || +0 || +0 || XMRig-Nvidia || TDP = 100%
|-
| GT 740 || 3.2 || 35 || +150 || -502 || XMRig-Nvidia || TDP = 60%
|}

==CPUs==

===AMD===
{| class="wikitable sortable"
|-
! Model !! nThreads !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| Ryzen 9 3900X || 24 || 88 || 106W || 4.05 || XMRigCC ||
|-
| Ryzen 5 1600 || 12 || 32.6 || 65W TDP (Unmeasured consumption) || 3.3 || XMRigCC-2.5.0 || Non-overclockable crappy board, CPU is rated for 3.6 but never boosts there
|-
| Ryzen 5 1600X || 12 || 35.2 || ~90W || 3.6 || XMRigCC || Win 10, 4GB RAM
|-
| Ryzen 5 1500X || 8 || 22.6 || ~80W || 3.5 || XMRigCC || Win 10, 4GB RAM
|-
| 2x Opteron 6378 || 32 || 44 || 115W x2 (230w) || 2.4 || Xmrig-upx || Threads=24, Priority=5
|-
| Ryzen 7 1700 || 16 || 45 || 65W (75W OC) || 3.5Ghz (OC) || Xmrig-CC || Threads=15, 95% CPU
|-
| Ryzen 7 1700X || 16 || 51.2 || 95W TDP (~110W OC) || 4.0 All-Core (OC) || XMRigCC 2.5.0 || 8GB 3000 MT/s Single Channel RAM, B350-F board
|-
| Ryzen 3 2200G || 4 || 12.2 || 65W TDP || 3.7 All-Core (OC) || Xmrig-upx || Threads=15, 95% CPU
|-
| ThreadRipper 2950 || 16 || 95 || 175W TDP || 3.5 || Xmrig-upx || Threads=32, 100% CPU
|}

===Intel===
{| class="wikitable sortable"
|-
! Model !! nThreads !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| i5-4200M || 4 || 3.53 || n/a || 2.50 || Xmrig-Upx || 100% CPU
|-
| i5-7500 || 4 || 16 || n/a || 3.6 || Xmrig-Upx || 100% CPU
|-
| i5-7600 || 4 || 11.5 || n/a || 3.9 || Xmrig-upx || n/a
|-
| i7-7700K || 8 || 25.5 || n/a || 4.5 || Xmrig-CC || Threads=8, 100% CPU
|-
| i7-2600K || 4 || 17.0 || n/a || 4.3 || Xmrig-CC || Threads=6
|-
| i7-3615QM || 4 || 14.55 || 37W || 3.1 || Xmrig-CC || Threads=8, 100% CPU
|-
| i7-7820HQ || 4 || 15.9 || 25W || 2.9 || Xmrig-CC || Threads=8, 100% CPU
|-
| i5-2520M || 4 || 5 || 30W || 2.5 || Xmrig-CC || Threads=4, 90% CPU
|-
| i5-8250U || 8 || 18 || 25W || 1.8~3 || Xmrig-CC || Threads=6, 90% CPU
|-
| i5-3570 || 4 || 15 || 65W || 3.4 || Xmrig-CC || Threads=4, 90% CPU
|-
| i5-8600K || 6 || 26.3|| n/a || 4.8 || Xmrig-CC || Threads=5
|-
| i5-6500 || 4 || 15.5 || 25W || 3.2 || Xmrig-CC || Threads=4, 100% CPU
|-
| Xeon E5 2620 || 6 || 14 || 55W || 2.2 || Xmrig-CC || Threads=12, 100% CPU
|-
| i9 10900K || 20 || 62.2 || n/a || 4.4 || Xmrig-CC || Threads=20, 100% CPU
|}

==iOT==

===GNU/Linux (ARM)===
{| class="wikitable sortable"
|-
! Model !! Threads !! Khash/s !! CPU % !! Clock(GHz) !! Miner !! Comment
|-
| Raspberry-pi 4 4gb || 4 || 0.53 || 100 || 1.4 || xmrig-upx || No hugepages
|-
| Orange Pi 1 plus || 4 || 3.1 || 75 || 1.8 || xmrigCC-2.5.0 || hugepages=4, GCC-8.3, G++-8.3, Armbian Bionic 5.82 4W's
|}

===Android Devices===
{| class="wikitable sortable"
|-
! Model !! Threads !! Khash/s !! CPU % !! Clock (GHz) !! CPU type !! Miner !! Comment
|-
| Xiaomi Redmi 8 || 8 || 3.77 || 100 || N/A || Qualcomm SDM439 Snapdragon 439 (12 nm) || Android-UPX || N/A
|-
| Xiaomi Redmi 8 || 8 || 4.9 || 100 || N/A || N/A || M2G Android Miner || Snapdragon 439 (12 nm) (user:Hali)
|-
| Samsung A102U || 8 || 0.43 || 100 || N/A || NA || Android-UPX || N/A
|-
| HTC U11 || 8 || 7.7 || 100 || N/A || NA || Android-UPX || N/A
|-
| Xiaomi Redmi Note 7 || 8 || 5.4 || 100 || N/A || NA || Android-UPX || N/A
|-
| Xiaomi Redmi 5 Plus || 8 || 5.96 || 100 || N/A || NA || Android-UPX || Android 10 on EvolutionX ROM
|-
| Samsung Galaxy S9+ || 7 || 7.20 || 75 || N/A || NA || Android-UPX || N/A
|-
| OnePlus 6 || 8 || 8.88 || 100 || N/A || NA || Android-UPX || N/A
|-
| OnePlus 3 || 4 || 3.75 || 75 || N/A || NA || Android-UPX || Underperforms at 100% CPU
|-
| OnePlus 7 || 8 || 9.55 || 100 || N/A || NA || Android-UPX || GM1903
|-
| Samsung Galaxy S10 || 4 || 9.95 || 50 || N/A || NA || XMrig-CC ARM || Use last 4 threads
|-
| Huawei Y5 || 2 || 0.67 || 75 || N/A || NA || Xmrig-upx || N/A
|-
| Huawei Honor 8 Lite || 3 || 2.4 15min || 50 || 2.1 || Kirin 655 || Android-UPX || Unresponsive after 2hr mining. No overheating issues.
|-
| Huawei 10 Lite || 3 || 2.5 15min || 50 || 2.35 || Kirin 658 || Android-UPX || Suitable for speed mining 15min mine/rest: 6 threads Max CPU 50
|-
| Telstra Tempo || 1 || 0.02 || 50 || N/A || NA || Xmrig-upx || N/A
|-
| Samsung tablet (model?) || 8 || 5 || 100 || N/A || NA || Android-UPX || N/A
|-
| Samsung Galaxy S6 || 6 || 3.5 || 75 || N/A || NA || Android-UPX || N/A
|-
| LG Phoenix 4 || 8 || 0.155 || 100 || N/A || NA || Android-UPX || Stock ROM, Android 8.1.0
|-
| Google Pixel 2 || 7 || 5.7 || 25 || N/A || NA || Android-UPX || N/A
|-
| NVIDIA Shield K1 Tablet || 3 || 0.3 || 25 || N/A || NA || Android-UPX ||
|-
| Moto X || 2 || 0.146 || 50 || N/A || NA || Android-UPX ||
|-
| Motorola Droid Turbo 2 || 7 || 3.5 || 25 || N/A || NA || Android-UPX ||
|-
| Huawei Mate 10 || 4 || 6.39 || 50 || N/A || Huawei Kirin 980 || Xmrig-upx || N/A
|-
| Samsung Galaxy S10 (Exynos) || 8 || 9 || 100 || N/A || Exynos 9820 || xmrigCC || N/A
|-
| Samsung Galaxy S10 (Snapdragon) || 8 || 10.1 || 100 || N/A || Snapdragon 855 || xmrigCC || N/A
|-
| Samsung Galaxy Tab S6 || 8 || 10.1 || 100 || N/A || Snapdragon 855 || xmrigCC || N/A
|-
| Samsung S20 Note Ultra || 4 || 7.59 || 100 || N/A || N/A || Android-UPX || 15 min
|-}

==See Also==
()
[[Category:Mining]]
[[Category:Hardware]]

UPlexa Knowledgebase:Setting up Utility Node on Testnet

2021-01-06T03:16:59Z

Foxi3 -:

== Introduction ==

'''The uPlexa project is proud to release, “Steadfast Storm” on the uPlexa testing network (testnet).'''

<img src="https://miro.medium.com/max/700/1*GsI8l5iL3M3Nm1ipdfmfiQ.png" style="max-width: 600px;"/>

Steadfast storm enables Utility nodes (UNs). UNs are like master nodes in the terms of providing proof-of-stake transactional validation. However, UNs are more complex, using PoU (proof-of-utility) in order to provide the backbones infrastructure for our decentralized privacy network (dVPN) known as Plexanet. PlexaNet will release in Alpha (on testnet) in January, 2021.

''Original Medium Article: https://uplexa.medium.com/how-to-setup-run-a-utility-node-bedcfb461594''

== Utility Node Requirements on Testnet ==
* '''20,000 / 5,000 UPX on Testnet'''
* A virtual machine with min 2GB of ram, 1–2 vCPU, a connection with a reliable 99.999% uptime (or risk losing out on rewards), and a consistent connection speed of 13Mbps
* Knowledge of basic bash commands (or simply follow this guide closely)

''Note: If you do not have 20,000 testnet UPX, you may mine solo via uplexa-wallet-cli (start_mining). The official uPlexa testnet pool will also be setup next week if you wish to mine to a pool instead of mining solo''

== Utility Node Setup Guides ==
'''Step 1) Create Virtual Machine with Hosting Provider'''

''Note: We do not recommend using AWS, Google Cloud, or Microsoft Azure.''

Virtual Machine Requirements:
* 1-2 vCPU
* Min 2GB of RAM
* Good Consistent Connection Speed of 13Mbps and above
* Operating System: Ubuntu 18.04 LTS (recommended for beginners)

Once logged in to your VM using SSH, run command:
:<code>sudo apt update -y && sudo apt upgrade -y</code>

'''Step 2) Pull uPlexa Core Bundle from Official Github Repo'''

Run the following command to pull uPlexa Core Bundle to your VM or server: 
:<code>git clone --recursive https://github.com/uPlexa/uplexa</code>

Navigate to uplexa directory and initiate & update submodule: 
:<code>cd uplexa && git submodule init && git submodule update</code>

'''Step 3) Install Dependencies and Compile

In order to compile uPlexa, install dependencies libraries and tool required for the compilation: 
:<code>sudo apt install build-essential cmake pkg-config libboost-all-dev libssl-dev libzmq3-dev libunbound-dev libsodium-dev libpgm-dev -y</code> 
More details summaries of the libraries and tools can be found here: https://github.com/uplexa/uplexa#dependencies

Testnet is compile on master branch of uPlexa repo: 
:<code>git checkout master</code>

Compile the code: 
:<code>make release</code>

''Note: If the code compile stuck or running too slow, you may need to create /swapfile: refer to https://linuxize.com/post/create-a-linux-swap-file/

'''Step 4) Start the Daemon in Utility Node'''

The resulting executable can be found at <code>$ ~/uplexa/build/Linux/master/release/bin</code> 
Navigate to the folder: 
:<code>cd ~/uplexa/build/Linux/master/release/bin</code>

Start daemon in Utility Node mode and let it sync. This may take several hours (much quicker on testnet): 
You can start daemon in background using <code>--detach</code> mode, or use <code>[https://man7.org/linux/man-pages/man1/screen.1.html screen]</code>
:<code>./uplexad --testnet --utility-node</code>

''Optional:''
* ''Add <code>PATH="$PATH:$HOME/uplexa/build/Linux/master/release/bin"</code> to <code>.profile</code> and then run uPlexa Node with <code>$ uplexad --testnet --utility-node</code>''

'''Step 5) Create Testnet Wallet'''

Create testnet wallet to get wallet address for staking: 
:<code>./uplexa-wallet-cli --testnet</code>

Follow the instructions and save the 25-mnemonic seed word to restore the wallet if needed.

'''Step 6) Register Utility Node'''

Back to your daemon, you may now register your Utility Node to the network: 
:<code>register_node</code>

Follow the instructions. 
''Notes:''
*''Select NO for auto-staking until we patch the code.''
*''For Manual Staking (in testnet), the locking period is 2 days (1440 block). You need to re-staking (re-register the Utility Node) upon expiry.''
*''to check your expiry height, run <code>print_un_status</code> in the daemon. Check Expiry Height (block) or Expiry Date (Estimated in UTC).''
Once complete, you will receive a code in which must be pasted into the wallet client.

Paste the code you were provided by the daemon to the uplexa-wallet-cli, and agree to the TX fee.

'''Complete Utility Node Setup'''

You are now set up! You should start receiving block rewards coming in every couple minutes. 
Run <code>show_transfers</code> to see your incoming transfers from the Utility Node marked '''unode'''

== Bug Reporting ==

Please report all bugs using [https://github.com/uPlexa/uplexa/issues Github]. Please make sure to search to see if the bug you are posting has already been posted prior to making a new issue.

'''We will keep updating this guide overtime. Please refer to our discord and telegram channel for any updates/changes!'''

UPlexa Knowledgebase:Setting up Utility Node on Testnet

2021-01-03T00:45:01Z

Foxi3 -:

== Introduction ==

'''The uPlexa project is proud to release, “Steadfast Storm” on the uPlexa testing network (testnet).'''

<img src="https://miro.medium.com/max/700/1*GsI8l5iL3M3Nm1ipdfmfiQ.png" style="max-width: 600px;"/>

Steadfast storm enables Utility nodes (UNs). UNs are like master nodes in the terms of providing proof-of-stake transactional validation. However, UNs are more complex, using PoU (proof-of-utility) in order to provide the backbones infrastructure for our decentralized privacy network (dVPN) known as Plexanet. PlexaNet will release in Alpha (on testnet) in January, 2021.

''Original Medium Article: https://uplexa.medium.com/how-to-setup-run-a-utility-node-bedcfb461594''

== Utility Node Requirements on Testnet ==
* '''20,000 / 5,000 UPX on Testnet'''
* A virtual machine with min 2GB of ram, 1–2 vCPU, a connection with a reliable 99.999% uptime (or risk losing out on rewards), and a consistent connection speed of 13Mbps
* Knowledge of basic bash commands (or simply follow this guide closely)

''Note: If you do not have 20,000 testnet UPX, you may mine solo via uplexa-wallet-cli (start_mining). The official uPlexa testnet pool will also be setup next week if you wish to mine to a pool instead of mining solo''

== Utility Node Setup Guides ==
'''Step 1) Create Virtual Machine with Hosting Provider'''

''Note: We do not recommend using AWS, Google Cloud, or Microsoft Azure.''

Virtual Machine Requirements:
* 1-2 vCPU
* Min 2GB of RAM
* Good Consistent Connection Speed of 13Mbps and above
* Operating System: Ubuntu 18.04 LTS (recommended for beginners)

Once logged in to your VM using SSH, run command:
:<code>sudo apt update -y && sudo apt upgrade -y</code>

'''Step 2) Pull uPlexa Core Bundle from Official Github Repo'''

Run the following command to pull uPlexa Core Bundle to your VM or server: 
:<code>git clone --recursive https://github.com/uPlexa/uplexa</code>

Navigate to uplexa directory and initiate & update submodule: 
:<code>cd uplexa && git submodule init && git submodule update</code>

'''Step 3) Install Dependencies and Compile

In order to compile uPlexa, install dependencies libraries and tool required for the compilation: 
:<code>sudo apt install build-essential cmake pkg-config libboost-all-dev libssl-dev libzmq3-dev libunbound-dev libsodium-dev libpgm-dev -y</code> 
More details summaries of the libraries and tools can be found here: https://github.com/uplexa/uplexa#dependencies

Testnet is compile on master branch of uPlexa repo: 
:<code>git checkout master</code>

Compile the code: 
:<code>make release</code>

''Note: If the code compile stuck or running too slow, you may need to create /swapfile: refer to https://linuxize.com/post/create-a-linux-swap-file/

'''Step 4) Start the Daemon in Utility Node'''

The resulting executable can be found at <code>$ ~/uplexa/build/Linux/master/release/bin</code> 
Navigate to the folder: 
:<code>cd ~/uplexa/build/Linux/master/release/bin</code>

Start daemon in Utility Node mode and let it sync. This may take several hours (much quicker on testnet): 
You can start daemon in background using <code>--detach</code> mode, or use <code>[https://man7.org/linux/man-pages/man1/screen.1.html screen]</code>
:<code>./uplexad --testnet --utility-node</code>

''Optional:''
* ''Add <code>PATH="$PATH:$HOME/uplexa/build/Linux/master/release/bin"</code> to <code>.profile</code> and then run uPlexa Node with <code>$ uplexad --testnet --utility-node</code>''

'''Step 5) Create Testnet Wallet'''

Create testnet wallet to get wallet address for staking: 
:<code>./uplexa-wallet-cli --testnet</code>

Follow the instructions and save the 25-mnemonic seed word to restore the wallet if needed.

'''Step 6) Register Utility Node'''

Back to your daemon, you may now register your Utility Node to the network: 
:<code>register_node</code>

Follow the instructions. 
''Notes:''
*''Select NO for auto-staking until we patch the code.''
*''For Manual Staking (in testnet), the locking period is 2 days (1440 block). You need to re-staking (re-register the Utility Node) upon expiry.''
*''to check your expiry height, run <code>print_sn_status</code> in the daemon. Check Expiry Height (block) or Expiry Date (Estimated in UTC).''
Once complete, you will receive a code in which must be pasted into the wallet client.

Paste the code you were provided by the daemon to the uplexa-wallet-cli, and agree to the TX fee.

'''Complete Utility Node Setup'''

You are now set up! You should start receiving block rewards coming in every couple minutes. 
Run <code>show_transfers</code> to see your incoming transfers from the Utility Node marked '''unode'''

== Bug Reporting ==

Please report all bugs using [https://github.com/uPlexa/uplexa/issues Github]. Please make sure to search to see if the bug you are posting has already been posted prior to making a new issue.

'''We will keep updating this guide overtime. Please refer to our discord and telegram channel for any updates/changes!'''

UPlexa Knowledgebase:Setting up Utility Node on Testnet

2021-01-03T00:43:43Z

Foxi3 -: /* Utility Node Setup Guides */ -add manual staking info

== Introduction ==

'''The uPlexa project is proud to release, “Steadfast Storm” on the uPlexa testing network (testnet).'''

<img src="https://miro.medium.com/max/700/1*GsI8l5iL3M3Nm1ipdfmfiQ.png" style="max-width: 600px;"/>

Steadfast storm enables Utility nodes (UNs). UNs are like master nodes in the terms of providing proof-of-stake transactional validation. However, UNs are more complex, using PoU (proof-of-utility) in order to provide the backbones infrastructure for our decentralized privacy network (dVPN) known as Plexanet. PlexaNet will release in Alpha (on testnet) in January, 2021.

''Original Medium Article: https://uplexa.medium.com/how-to-setup-run-a-utility-node-bedcfb461594''

== Utility Node Requirements on Testnet ==
* '''20,000 / 5,000 UPX on Testnet'''
* A virtual machine with min 2GB of ram, 1–2 vCPU, a connection with a reliable 99.999% uptime (or risk losing out on rewards), and a consistent connection speed of 13Mbps
* Knowledge of basic bash commands (or simply follow this guide closely)

''Note: If you do not have 20,000 testnet UPX, you may mine solo via uplexa-wallet-cli (start_mining). The official uPlexa testnet pool will also be setup next week if you wish to mine to a pool instead of mining solo''

== Utility Node Setup Guides ==
'''Step 1) Create Virtual Machine with Hosting Provider'''

''Note: We do not recommend using AWS, Google Cloud, or Microsoft Azure.''

Virtual Machine Requirements:
* 1-2 vCPU
* Min 2GB of RAM
* Good Consistent Connection Speed of 13Mbps and above
* Operating System: Ubuntu 18.04 LTS (recommended for beginners)

Once logged in to your VM using SSH, run command:
:<code>sudo apt update -y && sudo apt upgrade -y</code>

'''Step 2) Pull uPlexa Core Bundle from Official Github Repo'''

Run the following command to pull uPlexa Core Bundle to your VM or server: 
:<code>git clone --recursive https://github.com/uPlexa/uplexa</code>

Navigate to uplexa directory and initiate & update submodule: 
:<code>cd uplexa && git submodule init && git submodule update</code>

'''Step 3) Install Dependencies and Compile

In order to compile uPlexa, install dependencies libraries and tool required for the compilation: 
:<code>sudo apt install build-essential cmake pkg-config libboost-all-dev libssl-dev libzmq3-dev libunbound-dev libsodium-dev libpgm-dev -y</code> 
More details summaries of the libraries and tools can be found here: https://github.com/uplexa/uplexa#dependencies

Testnet is compile on master branch of uPlexa repo: 
:<code>git checkout master</code>

Compile the code: 
:<code>make release</code>

''Note: If the code compile stuck or running too slow, you may need to create /swapfile: refer to https://linuxize.com/post/create-a-linux-swap-file/

'''Step 4) Start the Daemon in Utility Node'''

The resulting executable can be found at <code>$ ~/uplexa/build/Linux/master/release/bin</code> 
Navigate to the folder: 
:<code>cd ~/uplexa/build/Linux/master/release/bin</code>

Start daemon in Utility Node mode and let it sync. This may take several hours (much quicker on testnet): 
You can start daemon in background using <code>--detach</code> mode, or use <code>[https://man7.org/linux/man-pages/man1/screen.1.html screen]</code>
:<code>./uplexad --testnet --utility-node</code>

''Optional:''
* ''Add <code>PATH="$PATH:$HOME/uplexa/build/Linux/master/release/bin"</code> to <code>.profile</code> and then run uPlexa Node with <code>$ uplexad --testnet --utility-node</code>''

'''Step 5) Create Testnet Wallet'''

Create testnet wallet to get wallet address for staking: 
:<code>./uplexa-wallet-cli --testnet</code>

Follow the instructions and save the 25-mnemonic seed word to restore the wallet if needed.

'''Step 6) Register Utility Node'''

Back to your daemon, you may now register your Utility Node to the network: 
:<code>register_node</code>

Follow the instructions. 
''Notes:'' 
*''Select NO for auto-staking until we patch the code.'' 
*''For Manual Staking (in testnet), the locking period is 2 days (1440 block). You need to re-staking (re-register the Utility Node) upon expiry.'' 
*''to check your expiry height, run <code>print_sn_status</code> in the daemon. Check Expiry Height (block) or Expiry Date (Estimated in UTC).'' 
Once complete, you will receive a code in which must be pasted into the wallet client.

Paste the code you were provided by the daemon to the uplexa-wallet-cli, and agree to the TX fee.

'''Complete Utility Node Setup'''

You are now set up! You should start receiving block rewards coming in every couple minutes. 
Run <code>show_transfers</code> to see your incoming transfers from the Utility Node marked '''unode'''

== Bug Reporting ==

Please report all bugs using [https://github.com/uPlexa/uplexa/issues Github]. Please make sure to search to see if the bug you are posting has already been posted prior to making a new issue.

'''We will keep updating this guide overtime. Please refer to our discord and telegram channel for any updates/changes!'''

UPlexa Knowledgebase:Setting up Utility Node on Testnet

2021-01-01T23:28:36Z

Foxi3 -: /* Bug Reporting */ --add link to Github issue page

== Introduction ==

'''The uPlexa project is proud to release, “Steadfast Storm” on the uPlexa testing network (testnet).'''

<img src="https://miro.medium.com/max/700/1*GsI8l5iL3M3Nm1ipdfmfiQ.png" style="max-width: 600px;"/>

Steadfast storm enables Utility nodes (UNs). UNs are like master nodes in the terms of providing proof-of-stake transactional validation. However, UNs are more complex, using PoU (proof-of-utility) in order to provide the backbones infrastructure for our decentralized privacy network (dVPN) known as Plexanet. PlexaNet will release in Alpha (on testnet) in January, 2021.

''Original Medium Article: https://uplexa.medium.com/how-to-setup-run-a-utility-node-bedcfb461594''

== Utility Node Requirements on Testnet ==
* '''20,000 / 5,000 UPX on Testnet'''
* A virtual machine with min 2GB of ram, 1–2 vCPU, a connection with a reliable 99.999% uptime (or risk losing out on rewards), and a consistent connection speed of 13Mbps
* Knowledge of basic bash commands (or simply follow this guide closely)

''Note: If you do not have 20,000 testnet UPX, you may mine solo via uplexa-wallet-cli (start_mining). The official uPlexa testnet pool will also be setup next week if you wish to mine to a pool instead of mining solo''

== Utility Node Setup Guides ==
'''Step 1) Create Virtual Machine with Hosting Provider'''

''Note: We do not recommend using AWS, Google Cloud, or Microsoft Azure.''

Virtual Machine Requirements:
* 1-2 vCPU
* Min 2GB of RAM
* Good Consistent Connection Speed of 13Mbps and above
* Operating System: Ubuntu 18.04 LTS (recommended for beginners)

Once logged in to your VM using SSH, run command:
:<code>sudo apt update -y && sudo apt upgrade -y</code>

'''Step 2) Pull uPlexa Core Bundle from Official Github Repo'''

Run the following command to pull uPlexa Core Bundle to your VM or server: 
:<code>git clone --recursive https://github.com/uPlexa/uplexa</code>

Navigate to uplexa directory and initiate & update submodule: 
:<code>cd uplexa && git submodule init && git submodule update</code>

'''Step 3) Install Dependencies and Compile

In order to compile uPlexa, install dependencies libraries and tool required for the compilation: 
:<code>sudo apt install build-essential cmake pkg-config libboost-all-dev libssl-dev libzmq3-dev libunbound-dev libsodium-dev libpgm-dev -y</code> 
More details summaries of the libraries and tools can be found here: https://github.com/uplexa/uplexa#dependencies

Testnet is compile on master branch of uPlexa repo: 
:<code>git checkout master</code>

Compile the code: 
:<code>make release</code>

''Note: If the code compile stuck or running too slow, you may need to create /swapfile: refer to https://linuxize.com/post/create-a-linux-swap-file/

'''Step 4) Start the Daemon in Utility Node'''

The resulting executable can be found at <code>$ ~/uplexa/build/Linux/master/release/bin</code> 
Navigate to the folder: 
:<code>cd ~/uplexa/build/Linux/master/release/bin</code>

Start daemon in Utility Node mode and let it sync. This may take several hours (much quicker on testnet): 
You can start daemon in background using <code>--detach</code> mode, or use <code>[https://man7.org/linux/man-pages/man1/screen.1.html screen]</code>
:<code>./uplexad --testnet --utility-node</code>

''Optional:''
* ''Add <code>PATH="$PATH:$HOME/uplexa/build/Linux/master/release/bin"</code> to <code>.profile</code> and then run uPlexa Node with <code>$ uplexad --testnet --utility-node</code>''

'''Step 5) Create Testnet Wallet'''

Create testnet wallet to get wallet address for staking: 
:<code>./uplexa-wallet-cli --testnet</code>

Follow the instructions and save the 25-mnemonic seed word to restore the wallet if needed.

'''Step 6) Register Utility Node'''

Back to your daemon, you may now register your Utility Node to the network: 
:<code>register_node</code>

Follow the instructions. ''Notes: Select NO for auto-staking until we patch the code.'' 
Once complete, you will receive a code in which must be pasted into the wallet client.

Paste the code you were provided by the daemon to the uplexa-wallet-cli, and agree to the TX fee.

'''Complete Utility Node Setup'''

You are now set up! You should start receiving block rewards coming in every couple minutes. 
Run <code>show_transfers</code> to see your incoming transfers from the Utility Node marked '''unode'''

== Bug Reporting ==

Please report all bugs using [https://github.com/uPlexa/uplexa/issues Github]. Please make sure to search to see if the bug you are posting has already been posted prior to making a new issue.

'''We will keep updating this guide overtime. Please refer to our discord and telegram channel for any updates/changes!'''

UPlexa Knowledgebase:Setting up Utility Node on Testnet

2021-01-01T23:12:15Z

Foxi3 -:

== Introduction ==

'''The uPlexa project is proud to release, “Steadfast Storm” on the uPlexa testing network (testnet).'''

<img src="https://miro.medium.com/max/700/1*GsI8l5iL3M3Nm1ipdfmfiQ.png" style="max-width: 600px;"/>

Steadfast storm enables Utility nodes (UNs). UNs are like master nodes in the terms of providing proof-of-stake transactional validation. However, UNs are more complex, using PoU (proof-of-utility) in order to provide the backbones infrastructure for our decentralized privacy network (dVPN) known as Plexanet. PlexaNet will release in Alpha (on testnet) in January, 2021.

''Original Medium Article: https://uplexa.medium.com/how-to-setup-run-a-utility-node-bedcfb461594''

== Utility Node Requirements on Testnet ==
* '''20,000 / 5,000 UPX on Testnet'''
* A virtual machine with min 2GB of ram, 1–2 vCPU, a connection with a reliable 99.999% uptime (or risk losing out on rewards), and a consistent connection speed of 13Mbps
* Knowledge of basic bash commands (or simply follow this guide closely)

''Note: If you do not have 20,000 testnet UPX, you may mine solo via uplexa-wallet-cli (start_mining). The official uPlexa testnet pool will also be setup next week if you wish to mine to a pool instead of mining solo''

== Utility Node Setup Guides ==
'''Step 1) Create Virtual Machine with Hosting Provider'''

''Note: We do not recommend using AWS, Google Cloud, or Microsoft Azure.''

Virtual Machine Requirements:
* 1-2 vCPU
* Min 2GB of RAM
* Good Consistent Connection Speed of 13Mbps and above
* Operating System: Ubuntu 18.04 LTS (recommended for beginners)

Once logged in to your VM using SSH, run command:
:<code>sudo apt update -y && sudo apt upgrade -y</code>

'''Step 2) Pull uPlexa Core Bundle from Official Github Repo'''

Run the following command to pull uPlexa Core Bundle to your VM or server: 
:<code>git clone --recursive https://github.com/uPlexa/uplexa</code>

Navigate to uplexa directory and initiate & update submodule: 
:<code>cd uplexa && git submodule init && git submodule update</code>

'''Step 3) Install Dependencies and Compile

In order to compile uPlexa, install dependencies libraries and tool required for the compilation: 
:<code>sudo apt install build-essential cmake pkg-config libboost-all-dev libssl-dev libzmq3-dev libunbound-dev libsodium-dev libpgm-dev -y</code> 
More details summaries of the libraries and tools can be found here: https://github.com/uplexa/uplexa#dependencies

Testnet is compile on master branch of uPlexa repo: 
:<code>git checkout master</code>

Compile the code: 
:<code>make release</code>

''Note: If the code compile stuck or running too slow, you may need to create /swapfile: refer to https://linuxize.com/post/create-a-linux-swap-file/

'''Step 4) Start the Daemon in Utility Node'''

The resulting executable can be found at <code>$ ~/uplexa/build/Linux/master/release/bin</code> 
Navigate to the folder: 
:<code>cd ~/uplexa/build/Linux/master/release/bin</code>

Start daemon in Utility Node mode and let it sync. This may take several hours (much quicker on testnet): 
You can start daemon in background using <code>--detach</code> mode, or use <code>[https://man7.org/linux/man-pages/man1/screen.1.html screen]</code>
:<code>./uplexad --testnet --utility-node</code>

''Optional:''
* ''Add <code>PATH="$PATH:$HOME/uplexa/build/Linux/master/release/bin"</code> to <code>.profile</code> and then run uPlexa Node with <code>$ uplexad --testnet --utility-node</code>''

'''Step 5) Create Testnet Wallet'''

Create testnet wallet to get wallet address for staking: 
:<code>./uplexa-wallet-cli --testnet</code>

Follow the instructions and save the 25-mnemonic seed word to restore the wallet if needed.

'''Step 6) Register Utility Node'''

Back to your daemon, you may now register your Utility Node to the network: 
:<code>register_node</code>

Follow the instructions. ''Notes: Select NO for auto-staking until we patch the code.'' 
Once complete, you will receive a code in which must be pasted into the wallet client.

Paste the code you were provided by the daemon to the uplexa-wallet-cli, and agree to the TX fee.

'''Complete Utility Node Setup'''

You are now set up! You should start receiving block rewards coming in every couple minutes. 
Run <code>show_transfers</code> to see your incoming transfers from the Utility Node marked '''unode'''

== Bug Reporting ==

Please report all bugs using Github. Please make sure to search to see if the bug you are posting has already been posted prior to making a new issue.

'''We will keep updating this guide overtime. Please refer to our discord and telegram channel for any updates/changes!'''

UPlexa Knowledgebase:Setting up Utility Node on Testnet

2021-01-01T23:10:39Z

Foxi3 -: add --detach & screen usage

== Introduction ==

'''The uPlexa project is proud to release, “Steadfast Storm” on the uPlexa testing network (testnet).'''

<img src="https://miro.medium.com/max/700/1*GsI8l5iL3M3Nm1ipdfmfiQ.png" style="max-width: 600px;"/>

Steadfast storm enables Utility nodes (UNs). UNs are like master nodes in the terms of providing proof-of-stake transactional validation. However, UNs are more complex, using PoU (proof-of-utility) in order to provide the backbones infrastructure for our decentralized privacy network (dVPN) known as Plexanet. PlexaNet will release in Alpha (on testnet) in January, 2021.

''Original Medium Article: https://uplexa.medium.com/how-to-setup-run-a-utility-node-bedcfb461594''

== Utility Node Requirements on Testnet ==
* '''20,000 / 5,000 UPX on Testnet'''
* A virtual machine with min 2GB of ram, 1–2 vCPU, a connection with a reliable 99.999% uptime (or risk losing out on rewards), and a consistent connection speed of 13Mbps
* Knowledge of basic bash commands (or simply follow this guide closely)

''Note: If you do not have 20,000 testnet UPX, you may mine solo via uplexa-wallet-cli (start_mining). The official uPlexa testnet pool will also be setup next week if you wish to mine to a pool instead of mining solo''

== Utility Node Setup Guides ==
'''Step 1) Create Virtual Machine with Hosting Provider'''

''Note: We do not recommend using AWS, Google Cloud, or Microsoft Azure.''

Virtual Machine Requirements:
* 1-2 vCPU
* Min 2GB of RAM
* Good Consistent Connection Speed of 13Mbps and above
* Operating System: Ubuntu 18.04 LTS (recommended for beginners)

Once logged in to your VM using SSH, run command:
:<code>sudo apt update -y && sudo apt upgrade -y</code>

'''Step 2) Pull uPlexa Core Bundle from Official Github Repo'''

Run the following command to pull uPlexa Core Bundle to your VM or server: 
:<code>git clone --recursive https://github.com/uPlexa/uplexa</code>

Navigate to uplexa directory and initiate & update submodule: 
:<code>cd uplexa && git submodule init && git submodule update</code>

'''Step 3) Install Dependencies and Compile

In order to compile uPlexa, install dependencies libraries and tool required for the compilation: 
:<code>sudo apt install build-essential cmake pkg-config libboost-all-dev libssl-dev libzmq3-dev libunbound-dev libsodium-dev libpgm-dev -y</code> 
More details summaries of the libraries and tools can be found here: https://github.com/uplexa/uplexa#dependencies

Testnet is compile on master branch of uPlexa repo: 
:<code>git checkout master</code>

Compile the code: 
:<code>make release</code>

''Note: If the code compile stuck or running too slow, you may need to create /swapfile: refer to https://linuxize.com/post/create-a-linux-swap-file/

'''Step 4) Start the Daemon in Utility Node'''

The resulting executable can be found at <code>$ ~/uplexa/build/Linux/master/release/bin</code> 
Navigate to the folder: 
:<code>cd ~/uplexa/build/Linux/master/release/bin</code>

Start daemon in Utility Node mode and let it sync. This may take several hours (much quicker on testnet): 
You can start daemon in background using <code>--detach</code> mode, or use <code>[https://man7.org/linux/man-pages/man1/screen.1.html screen]</code>
:<code>./uplexad --testnet --utility-node</code>

''Optional:''
''* Add <code>PATH="$PATH:$HOME/uplexa/build/Linux/master/release/bin"</code> to <code>.profile</code> and then run uPlexa Node with <code>$ uplexad --testnet --utility-node</code>''

'''Step 5) Create Testnet Wallet'''

Create testnet wallet to get wallet address for staking: 
:<code>./uplexa-wallet-cli --testnet</code>

Follow the instructions and save the 25-mnemonic seed word to restore the wallet if needed.

'''Step 6) Register Utility Node'''

Back to your daemon, you may now register your Utility Node to the network: 
:<code>register_node</code>

Follow the instructions. ''Notes: Select NO for auto-staking until we patch the code.'' 
Once complete, you will receive a code in which must be pasted into the wallet client.

Paste the code you were provided by the daemon to the uplexa-wallet-cli, and agree to the TX fee.

'''Complete Utility Node Setup'''

You are now set up! You should start receiving block rewards coming in every couple minutes. 
Run <code>show_transfers</code> to see your incoming transfers from the Utility Node marked '''unode'''

== Bug Reporting ==

Please report all bugs using Github. Please make sure to search to see if the bug you are posting has already been posted prior to making a new issue.

'''We will keep updating this guide overtime. Please refer to our discord and telegram channel for any updates/changes!'''

UPlexa Knowledgebase:Setting up Utility Node on Testnet

2021-01-01T13:49:22Z

Foxi3 -: add medium article

== Introduction ==

'''The uPlexa project is proud to release, “Steadfast Storm” on the uPlexa testing network (testnet).'''

<img src="https://miro.medium.com/max/700/1*GsI8l5iL3M3Nm1ipdfmfiQ.png" style="max-width: 600px;"/>

Steadfast storm enables Utility nodes (UNs). UNs are like master nodes in the terms of providing proof-of-stake transactional validation. However, UNs are more complex, using PoU (proof-of-utility) in order to provide the backbones infrastructure for our decentralized privacy network (dVPN) known as Plexanet. PlexaNet will release in Alpha (on testnet) in January, 2021.

''Original Medium Article: https://uplexa.medium.com/how-to-setup-run-a-utility-node-bedcfb461594''

== Utility Node Requirements on Testnet ==
* '''20,000 / 5,000 UPX on Testnet'''
* A virtual machine with min 2GB of ram, 1–2 vCPU, a connection with a reliable 99.999% uptime (or risk losing out on rewards), and a consistent connection speed of 13Mbps
* Knowledge of basic bash commands (or simply follow this guide closely)

''Note: If you do not have 20,000 testnet UPX, you may mine solo via uplexa-wallet-cli (start_mining). The official uPlexa testnet pool will also be setup next week if you wish to mine to a pool instead of mining solo''

== Utility Node Setup Guides ==
'''Step 1) Create Virtual Machine with Hosting Provider'''

''Note: We do not recommend using AWS, Google Cloud, or Microsoft Azure.''

Virtual Machine Requirements:
* 1-2 vCPU
* Min 2GB of RAM
* Good Consistent Connection Speed of 13Mbps and above
* Operating System: Ubuntu 18.04 LTS (recommended for beginners)

Once logged in to your VM using SSH, run command:
:<code>sudo apt update -y && sudo apt upgrade -y</code>

'''Step 2) Pull uPlexa Core Bundle from Official Github Repo'''

Run the following command to pull uPlexa Core Bundle to your VM or server: 
:<code>git clone --recursive https://github.com/uPlexa/uplexa</code>

Navigate to uplexa directory and initiate & update submodule: 
:<code>cd uplexa && git submodule init && git submodule update</code>

'''Step 3) Install Dependencies and Compile

In order to compile uPlexa, install dependencies libraries and tool required for the compilation: 
:<code>sudo apt install build-essential cmake pkg-config libboost-all-dev libssl-dev libzmq3-dev libunbound-dev libsodium-dev libpgm-dev -y</code> 
More details summaries of the libraries and tools can be found here: https://github.com/uplexa/uplexa#dependencies

Testnet is compile on master branch of uPlexa repo: 
:<code>git checkout master</code>

Compile the code: 
:<code>make release</code>

''Note: If the code compile stuck or running too slow, you may need to create /swapfile: refer to https://linuxize.com/post/create-a-linux-swap-file/

'''Step 4) Start the Daemon in Utility Node'''

The resulting executable can be found at <code>$ ~/uplexa/build/Linux/master/release/bin</code> 
Navigate to the folder: 
:<code>cd ~/uplexa/build/Linux/master/release/bin</code>

Start daemon in Utility Nodemode and let it sync. This may take several hours (much quicker on testnet): 
:<code>./uplexad --testnet --utility-node</code>

''Optional:''
''Add <code>PATH="$PATH:$HOME/uplexa/build/Linux/master/release/bin"</code> to <code>.profile</code> and then run uPlexa Node with <code>$ uplexad --testnet --utility-node</code>''

'''Step 5) Create Testnet Wallet'''

Create testnet wallet to get wallet address for staking: 
:<code>./uplexa-wallet-cli --testnet</code>

Follow the instructions and save the 25-mnemonic seed word to restore the wallet if needed.

'''Step 6) Register Utility Node'''

Back to your daemon, you may now register your Utility Node to the network: 
:<code>register_node</code>

Follow the instructions. ''Notes: Select NO for auto-staking until we patch the code.'' 
Once complete, you will receive a code in which must be pasted into the wallet client.

Paste the code you were provided by the daemon to the uplexa-wallet-cli, and agree to the TX fee.

'''Complete Utility Node Setup'''

You are now set up! You should start receiving block rewards coming in every couple minutes. 
Run <code>show_transfers</code> to see your incoming transfers from the Utility Node marked '''unode'''

== Bug Reporting ==

Please report all bugs using Github. Please make sure to search to see if the bug you are posting has already been posted prior to making a new issue.

'''We will keep updating this guide overtime. Please refer to our discord and telegram channel for any updates/changes!'''

UPlexa Knowledgebase:Setting up Utility Node on Testnet

2021-01-01T13:34:25Z

Foxi3 -:

== Introduction ==

'''The uPlexa project is proud to release, “Steadfast Storm” on the uPlexa testing network (testnet).'''

<img src="https://miro.medium.com/max/700/1*GsI8l5iL3M3Nm1ipdfmfiQ.png" style="max-width: 600px;"/>

Steadfast storm enables Utility nodes (UNs). UNs are like master nodes in the terms of providing proof-of-stake transactional validation. However, UNs are more complex, using PoU (proof-of-utility) in order to provide the backbones infrastructure for our decentralized privacy network (dVPN) known as Plexanet. PlexaNet will release in Alpha (on testnet) in January, 2021.

== Utility Node Requirements on Testnet ==
* '''20,000 / 5,000 UPX on Testnet'''
* A virtual machine with min 2GB of ram, 1–2 vCPU, a connection with a reliable 99.999% uptime (or risk losing out on rewards), and a consistent connection speed of 13Mbps
* Knowledge of basic bash commands (or simply follow this guide closely)

''Note: If you do not have 20,000 testnet UPX, you may mine solo via uplexa-wallet-cli (start_mining). The official uPlexa testnet pool will also be setup next week if you wish to mine to a pool instead of mining solo''

== Utility Node Setup Guides ==
'''Step 1) Create Virtual Machine with Hosting Provider'''

''Note: We do not recommend using AWS, Google Cloud, or Microsoft Azure.''

Virtual Machine Requirements:
* 1-2 vCPU
* Min 2GB of RAM
* Good Consistent Connection Speed of 13Mbps and above
* Operating System: Ubuntu 18.04 LTS (recommended for beginners)

Once logged in to your VM using SSH, run command:
:<code>sudo apt update -y && sudo apt upgrade -y</code>

'''Step 2) Pull uPlexa Core Bundle from Official Github Repo'''

Run the following command to pull uPlexa Core Bundle to your VM or server: 
:<code>git clone --recursive https://github.com/uPlexa/uplexa</code>

Navigate to uplexa directory and initiate & update submodule: 
:<code>cd uplexa && git submodule init && git submodule update</code>

'''Step 3) Install Dependencies and Compile

In order to compile uPlexa, install dependencies libraries and tool required for the compilation: 
:<code>sudo apt install build-essential cmake pkg-config libboost-all-dev libssl-dev libzmq3-dev libunbound-dev libsodium-dev libpgm-dev -y</code> 
More details summaries of the libraries and tools can be found here: https://github.com/uplexa/uplexa#dependencies

Testnet is compile on master branch of uPlexa repo: 
:<code>git checkout master</code>

Compile the code: 
:<code>make release</code>

''Note: If the code compile stuck or running too slow, you may need to create /swapfile: refer to https://linuxize.com/post/create-a-linux-swap-file/

'''Step 4) Start the Daemon in Utility Node'''

The resulting executable can be found at <code>$ ~/uplexa/build/Linux/master/release/bin</code> 
Navigate to the folder: 
:<code>cd ~/uplexa/build/Linux/master/release/bin</code>

Start daemon in Utility Nodemode and let it sync. This may take several hours (much quicker on testnet): 
:<code>./uplexad --testnet --utility-node</code>

''Optional:''
''Add <code>PATH="$PATH:$HOME/uplexa/build/Linux/master/release/bin"</code> to <code>.profile</code> and then run uPlexa Node with <code>$ uplexad --testnet --utility-node</code>''

'''Step 5) Create Testnet Wallet'''

Create testnet wallet to get wallet address for staking: 
:<code>./uplexa-wallet-cli --testnet</code>

Follow the instructions and save the 25-mnemonic seed word to restore the wallet if needed.

'''Step 6) Register Utility Node'''

Back to your daemon, you may now register your Utility Node to the network: 
:<code>register_node</code>

Follow the instructions. ''Notes: Select NO for auto-staking until we patch the code.'' 
Once complete, you will receive a code in which must be pasted into the wallet client.

Paste the code you were provided by the daemon to the uplexa-wallet-cli, and agree to the TX fee.

'''Complete Utility Node Setup'''

You are now set up! You should start receiving block rewards coming in every couple minutes. 
Run <code>show_transfers</code> to see your incoming transfers from the Utility Node marked '''unode'''

== Bug Reporting ==

Please report all bugs using Github. Please make sure to search to see if the bug you are posting has already been posted prior to making a new issue.

'''We will keep updating this guide overtime. Please refer to our discord and telegram channel for any updates/changes!'''

UPlexa Knowledgebase:Setting up Utility Node on Testnet

2021-01-01T03:51:00Z

Foxi3 -: add notes on swap

== Introduction ==

'''The uPlexa project is proud to release, “Steadfast Storm” on the uPlexa testing network (testnet).'''

<img src="https://miro.medium.com/max/700/1*GsI8l5iL3M3Nm1ipdfmfiQ.png" style="max-width: 600px;"/>

Steadfast storm enables Utility nodes (UNs). UNs are like master nodes in the terms of providing proof-of-stake transactional validation. However, UNs are more complex, using PoU (proof-of-utility) in order to provide the backbones infrastructure for our decentralized privacy network (dVPN) known as Plexanet. PlexaNet will release in Alpha (on testnet) in January, 2021.

== Utility Node Requirements on Testnet ==
* '''20,000 / 5,000 UPX on Testnet'''
* A virtual machine with min 2GB of ram, 1–2 vCPU, a connection with a reliable 99.999% uptime (or risk losing out on rewards), and a consistent connection speed of 13Mbps
* Knowledge of basic bash commands (or simply follow this guide closely)

''Note: If you do not have 20,000 testnet UPX, you may mine solo via uplexa-wallet-cli (start_mining). The official uPlexa testnet pool will also be setup next week if you wish to mine to a pool instead of mining solo''

== Utility Node Setup Guides ==
'''Step 1) Create Virtual Machine with Hosting Provider'''

''Note: We do not recommend using AWS, Google Cloud, or Microsoft Azure.''

Virtual Machine Requirements:
* 1-2 vCPU
* Min 2GB of RAM
* Good Consistent Connection Speed of 13Mbps and above
* Operating System: Ubuntu 18.04 LTS (recommended for beginners)

Once logged in to your VM using SSH, run command:
:<code>sudo apt update -y && sudo apt upgrade -y</code>

'''Step 2) Pull uPlexa Core Bundle from Official Github Repo'''

Run the following command to pull uPlexa Core Bundle to your VM or server: 
:<code>git clone --recursive https://github.com/uPlexa/uplexa</code>

Navigate to uplexa directory and initiate & update submodule: 
:<code>cd uplexa && git submodule init && git submodule update</code>

'''Step 3) Install Dependencies and Compile

In order to compile uPlexa, install dependencies libraries and tool required for the compilation: 
:<code>sudo apt install build-essential cmake pkg-config libboost-all-dev libssl-dev libzmq3-dev libunbound-dev libsodium-dev libpgm-dev -y</code> 
More details summaries of the libraries and tools can be found here: https://github.com/uplexa/uplexa#dependencies

Testnet is compile on master branch of uPlexa repo: 
:<code>git checkout master</code>

Compile the code: 
:<code>make release</code>

''Note: If the code compile stuck or running too slow, you may need to create /swapfile: refer to https://linuxize.com/post/create-a-linux-swap-file/

'''Step 4) Start the Daemon in Utility Node'''

The resulting executable can be found at <code>$ ~/uplexa/build/Linux/master/release/bin</code> 
Navigate to the folder: 
:<code>cd ~/uplexa/build/Linux/master/release/bin</code>

Start daemon in Utility Nodemode and let it sync. This may take several hours (much quicker on testnet): 
:<code>./uplexad --testnet --utility-node</code>

''Optional:''
''Add <code>PATH="$PATH:$HOME/uplexa/build/Linux/master/release/bin"</code> to <code>.profile</code> and then run uPlexa Node with <code>$ uplexad --testnet --utility-node</code>''

'''Step 5) Create Testnet Wallet'''

Create testnet wallet to get wallet address for staking: 
:<code>uplexa-wallet-cli --testnet</code>

Follow the instructions and save the 25-mnemonic seed word to restore the wallet if needed.

'''Step 6) Register Utility Node'''

Back to your daemon, you may now register your Utility Node to the network: 
:<code>register_node</code>

Follow the instructions. ''Notes: Select NO for auto-staking until we patch the code.'' 
Once complete, you will receive a code in which must be pasted into the wallet client.

Paste the code you were provided by the daemon to the uplexa-wallet-cli, and agree to the TX fee.

'''Complete Utility Node Setup'''

You are now set up! You should start receiving block rewards coming in every couple minutes. 
Run <code>show_transfers</code> to see your incoming transfers from the Utility Node marked '''unode'''

== Bug Reporting ==

Please report all bugs using Github. Please make sure to search to see if the bug you are posting has already been posted prior to making a new issue.

'''We will keep updating this guide overtime. Please refer to our discord and telegram channel for any updates/changes!'''

UPlexa Knowledgebase:Setting up Utility Node on Testnet

2021-01-01T02:44:43Z

Foxi3 -:

== Introduction ==

'''The uPlexa project is proud to release, “Steadfast Storm” on the uPlexa testing network (testnet).'''

<img src="https://miro.medium.com/max/700/1*GsI8l5iL3M3Nm1ipdfmfiQ.png" style="max-width: 600px;"/>

Steadfast storm enables Utility nodes (UNs). UNs are like master nodes in the terms of providing proof-of-stake transactional validation. However, UNs are more complex, using PoU (proof-of-utility) in order to provide the backbones infrastructure for our decentralized privacy network (dVPN) known as Plexanet. PlexaNet will release in Alpha (on testnet) in January, 2021.

== Utility Node Requirements on Testnet ==
* '''20,000 / 5,000 UPX on Testnet'''
* A virtual machine with min 2GB of ram, 1–2 vCPU, a connection with a reliable 99.999% uptime (or risk losing out on rewards), and a consistent connection speed of 13Mbps
* Knowledge of basic bash commands (or simply follow this guide closely)

''Note: If you do not have 20,000 testnet UPX, you may mine solo via uplexa-wallet-cli (start_mining). The official uPlexa testnet pool will also be setup next week if you wish to mine to a pool instead of mining solo''

== Utility Node Setup Guides ==
'''Step 1) Create Virtual Machine with Hosting Provider'''

''Note: We do not recommend using AWS, Google Cloud, or Microsoft Azure.''

Virtual Machine Requirements:
* 1-2 vCPU
* Min 2GB of RAM
* Good Consistent Connection Speed of 13Mbps and above
* Operating System: Ubuntu 18.04 LTS (recommended for beginners)

Once logged in to your VM using SSH, run command:
:<code>sudo apt update -y && sudo apt upgrade -y</code>

'''Step 2) Pull uPlexa Core Bundle from Official Github Repo'''

Run the following command to pull uPlexa Core Bundle to your VM or server: 
:<code>git clone --recursive https://github.com/uPlexa/uplexa</code>

Navigate to uplexa directory and initiate & update submodule: 
:<code>cd uplexa && git submodule init && git submodule update</code>

'''Step 3) Install Dependencies and Compile

In order to compile uPlexa, install dependencies libraries and tool required for the compilation: 
:<code>sudo apt install build-essential cmake pkg-config libboost-all-dev libssl-dev libzmq3-dev libunbound-dev libsodium-dev libpgm-dev -y</code> 
More details summaries of the libraries and tools can be found here: https://github.com/uplexa/uplexa#dependencies

Testnet is compile on master branch of uPlexa repo: 
:<code>git checkout master</code>

Compile the code: 
:<code>make release</code>

'''Step 4) Start the Daemon in Utility Node'''

The resulting executable can be found at <code>$ ~/uplexa/build/Linux/master/release/bin</code> 
Navigate to the folder: 
:<code>cd ~/uplexa/build/Linux/master/release/bin</code>

Start daemon in Utility Nodemode and let it sync. This may take several hours (much quicker on testnet):: 
:<code>./uplexad --testnet --utility-node</code>

''Optional:''
''Add <code>PATH="$PATH:$HOME/uplexa/build/Linux/master/release/bin"</code> to <code>.profile</code> and then run uPlexa Node with <code>$ uplexad --testnet --utility-node</code>''

'''Step 5) Create Testnet Wallet'''

Create testnet wallet to get wallet address for staking: 
:<code>uplexa-wallet-cli --testnet</code>

Follow the instructions and save the 25-mnemonic seed word to restore the wallet if needed.

'''Step 6) Register Utility Node'''

Back to your daemon, you may now register your Utility Node to the network: 
:<code>register_node</code>

Follow the instructions. ''Notes: Select NO for auto-staking until we patch the code.'' 
Once complete, you will receive a code in which must be pasted into the wallet client.

Paste the code you were provided by the daemon to the uplexa-wallet-cli, and agree to the TX fee.

'''Complete Utility Node Setup'''

You are now set up! You should start receiving block rewards coming in every couple minutes. 
Run <code>show_transfers</code> to see your incoming transfers from the Utility Node marked '''unode'''

== Bug Reporting ==

Please report all bugs using Github. Please make sure to search to see if the bug you are posting has already been posted prior to making a new issue.

'''We will keep updating this guide overtime. Please refer to our discord and telegram channel for any updates/changes!'''

UPlexa Knowledgebase:Setting up Utility Node on Testnet

2020-12-31T17:27:47Z

Foxi3 -: /* Utility Node Setup Guides */

== Introduction ==

'''The uPlexa project is proud to release, “Steadfast Storm” on the uPlexa testing network (testnet).'''

<img src="https://miro.medium.com/max/700/1*GsI8l5iL3M3Nm1ipdfmfiQ.png" style="max-width: 600px;"/>

Steadfast storm enables Utility nodes (UNs). UNs are like master nodes in the terms of providing proof-of-stake transactional validation. However, UNs are more complex, using PoU (proof-of-utility) in order to provide the backbones infrastructure for our decentralized privacy network (dVPN) known as Plexanet. PlexaNet will release in Alpha (on testnet) in January, 2021.

== Utility Node Requirements on Testnet ==
* '''20,000 / 5,000 UPX on Testnet'''
* A virtual machine with min 2GB of ram, 1–2 vCPU, a connection with a reliable 99.999% uptime (or risk losing out on rewards), and a consistent connection speed of 13Mbps
* Knowledge of basic bash commands (or simply follow this guide closely)

''Note: If you do not have 20,000 testnet UPX, you may mine solo via uplexa-wallet-cli (start_mining). The official uPlexa testnet pool will also be setup next week if you wish to mine to a pool instead of mining solo''

== Utility Node Setup Guides ==
'''Step 1) Create Virtual Machine with Hosting Provider'''

''Note: We do not recommend using AWS, Google Cloud, or Microsoft Azure.''

Virtual Machine Requirements:
* 1-2 vCPU
* Min 2GB of RAM
* Good Consistent Connection Speed of 13Mbps and above
* Operating System: Ubuntu 18.04 LTS (recommended for beginners)

Once logged in to your VM using SSH, run command:
:<code>sudo apt update -y && sudo apt upgrade -y</code>

'''Step 2) Pull uPlexa Core Bundle from Official Github Repo'''

Run the following command to pull uPlexa Core Bundle to your VM or server: 
:<code>git clone --recursive https://github.com/uPlexa/uplexa</code>

Navigate to uplexa directory and initiate & update submodule: 
:<code>cd uplexa && git submodule init && git submodule update</code>

'''Step 3) Install Dependencies and Compile

In order to compile uPlexa, install dependencies libraries and tool required for the compilation: 
:<code>sudo apt install build-essential cmake pkg-config libboost-all-dev libssl-dev libzmq3-dev libunbound-dev libsodium-dev libpgm-dev -y</code> 
More details summaries of the libraries and tools can be found here: https://github.com/uplexa/uplexa#dependencies

Testnet is compile on master branch of uPlexa repo: 
:<code>git checkout master</code>

Compile the code: 
:<code>make release</code>

'''Step 4) Start the Daemon in Utility Node'''

The resulting executable can be found at <code>$ ~/uplexa/build/Linux/master/release/bin</code> 
Navigate to the folder: 
:<code>cd ~/uplexa/build/Linux/master/release/bin</code>

Start daemon in Utility Nodemode and let it sync. This may take several hours (much quicker on testnet):: 
:<code>./uplexad --testnode --utility-node</code>

''Optional:''
''Add <code>PATH="$PATH:$HOME/uplexa/build/Linux/master/release/bin"</code> to <code>.profile</code> and then run uPlexa Node with <code>$ uplexad --testnet --utility-node</code>''

'''Step 5) Create Testnet Wallet'''

Create testnet wallet to get wallet address for staking: 
:<code>uplexa-wallet-cli --testnet</code>

Follow the instructions and save the 25-mnemonic seed word to restore the wallet if needed.

'''Step 6) Register Utility Node'''

Back to your daemon, you may now register your Utility Node to the network: 
:<code>register_node</code>

Follow the instructions. ''Notes: Select NO for auto-staking until we patch the code.'' 
Once complete, you will receive a code in which must be pasted into the wallet client.

Paste the code you were provided by the daemon to the uplexa-wallet-cli, and agree to the TX fee.

'''Complete Utility Node Setup'''

You are now set up! You should start receiving block rewards coming in every couple minutes. 
Run <code>show_transfers</code> to see your incoming transfers from the Utility Node marked '''unode'''

== Bug Reporting ==

Please report all bugs using Github. Please make sure to search to see if the bug you are posting has already been posted prior to making a new issue.

'''We will keep updating this guide overtime. Please refer to our discord and telegram channel for any updates/changes!'''

UPlexa Knowledgebase:Setting up Utility Node on Testnet

2020-12-31T17:27:07Z

Foxi3 -: /* Introduction */

== Introduction ==

'''The uPlexa project is proud to release, “Steadfast Storm” on the uPlexa testing network (testnet).'''

<img src="https://miro.medium.com/max/700/1*GsI8l5iL3M3Nm1ipdfmfiQ.png" style="max-width: 600px;"/>

Steadfast storm enables Utility nodes (UNs). UNs are like master nodes in the terms of providing proof-of-stake transactional validation. However, UNs are more complex, using PoU (proof-of-utility) in order to provide the backbones infrastructure for our decentralized privacy network (dVPN) known as Plexanet. PlexaNet will release in Alpha (on testnet) in January, 2021.

== Utility Node Requirements on Testnet ==
* '''20,000 / 5,000 UPX on Testnet'''
* A virtual machine with min 2GB of ram, 1–2 vCPU, a connection with a reliable 99.999% uptime (or risk losing out on rewards), and a consistent connection speed of 13Mbps
* Knowledge of basic bash commands (or simply follow this guide closely)

''Note: If you do not have 20,000 testnet UPX, you may mine solo via uplexa-wallet-cli (start_mining). The official uPlexa testnet pool will also be setup next week if you wish to mine to a pool instead of mining solo''

== Utility Node Setup Guides ==
'''Step 1) Create Virtual Machine with Hosting Provider'''

''Note: We do not recommend using AWS, Google Cloud, or Microsoft Azure.''

Virtual Machine Requirements:
* 1-2 vCPU
* Min 2GB of RAM
* Good Consistent Connection Speed of 13Mbps and above
* Operating System: Ubuntu 18.04 LTS (recommended for beginners)

Once logged in to your VM using SSH, run command:
:<code>sudo apt update -y && sudo apt upgrade -y</code>

'''Step 2) Pull uPlexa Core Bundle from Official Github Repo'''

Run the following command to pull uPlexa Core Bundle to your VM or server: 
:<code>git clone --recursive https://github.com/uPlexa/uplexa</code>

Navigate to uplexa directory and initiate & update submodule: 
:<code>cd uplexa && git submodule init && git submodule update</code>

'''Step 3) Install Dependencies and Compile

In order to compile uPlexa, install dependencies libraries and tool required for the compilation: 
:<code>sudo apt install build-essential cmake pkg-config libboost-all-dev libssl-dev libzmq3-dev libunbound-dev libsodium-dev libpgm-dev -y</code> 
More details summaries of the libraries and tools can be found here: https://github.com/uplexa/uplexa#dependencies

Testnet is compile on master branch of uPlexa repo: 
:<code>git checkout master</code>

Compile the code: 
:<code>make release</code>

'''Step 4) Start the Daemon in Utility Node'''

The resulting executable can be found at <code>$ ~/uplexa/build/Linux/master/release/bin</code> 
Navigate to the folder: 
:<code>cd ~/uplexa/build/Linux/master/release/bin</code>

Start daemon in Utility Nodemode and let it sync. This may take several hours (much quicker on testnet):: 
:<code>./uplexad --testnode --utility-node</code>

''Optional:''
''Add <code>PATH="$PATH:$HOME/uplexa/build/Linux/master/release/bin"</code> to <code>.profile</code> and then run uPlexa Node with <code>$ uplexad --testnet --utility-node</code>''

'''Step 5) Create Testnet Wallet'''

Create testnet wallet to get wallet address for staking: 
:<code>uplexa-wallet-cli --testnet</code>

Follow the instructions and save the 25-mnemonic seed word to restore the wallet if needed.

'''Step 6) Register Utility Node'''

Back to your daemon, you may now register your Utility Node to the network: 
:<code>register_node</code>

Follow the instructions. ''Notes: Select NO for auto-staking until we patch the code.'' 
Once complete, you will receive a code in which must be pasted into the wallet client.

Paste the code you were provided by the daemon to the uplexa-wallet-cli, and agree to the TX fee.

'''Complete Utility Node Setup'''

You are now set up! You should start receiving block rewards coming in every couple minutes. 
Run <code>show_transfers</code> to see your incoming transfers from the Utility Node marked '''unode'''

'''Bug Reporting'''

Please report all bugs using Github. Please make sure to search to see if the bug you are posting has already been posted prior to making a new issue.

'''We will keep updating this guide overtime. Please refer to our discord and telegram channel for any updates/changes!'''

UPlexa Knowledgebase:Setting up Utility Node on Testnet

2020-12-31T17:25:54Z

Foxi3 -:

== Introduction ==

'''The uPlexa project is proud to release, “Steadfast Storm” on the uPlexa testing network (testnet).'''

<img src="https://miro.medium.com/max/700/1*GsI8l5iL3M3Nm1ipdfmfiQ.png" style="max-width: 600px;"/>

Steadfast storm enables Utility nodes (UNs). UNs are like master nodes in the terms of providing proof-of-stake transactional validation. However, UNs are more complex, using PoU (proof-of-utility) in order to provide the backbones infrastructure for our decentralized privacy network (dVPN) known as Plexanet. PlexaNet will release in Alpha (on testnet) in January, 2021.

'''Requirements:'''
* '''20,000 / 5,000 UPX on Testnet'''
* A virtual machine with min 2GB of ram, 1–2 vCPU, a connection with a reliable 99.999% uptime (or risk losing out on rewards), and a consistent connection speed of 13Mbps
* Knowledge of basic bash commands (or simply follow this guide closely)

''Note: If you do not have 20,000 testnet UPX, you may mine solo via uplexa-wallet-cli (start_mining). The official uPlexa testnet pool will also be setup next week if you wish to mine to a pool instead of mining solo''

'''Step 1) Create Virtual Machine with Hosting Provider'''

''Note: We do not recommend using AWS, Google Cloud, or Microsoft Azure.''

Virtual Machine Requirements:
* 1-2 vCPU
* Min 2GB of RAM
* Good Consistent Connection Speed of 13Mbps and above
* Operating System: Ubuntu 18.04 LTS (recommended for beginners)

Once logged in to your VM using SSH, run command:
:<code>sudo apt update -y && sudo apt upgrade -y</code>

'''Step 2) Pull uPlexa Core Bundle from Official Github Repo'''

Run the following command to pull uPlexa Core Bundle to your VM or server: 
:<code>git clone --recursive https://github.com/uPlexa/uplexa</code>

Navigate to uplexa directory and initiate & update submodule: 
:<code>cd uplexa && git submodule init && git submodule update</code>

'''Step 3) Install Dependencies and Compile

In order to compile uPlexa, install dependencies libraries and tool required for the compilation: 
:<code>sudo apt install build-essential cmake pkg-config libboost-all-dev libssl-dev libzmq3-dev libunbound-dev libsodium-dev libpgm-dev -y</code> 
More details summaries of the libraries and tools can be found here: https://github.com/uplexa/uplexa#dependencies

Testnet is compile on master branch of uPlexa repo: 
:<code>git checkout master</code>

Compile the code: 
:<code>make release</code>

'''Step 4) Start the Daemon in Utility Node'''

The resulting executable can be found at <code>$ ~/uplexa/build/Linux/master/release/bin</code> 
Navigate to the folder: 
:<code>cd ~/uplexa/build/Linux/master/release/bin</code>

Start daemon in Utility Nodemode and let it sync. This may take several hours (much quicker on testnet):: 
:<code>./uplexad --testnode --utility-node</code>

''Optional:''
''Add <code>PATH="$PATH:$HOME/uplexa/build/Linux/master/release/bin"</code> to <code>.profile</code> and then run uPlexa Node with <code>$ uplexad --testnet --utility-node</code>''

'''Step 5) Create Testnet Wallet'''

Create testnet wallet to get wallet address for staking: 
:<code>uplexa-wallet-cli --testnet</code>

Follow the instructions and save the 25-mnemonic seed word to restore the wallet if needed.

'''Step 6) Register Utility Node'''

Back to your daemon, you may now register your Utility Node to the network: 
:<code>register_node</code>

Follow the instructions. ''Notes: Select NO for auto-staking until we patch the code.'' 
Once complete, you will receive a code in which must be pasted into the wallet client.

Paste the code you were provided by the daemon to the uplexa-wallet-cli, and agree to the TX fee.

'''Complete Utility Node Setup'''

You are now set up! You should start receiving block rewards coming in every couple minutes. 
Run <code>show_transfers</code> to see your incoming transfers from the Utility Node marked '''unode'''

'''Bug Reporting'''

Please report all bugs using Github. Please make sure to search to see if the bug you are posting has already been posted prior to making a new issue.

'''We will keep updating this guide overtime. Please refer to our discord and telegram channel for any updates/changes!'''

UPlexa Knowledgebase:Setting up Utility Node on Testnet

2020-12-31T17:23:40Z

Foxi3 -: Foxi3 - moved page UPlexa Knowledgebase:Setting up Utility Node to UPlexa Knowledgebase:Setting up Utility Node on Testnet: add testnet

== Introduction ==

'''The uPlexa project is proud to release, “Steadfast Storm” on the uPlexa testing network (testnet).'''

<img src="https://miro.medium.com/max/700/1*GsI8l5iL3M3Nm1ipdfmfiQ.png" style="max-width: 600px;"/>

Steadfast storm enables Utility nodes (UNs). UNs are like master nodes in the terms of providing proof-of-stake transactional validation. However, UNs are more complex, using PoU (proof-of-utility) in order to provide the backbones infrastructure for our decentralized privacy network (dVPN) known as Plexanet. PlexaNet will release in Alpha (on testnet) in January, 2021.

'''Requirements:'''
* '''or 20,000 /5,000 UPX on Testnet'''
* A virtual machine with min 2GB of ram, 1–2 vCPU, a connection with a reliable 99.999% uptime (or risk losing out on rewards), and a consistent connection speed of 13Mbps
* Knowledge of basic bash commands (or simply follow this guide closely)

''Note: If you do not have 20,000 testnet UPX, you may mine solo via uplexa-wallet-cli (start_mining). The official uPlexa testnet pool will also be setup next week if you wish to mine to a pool instead of mining solo''

'''Step 1) Create Virtual Machine with Hosting Provider'''

''Note: We do not recommend using AWS, Google Cloud, or Microsoft Azure.''

Virtual Machine Requirements:
* 1-2 vCPU
* Min 2GB of RAM
* Good Consistent Connection Speed of 13Mbps and above
* Operating System: Ubuntu 18.04 LTS (recommended for beginners)

Once logged in to your VM using SSH, run command:
:<code>sudo apt update -y && sudo apt upgrade -y</code>

'''Step 2) Pull uPlexa Core Bundle from Official Github Repo'''

Run the following command to pull uPlexa Core Bundle to your VM or server: 
:<code>git clone --recursive https://github.com/uPlexa/uplexa</code>

Navigate to uplexa directory and initiate & update submodule: 
:<code>cd uplexa && git submodule init && git submodule update</code>

'''Step 3) Install Dependencies and Compile

In order to compile uPlexa, install dependencies libraries and tool required for the compilation: 
:<code>sudo apt install build-essential cmake pkg-config libboost-all-dev libssl-dev libzmq3-dev libunbound-dev libsodium-dev libpgm-dev -y</code> 
More details summaries of the libraries and tools can be found here: https://github.com/uplexa/uplexa#dependencies

Testnet is compile on master branch of uPlexa repo: 
:<code>git checkout master</code>

Compile the code: 
:<code>make release</code>

'''Step 4) Start the Daemon in Utility Node'''

The resulting executable can be found at <code>$ ~/uplexa/build/Linux/master/release/bin</code> 
Navigate to the folder: 
:<code>cd ~/uplexa/build/Linux/master/release/bin</code>

Start daemon in Utility Nodemode and let it sync. This may take several hours (much quicker on testnet):: 
:<code>./uplexad --testnode --utility-node</code>

''Optional:''
''Add <code>PATH="$PATH:$HOME/uplexa/build/Linux/master/release/bin"</code> to <code>.profile</code> and then run uPlexa Node with <code>$ uplexad --testnet --utility-node</code>''

'''Step 5) Create Testnet Wallet'''

Create testnet wallet to get wallet address for staking: 
:<code>uplexa-wallet-cli --testnet</code>

Follow the instructions and save the 25-mnemonic seed word to restore the wallet if needed.

'''Step 6) Register Utility Node'''

Back to your daemon, you may now register your Utility Node to the network: 
:<code>register_node</code>

Follow the instructions. ''Notes: Select NO for auto-staking until we patch the code.'' 
Once complete, you will receive a code in which must be pasted into the wallet client.

Paste the code you were provided by the daemon to the uplexa-wallet-cli, and agree to the TX fee.

'''Complete Utility Node Setup'''

You are now set up! You should start receiving block rewards coming in every couple minutes. 
Run <code>show_transfers</code> to see your incoming transfers from the Utility Node marked '''unode'''

'''Bug Reporting'''

Please report all bugs using Github. Please make sure to search to see if the bug you are posting has already been posted prior to making a new issue.

'''We will keep updating this guide overtime. Please refer to our discord and telegram channel for any updates/changes!'''

UPlexa Knowledgebase:Setting up Utility Node

2020-12-31T17:23:40Z

Foxi3 -: Foxi3 - moved page UPlexa Knowledgebase:Setting up Utility Node to UPlexa Knowledgebase:Setting up Utility Node on Testnet: add testnet

#REDIRECT [[UPlexa Knowledgebase:Setting up Utility Node on Testnet]]

Main Page

2020-12-31T17:22:43Z

Foxi3 -: add testnet

Welcome to the uPlexa Knowledgebase

uPlexa (UPX) is an anonymous peer-to-peer electronic payment system powered by the billions of IoT devices within our world.

== Getting started ==
* [[UPlexa_Knowledgebase:What_is_uPlexa|What is uPlexa?]]
* [[UPlexa_Knowledgebase:Steadfast_Storm_Information|Steadfast Storm Release information (Masternodes, VPNs, Instant transactions, and more)]]
* [https://uplexa.com/content/uPlexa-Whitepaper-EN.pdf Whitepaper]
* [[UPlexa_Knowledgebase:Wallets|Setting up uPlexa Wallets]]
* [[UPlexa_Knowledgebase:Troubleshooting_Wallets|Troubleshooting uPlexa Wallets]]
* [[UPlexa_Knowledgebase:Setting up Utility Node on Testnet|Setting up Utility Node on Testnet]]
* [[UPlexa_Knowledgebase:Anonymous_Contributors|Anonymous Contributors]]

== eCommerce & Merchants Integration ==
* [[UPlexa_Knowledgebase:uPlexa_Merchants|List of Merchants Accepting uPlexa]]
* [https://github.com/uPlexa/uplexa-wordpress#uplexa-gateway-for-woocommerce WooCommerce/Wordpress Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-magento#uplexa-for-magento Magento Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-prestashop#uplexa-prestashop PrestaShop Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-opencart#uplexa-opencart-plugin-for-opencart-3x OpenCart Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-WHMCS#uplexa-whmcs WHMCS Payment Gateway for UPX]

== IoT CPU Miners ==
* [[UPlexa_Knowledgebase:uPlexa_Android_Miner|uPlexa Android Miner]]
* [[UPlexa_Knowledgebase:uPlexa_Raspberry|XMRig-UPX on Raspberry Pi]]
* [[XMRigCC_on_TX3_mini_Android_TV_Box|XMRigCC on TX3 mini Android TV Box]]

== Desktop CPU Miners ==
* [[UPlexa_Knowledgebase:XMRig-UPX|XMRig-UPX]]
* [[UPlexa_Knowledgebase:XMRigCC|XMRigCC (Windows)]]

== Desktop GPU Miners ==
* [[UPlexa_Knowledgebase:XMRigCC-AMD|XMRigCC-AMD]]
* [[UPlexa_Knowledgebase:XMRigCC-Nvidia|XMRigCC-NVIDIA]]

== Hardware Hashrate Database ==
* [[Hardware Hashrate Database]]

== uPlexa Mining Pools ==
* [[List of all UPlexa pools]]

== Bounties ==
* [https://medium.com/@uplexa/uplexa-adoption-bounty-1-100-usd-in-prizes-f5cd5442408 Adoption Bounty (Ended June 21/2019)]

== Contact/Community Links ==
* [https://discord.gg/VEPkMnM Discord]
* [https://t.me/uplexaOfficial Telegram]
* [https://twitter.com/uPlexaCoin Twitter]
* [https://www.facebook.com/uPlexa/ Facebook]
* [https://medium.com/@uplexa Medium]
* [https://www.reddit.com/r/uPlexa/ Reddit]
* [https://bitcointalk.org/index.php?topic=5058404.0 BitcoinTalk]
* [https://github.com/uPlexa/ Github]
* [https://www.youtube.com/channel/UCRwjSwZsFquZGY_CfPGB3Ug/ YouTube]

== Exchanges ==
* [https://app.stex.com/en/trade/pair/ETH/UPX STEX]
* [https://graviex.net/markets/upxbtc Graviex]

== GitHub Libraries ==
* [https://github.com/uPlexa/uplexa uPlexa Core]
* [https://github.com/uPlexa/uplexa-gui uPlexa GUI]
* [https://github.com/uPlexa/uplexa-nodejs uPlexa NodeJS Library]
* [https://github.com/uPlexa/uplexa-php uPlexa PHP Library]
* [https://github.com/uPlexa/uplexa-python uPlexa Python Library]
* [https://github.com/uPlexa/upx-android-miner uPlexa Android Miner]
* [https://github.com/uPlexa/android-wallet uPlexa Android Wallet]
* [https://github.com/uPlexa/node-cryptonight-hashing Node CryptoNight Hashing with UPXTWO Support]
* [https://github.com/uPlexa/toaster-miner Toaster Miner]

== FAQ ==
* [[UPlexa_Knowledgebase:FAQ|FAQ]]

UPlexa Knowledgebase:Setting up Utility Node on Testnet

2020-12-31T17:21:56Z

Foxi3 -: Utility Node KB (testnet)

== Introduction ==

'''The uPlexa project is proud to release, “Steadfast Storm” on the uPlexa testing network (testnet).'''

<img src="https://miro.medium.com/max/700/1*GsI8l5iL3M3Nm1ipdfmfiQ.png" style="max-width: 600px;"/>

Steadfast storm enables Utility nodes (UNs). UNs are like master nodes in the terms of providing proof-of-stake transactional validation. However, UNs are more complex, using PoU (proof-of-utility) in order to provide the backbones infrastructure for our decentralized privacy network (dVPN) known as Plexanet. PlexaNet will release in Alpha (on testnet) in January, 2021.

'''Requirements:'''
* '''or 20,000 /5,000 UPX on Testnet'''
* A virtual machine with min 2GB of ram, 1–2 vCPU, a connection with a reliable 99.999% uptime (or risk losing out on rewards), and a consistent connection speed of 13Mbps
* Knowledge of basic bash commands (or simply follow this guide closely)

''Note: If you do not have 20,000 testnet UPX, you may mine solo via uplexa-wallet-cli (start_mining). The official uPlexa testnet pool will also be setup next week if you wish to mine to a pool instead of mining solo''

'''Step 1) Create Virtual Machine with Hosting Provider'''

''Note: We do not recommend using AWS, Google Cloud, or Microsoft Azure.''

Virtual Machine Requirements:
* 1-2 vCPU
* Min 2GB of RAM
* Good Consistent Connection Speed of 13Mbps and above
* Operating System: Ubuntu 18.04 LTS (recommended for beginners)

Once logged in to your VM using SSH, run command:
:<code>sudo apt update -y && sudo apt upgrade -y</code>

'''Step 2) Pull uPlexa Core Bundle from Official Github Repo'''

Run the following command to pull uPlexa Core Bundle to your VM or server: 
:<code>git clone --recursive https://github.com/uPlexa/uplexa</code>

Navigate to uplexa directory and initiate & update submodule: 
:<code>cd uplexa && git submodule init && git submodule update</code>

'''Step 3) Install Dependencies and Compile

In order to compile uPlexa, install dependencies libraries and tool required for the compilation: 
:<code>sudo apt install build-essential cmake pkg-config libboost-all-dev libssl-dev libzmq3-dev libunbound-dev libsodium-dev libpgm-dev -y</code> 
More details summaries of the libraries and tools can be found here: https://github.com/uplexa/uplexa#dependencies

Testnet is compile on master branch of uPlexa repo: 
:<code>git checkout master</code>

Compile the code: 
:<code>make release</code>

'''Step 4) Start the Daemon in Utility Node'''

The resulting executable can be found at <code>$ ~/uplexa/build/Linux/master/release/bin</code> 
Navigate to the folder: 
:<code>cd ~/uplexa/build/Linux/master/release/bin</code>

Start daemon in Utility Nodemode and let it sync. This may take several hours (much quicker on testnet):: 
:<code>./uplexad --testnode --utility-node</code>

''Optional:''
''Add <code>PATH="$PATH:$HOME/uplexa/build/Linux/master/release/bin"</code> to <code>.profile</code> and then run uPlexa Node with <code>$ uplexad --testnet --utility-node</code>''

'''Step 5) Create Testnet Wallet'''

Create testnet wallet to get wallet address for staking: 
:<code>uplexa-wallet-cli --testnet</code>

Follow the instructions and save the 25-mnemonic seed word to restore the wallet if needed.

'''Step 6) Register Utility Node'''

Back to your daemon, you may now register your Utility Node to the network: 
:<code>register_node</code>

Follow the instructions. ''Notes: Select NO for auto-staking until we patch the code.'' 
Once complete, you will receive a code in which must be pasted into the wallet client.

Paste the code you were provided by the daemon to the uplexa-wallet-cli, and agree to the TX fee.

'''Complete Utility Node Setup'''

You are now set up! You should start receiving block rewards coming in every couple minutes. 
Run <code>show_transfers</code> to see your incoming transfers from the Utility Node marked '''unode'''

'''Bug Reporting'''

Please report all bugs using Github. Please make sure to search to see if the bug you are posting has already been posted prior to making a new issue.

'''We will keep updating this guide overtime. Please refer to our discord and telegram channel for any updates/changes!'''

Main Page

2020-12-31T07:37:07Z

Foxi3 -: /* Getting started */ add utility node

Welcome to the uPlexa Knowledgebase

uPlexa (UPX) is an anonymous peer-to-peer electronic payment system powered by the billions of IoT devices within our world.

== Getting started ==
* [[UPlexa_Knowledgebase:What_is_uPlexa|What is uPlexa?]]
* [[UPlexa_Knowledgebase:Steadfast_Storm_Information|Steadfast Storm Release information (Masternodes, VPNs, Instant transactions, and more)]]
* [https://uplexa.com/content/uPlexa-Whitepaper-EN.pdf Whitepaper]
* [[UPlexa_Knowledgebase:Wallets|Setting up uPlexa Wallets]]
* [[UPlexa_Knowledgebase:Troubleshooting_Wallets|Troubleshooting uPlexa Wallets]]
* [[UPlexa_Knowledgebase:Setting up Utility Node|Setting up Utility Node]]
* [[UPlexa_Knowledgebase:Anonymous_Contributors|Anonymous Contributors]]

== eCommerce & Merchants Integration ==
* [[UPlexa_Knowledgebase:uPlexa_Merchants|List of Merchants Accepting uPlexa]]
* [https://github.com/uPlexa/uplexa-wordpress#uplexa-gateway-for-woocommerce WooCommerce/Wordpress Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-magento#uplexa-for-magento Magento Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-prestashop#uplexa-prestashop PrestaShop Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-opencart#uplexa-opencart-plugin-for-opencart-3x OpenCart Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-WHMCS#uplexa-whmcs WHMCS Payment Gateway for UPX]

== IoT CPU Miners ==
* [[UPlexa_Knowledgebase:uPlexa_Android_Miner|uPlexa Android Miner]]
* [[UPlexa_Knowledgebase:uPlexa_Raspberry|XMRig-UPX on Raspberry Pi]]
* [[XMRigCC_on_TX3_mini_Android_TV_Box|XMRigCC on TX3 mini Android TV Box]]

== Desktop CPU Miners ==
* [[UPlexa_Knowledgebase:XMRig-UPX|XMRig-UPX]]
* [[UPlexa_Knowledgebase:XMRigCC|XMRigCC (Windows)]]

== Desktop GPU Miners ==
* [[UPlexa_Knowledgebase:XMRigCC-AMD|XMRigCC-AMD]]
* [[UPlexa_Knowledgebase:XMRigCC-Nvidia|XMRigCC-NVIDIA]]

== Hardware Hashrate Database ==
* [[Hardware Hashrate Database]]

== uPlexa Mining Pools ==
* [[List of all UPlexa pools]]

== Bounties ==
* [https://medium.com/@uplexa/uplexa-adoption-bounty-1-100-usd-in-prizes-f5cd5442408 Adoption Bounty (Ended June 21/2019)]

== Contact/Community Links ==
* [https://discord.gg/VEPkMnM Discord]
* [https://t.me/uplexaOfficial Telegram]
* [https://twitter.com/uPlexaCoin Twitter]
* [https://www.facebook.com/uPlexa/ Facebook]
* [https://medium.com/@uplexa Medium]
* [https://www.reddit.com/r/uPlexa/ Reddit]
* [https://bitcointalk.org/index.php?topic=5058404.0 BitcoinTalk]
* [https://github.com/uPlexa/ Github]
* [https://www.youtube.com/channel/UCRwjSwZsFquZGY_CfPGB3Ug/ YouTube]

== Exchanges ==
* [https://app.stex.com/en/trade/pair/ETH/UPX STEX]
* [https://graviex.net/markets/upxbtc Graviex]

== GitHub Libraries ==
* [https://github.com/uPlexa/uplexa uPlexa Core]
* [https://github.com/uPlexa/uplexa-gui uPlexa GUI]
* [https://github.com/uPlexa/uplexa-nodejs uPlexa NodeJS Library]
* [https://github.com/uPlexa/uplexa-php uPlexa PHP Library]
* [https://github.com/uPlexa/uplexa-python uPlexa Python Library]
* [https://github.com/uPlexa/upx-android-miner uPlexa Android Miner]
* [https://github.com/uPlexa/android-wallet uPlexa Android Wallet]
* [https://github.com/uPlexa/node-cryptonight-hashing Node CryptoNight Hashing with UPXTWO Support]
* [https://github.com/uPlexa/toaster-miner Toaster Miner]

== FAQ ==
* [[UPlexa_Knowledgebase:FAQ|FAQ]]

Main Page

2020-09-08T14:14:46Z

Foxi3 -: /* UPlexa Mining Pools */

Welcome to the uPlexa Knowledgebase

uPlexa (UPX) is an anonymous peer-to-peer electronic payment system powered by the billions of IoT devices within our world.

== Getting started ==
* [[UPlexa_Knowledgebase:What_is_uPlexa|What is uPlexa?]]
* [[UPlexa_Knowledgebase:Steadfast_Storm_Information|Steadfast Storm Release information (Masternodes, VPNs, Instant transactions, and more)]]
* [https://uplexa.com/content/uPlexa-Whitepaper-EN.pdf Whitepaper]
* [[UPlexa_Knowledgebase:Wallets|Setting up uPlexa Wallets]]
* [[UPlexa_Knowledgebase:Troubleshooting_Wallets|Troubleshooting uPlexa Wallets]]
* [[UPlexa_Knowledgebase:Anonymous_Contributors|Anonymous Contributors]]

== eCommerce & Merchants Integration ==
* [[UPlexa_Knowledgebase:uPlexa_Merchants|List of Merchants Accepting uPlexa]]
* [https://github.com/uPlexa/uplexa-wordpress#uplexa-gateway-for-woocommerce WooCommerce/Wordpress Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-magento#uplexa-for-magento Magento Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-prestashop#uplexa-prestashop PrestaShop Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-opencart#uplexa-opencart-plugin-for-opencart-3x OpenCart Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-WHMCS#uplexa-whmcs WHMCS Payment Gateway for UPX]

== IoT CPU Miners ==
* [[UPlexa_Knowledgebase:uPlexa_Android_Miner|uPlexa Android Miner]]
* [[UPlexa_Knowledgebase:uPlexa_Raspberry|XMRig-UPX on Raspberry Pi]]
* [[XMRigCC_on_TX3_mini_Android_TV_Box|XMRigCC on TX3 mini Android TV Box]]

== Desktop CPU Miners ==
* [[UPlexa_Knowledgebase:XMRig-UPX|XMRig-UPX]]
* [[UPlexa_Knowledgebase:XMRigCC|XMRigCC (Windows)]]

== Desktop GPU Miners ==
* [[UPlexa_Knowledgebase:XMRigCC-AMD|XMRigCC-AMD]]
* [[UPlexa_Knowledgebase:XMRigCC-Nvidia|XMRigCC-NVIDIA]]

== Hardware Hashrate Database ==
* [[Hardware Hashrate Database]]

== uPlexa Mining Pools ==
* [[List of all UPlexa pools]]

== Bounties ==
* [https://medium.com/@uplexa/uplexa-adoption-bounty-1-100-usd-in-prizes-f5cd5442408 Adoption Bounty (Ended June 21/2019)]

== Contact/Community Links ==
* [https://discord.gg/VEPkMnM Discord]
* [https://t.me/uplexaOfficial Telegram]
* [https://twitter.com/uPlexaCoin Twitter]
* [https://www.facebook.com/uPlexa/ Facebook]
* [https://medium.com/@uplexa Medium]
* [https://www.reddit.com/r/uPlexa/ Reddit]
* [https://bitcointalk.org/index.php?topic=5058404.0 BitcoinTalk]
* [https://github.com/uPlexa/ Github]
* [https://www.youtube.com/channel/UCRwjSwZsFquZGY_CfPGB3Ug/ YouTube]

== Exchanges ==
* [https://app.stex.com/en/trade/pair/ETH/UPX STEX]
* [https://graviex.net/markets/upxbtc Graviex]

== GitHub Libraries ==
* [https://github.com/uPlexa/uplexa uPlexa Core]
* [https://github.com/uPlexa/uplexa-gui uPlexa GUI]
* [https://github.com/uPlexa/uplexa-nodejs uPlexa NodeJS Library]
* [https://github.com/uPlexa/uplexa-php uPlexa PHP Library]
* [https://github.com/uPlexa/uplexa-python uPlexa Python Library]
* [https://github.com/uPlexa/upx-android-miner uPlexa Android Miner]
* [https://github.com/uPlexa/android-wallet uPlexa Android Wallet]
* [https://github.com/uPlexa/node-cryptonight-hashing Node CryptoNight Hashing with UPXTWO Support]
* [https://github.com/uPlexa/toaster-miner Toaster Miner]

== FAQ ==
* [[UPlexa_Knowledgebase:FAQ|FAQ]]

Main Page

2020-09-08T14:14:25Z

Foxi3 -: /* Uplexa Mining Pools */

Welcome to the uPlexa Knowledgebase

uPlexa (UPX) is an anonymous peer-to-peer electronic payment system powered by the billions of IoT devices within our world.

== Getting started ==
* [[UPlexa_Knowledgebase:What_is_uPlexa|What is uPlexa?]]
* [[UPlexa_Knowledgebase:Steadfast_Storm_Information|Steadfast Storm Release information (Masternodes, VPNs, Instant transactions, and more)]]
* [https://uplexa.com/content/uPlexa-Whitepaper-EN.pdf Whitepaper]
* [[UPlexa_Knowledgebase:Wallets|Setting up uPlexa Wallets]]
* [[UPlexa_Knowledgebase:Troubleshooting_Wallets|Troubleshooting uPlexa Wallets]]
* [[UPlexa_Knowledgebase:Anonymous_Contributors|Anonymous Contributors]]

== eCommerce & Merchants Integration ==
* [[UPlexa_Knowledgebase:uPlexa_Merchants|List of Merchants Accepting uPlexa]]
* [https://github.com/uPlexa/uplexa-wordpress#uplexa-gateway-for-woocommerce WooCommerce/Wordpress Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-magento#uplexa-for-magento Magento Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-prestashop#uplexa-prestashop PrestaShop Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-opencart#uplexa-opencart-plugin-for-opencart-3x OpenCart Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-WHMCS#uplexa-whmcs WHMCS Payment Gateway for UPX]

== IoT CPU Miners ==
* [[UPlexa_Knowledgebase:uPlexa_Android_Miner|uPlexa Android Miner]]
* [[UPlexa_Knowledgebase:uPlexa_Raspberry|XMRig-UPX on Raspberry Pi]]
* [[XMRigCC_on_TX3_mini_Android_TV_Box|XMRigCC on TX3 mini Android TV Box]]

== Desktop CPU Miners ==
* [[UPlexa_Knowledgebase:XMRig-UPX|XMRig-UPX]]
* [[UPlexa_Knowledgebase:XMRigCC|XMRigCC (Windows)]]

== Desktop GPU Miners ==
* [[UPlexa_Knowledgebase:XMRigCC-AMD|XMRigCC-AMD]]
* [[UPlexa_Knowledgebase:XMRigCC-Nvidia|XMRigCC-NVIDIA]]

== Hardware Hashrate Database ==
* [[Hardware Hashrate Database]]

== UPlexa Mining Pools ==
* [[List of all UPlexa pools]]

== Bounties ==
* [https://medium.com/@uplexa/uplexa-adoption-bounty-1-100-usd-in-prizes-f5cd5442408 Adoption Bounty (Ended June 21/2019)]

== Contact/Community Links ==
* [https://discord.gg/VEPkMnM Discord]
* [https://t.me/uplexaOfficial Telegram]
* [https://twitter.com/uPlexaCoin Twitter]
* [https://www.facebook.com/uPlexa/ Facebook]
* [https://medium.com/@uplexa Medium]
* [https://www.reddit.com/r/uPlexa/ Reddit]
* [https://bitcointalk.org/index.php?topic=5058404.0 BitcoinTalk]
* [https://github.com/uPlexa/ Github]
* [https://www.youtube.com/channel/UCRwjSwZsFquZGY_CfPGB3Ug/ YouTube]

== Exchanges ==
* [https://app.stex.com/en/trade/pair/ETH/UPX STEX]
* [https://graviex.net/markets/upxbtc Graviex]

== GitHub Libraries ==
* [https://github.com/uPlexa/uplexa uPlexa Core]
* [https://github.com/uPlexa/uplexa-gui uPlexa GUI]
* [https://github.com/uPlexa/uplexa-nodejs uPlexa NodeJS Library]
* [https://github.com/uPlexa/uplexa-php uPlexa PHP Library]
* [https://github.com/uPlexa/uplexa-python uPlexa Python Library]
* [https://github.com/uPlexa/upx-android-miner uPlexa Android Miner]
* [https://github.com/uPlexa/android-wallet uPlexa Android Wallet]
* [https://github.com/uPlexa/node-cryptonight-hashing Node CryptoNight Hashing with UPXTWO Support]
* [https://github.com/uPlexa/toaster-miner Toaster Miner]

== FAQ ==
* [[UPlexa_Knowledgebase:FAQ|FAQ]]

UPlexa Knowledgebase:ElectraLight Wallet Setup

2020-09-08T14:12:06Z

Foxi3 -: adding TOC

__FORCETOC__
== Getting Started ==

'''Step 1)'''
Download uPlexa ElectraLight Wallet from uPlexa official GitHub - https://github.com/uPlexa/electralight-wallet/releases. The current revision of ElectraLight Wallet is v0.1.0 Beta at the time this article is written. 
'''Note:''' Read Press Release here: https://medium.com/@uplexa/release-electralight-wallet-a87eed816742 
<img src="https://imgur.com/UZkkSZG.png" style="max-width: 600px;"/>

 '''Step 2)'''
Run '''Wallet.ElectraLight.Windows.Installer.0.1.0.exe''' to install uPlexa ElectraLight wallet. 
<img src="https://imgur.com/r4ohbdh.png" style="max-width: 300px;"/>

 '''Step 3)'''
Once the installation has finish, it'll automatically run ElectraLight wallet initial setup. The program shortcut also created on your desktop. 
<img src="https://imgur.com/Y9Kspo3.png" style="max-width: 600px;"/>

 '''Step 4)'''
You will be greeted with ElectraLight wallet Welcome Page. Click Next to continue. 
<img src="https://imgur.com/jy6KgFz.png" style="max-width: 600px;"/>

 '''Step 5)'''
On the configuration page, you need to setup wallet node. You have three options to choose from:
* Option '''Remote Daemon Only''': ElectraLight wallet will sync to blockchain located on remote node. The blockchain data will not be downloaded to your local computer.
* Option '''Local + Remote Daemon''': Mixed sync logic - Use the best from both ways of sync: remote (speed) and local (reliability). At wallet startup, you connect to remote node granting quicker operation state. At the same time, you download blockchain files on your hard drive. It will add more reliability to wallet operation. If remote connection fails, you will have local node running. You can also choose to run as normal full node or lite option.
* Option '''Local Daemon Only''': ElectraLight wallet will download all the blockchain data to your local computer and sync wallet data from local node. Required more storage space.
 
You can also set the Data Storage Path where your wallet file & blockchain data will be downloaded to. Default location is "C:\ProgramData\uplexa" 
<img src="https://imgur.com/3PIl0XB.png" style="max-width: 600px;"/>

 '''Step 6)'''
Please review the configuration for your wallet and click "Next" to create your wallet. 
<img src="https://imgur.com/DTO0epg.png" style="max-width: 600px;"/>

== Creating a Wallet ==

 '''Step 1)'''
Once you confirm ElectraLight wallet setting, you can create, restore, or import wallet from existing file. Choose Create new wallet. 
<img src="https://imgur.com/uDQCzcZ.png" style="max-width: 600px;"/>

 '''Step 2)'''
On the Create new wallet page, give a name to your new wallet, select your preferred language and create password for your wallet. Click CREATE WALLET button to continue. 
<img src="https://imgur.com/MKvmGzl.png" style="max-width: 600px;"/>

 '''Step 3)'''
VOILA! Your new wallet is created. Please take note of the Seed words. You can review this details later inside your wallet. 
'''IMPORTANT!''' You are responsible for safekeeping of the Seed. You only can recover your wallet using this Seed and others may too. Keep it a SECRET! 
<img src="https://imgur.com/MluxA95.png" style="max-width: 600px;"/>

 '''Step 4)'''
Inside look of your new ElectraLight wallet! 
<img src="https://imgur.com/aix1EsQ.png" style="max-width: 600px;"/>

Main Page

2020-09-08T10:52:07Z

Foxi3 -: /* Uplexa mining pools */ Formatting

Welcome to the uPlexa Knowledgebase

uPlexa (UPX) is an anonymous peer-to-peer electronic payment system powered by the billions of IoT devices within our world.

== Getting started ==
* [[UPlexa_Knowledgebase:What_is_uPlexa|What is uPlexa?]]
* [[UPlexa_Knowledgebase:Steadfast_Storm_Information|Steadfast Storm Release information (Masternodes, VPNs, Instant transactions, and more)]]
* [https://uplexa.com/content/uPlexa-Whitepaper-EN.pdf Whitepaper]
* [[UPlexa_Knowledgebase:Wallets|Setting up uPlexa Wallets]]
* [[UPlexa_Knowledgebase:Troubleshooting_Wallets|Troubleshooting uPlexa Wallets]]
* [[UPlexa_Knowledgebase:Anonymous_Contributors|Anonymous Contributors]]

== eCommerce & Merchants Integration ==
* [[UPlexa_Knowledgebase:uPlexa_Merchants|List of Merchants Accepting uPlexa]]
* [https://github.com/uPlexa/uplexa-wordpress#uplexa-gateway-for-woocommerce WooCommerce/Wordpress Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-magento#uplexa-for-magento Magento Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-prestashop#uplexa-prestashop PrestaShop Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-opencart#uplexa-opencart-plugin-for-opencart-3x OpenCart Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-WHMCS#uplexa-whmcs WHMCS Payment Gateway for UPX]

== IoT CPU Miners ==
* [[UPlexa_Knowledgebase:uPlexa_Android_Miner|uPlexa Android Miner]]
* [[UPlexa_Knowledgebase:uPlexa_Raspberry|XMRig-UPX on Raspberry Pi]]
* [[XMRigCC_on_TX3_mini_Android_TV_Box|XMRigCC on TX3 mini Android TV Box]]

== Desktop CPU Miners ==
* [[UPlexa_Knowledgebase:XMRig-UPX|XMRig-UPX]]
* [[UPlexa_Knowledgebase:XMRigCC|XMRigCC (Windows)]]

== Desktop GPU Miners ==
* [[UPlexa_Knowledgebase:XMRigCC-AMD|XMRigCC-AMD]]
* [[UPlexa_Knowledgebase:XMRigCC-Nvidia|XMRigCC-NVIDIA]]

== Hardware Hashrate Database ==
* [[Hardware Hashrate Database]]

== Uplexa Mining Pools ==
* [[List of all UPlexa pools]]

== Bounties ==
* [https://medium.com/@uplexa/uplexa-adoption-bounty-1-100-usd-in-prizes-f5cd5442408 Adoption Bounty (Ended June 21/2019)]

== Contact/Community Links ==
* [https://discord.gg/VEPkMnM Discord]
* [https://t.me/uplexaOfficial Telegram]
* [https://twitter.com/uPlexaCoin Twitter]
* [https://www.facebook.com/uPlexa/ Facebook]
* [https://medium.com/@uplexa Medium]
* [https://www.reddit.com/r/uPlexa/ Reddit]
* [https://bitcointalk.org/index.php?topic=5058404.0 BitcoinTalk]
* [https://github.com/uPlexa/ Github]
* [https://www.youtube.com/channel/UCRwjSwZsFquZGY_CfPGB3Ug/ YouTube]

== Exchanges ==
* [https://app.stex.com/en/trade/pair/ETH/UPX STEX]
* [https://graviex.net/markets/upxbtc Graviex]

== GitHub Libraries ==
* [https://github.com/uPlexa/uplexa uPlexa Core]
* [https://github.com/uPlexa/uplexa-gui uPlexa GUI]
* [https://github.com/uPlexa/uplexa-nodejs uPlexa NodeJS Library]
* [https://github.com/uPlexa/uplexa-php uPlexa PHP Library]
* [https://github.com/uPlexa/uplexa-python uPlexa Python Library]
* [https://github.com/uPlexa/upx-android-miner uPlexa Android Miner]
* [https://github.com/uPlexa/android-wallet uPlexa Android Wallet]
* [https://github.com/uPlexa/node-cryptonight-hashing Node CryptoNight Hashing with UPXTWO Support]
* [https://github.com/uPlexa/toaster-miner Toaster Miner]

== FAQ ==
* [[UPlexa_Knowledgebase:FAQ|FAQ]]

Hardware Hashrate Database

2020-09-08T10:47:57Z

Foxi3 -: /* AMD (ATI) */

==Graphics cards==

===AMD (ATI)===

{| class="wikitable sortable"
|-
! Model !! Khash/s !! Watts !! Clock !! Mem !! Miner !! Notes
|-
| RX470 4GB MSI || 25.6 || ? || 1200 || 1750 || SRBMiner || -15 Power Limit, 75c Temp Target, 65% Fan Speed
|-
| RX470 4GB PowerColor Red Devil || 34.1 || 70 || 1150 || 2000 || Teamredminer || Custom Mem Timings, Hiveos, 900VDD/900MVDD, rxboost 21, 70c Target Temp, 50% Fan Speed
|-
| RX470 8GB SAPPHIRE NITRO+ || 26.1 || 85 || 1276 || 2100 || SRBMiner || -15 Power Limit, 63c Temp Target, 40% Fan Speed
|-
| RX470 8GB MSI Miner 8G|| 32.2 || 80 || 1050 || 2175 || Teamredminer || One-click Polaris bios mod, Micron mem timings, 875mv
|-
| RX580 8GB PowerColor Red Dragon || 25 || 85 || 1350 || 2000 || SRBMiner|| Stock Settings
|-
| RX580 8GB Sapphire Nitro+ || 31.5 || 80 || 1250 || 2190 || Teamredminer || 1-Click Polaris Bios Mod, Hiveos, 900VDD, rxboost 30, 55c Temp, 22% Fan Speed
|-
| Vega 56 8GB SAPPHIRE (blower) || 68.9 || 132 || 1050 || 1075 || Teamredminer || Custom mem timings, bios upgrade to Vega 64, 875 mv
|}

===Nvidia===

{| class="wikitable sortable"
|-
! Model !! Khash/s !! Watts !! Clock !! Mem !! Miner !! Notes
|-
| GTX 1060 || 9.8 || 50 || +150 || +200 || XMR-Stack UPX || TDP = 60%
|-
| GTX 1660 TI || 16.7 || 70 || +150 || -502 || XMRig-Nvidia || TDP = 58%
|-
| GTX 1660 Super || 15.6 || 70 || +150 || -502 || XMRig-Nvidia || TDP = 60%
|-
| GTX 1070 || 17.8 || 74 || +150 || -502 || XMRig-Nvidia || TDP = 49%
|-
| GTX 1050 TI || 7.6 || 74 || +0 || +0 || XMRig-Nvidia || TDP = 100%
|-
| GTX 1050 || 7.2 || 74 || +0 || +0 || XMRig-Nvidia || TDP = 100%
|-
| GT 740 || 3.2 || 35 || +150 || -502 || XMRig-Nvidia || TDP = 60%
|}

==CPUs==

===AMD===
{| class="wikitable sortable"
|-
! Model !! nThreads !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| Ryzen 9 3900X || 24 || 85 || 103W || 3.95 || XMRigCC ||
|-
| Ryzen 5 1600 || 12 || 32.6 || 65W TDP (Unmeasured consumption) || 3.3 || XMRigCC-2.5.0 || Non-overclockable crappy board, CPU is rated for 3.6 but never boosts there
|-
| 2x Opteron 6378 || 32 || 44 || 115W x2 (230w) || 2.4 || Xmrig-upx || Threads=24, Priority=5
|-
| Ryzen 7 1700 || 16 || 45 || 65W (75W OC) || 3.5Ghz (OC) || Xmrig-CC || Threads=15, 95% CPU
|-
| Ryzen 7 1700X || 16 || 51.2 || 95W TDP (~110W OC) || 4.0 All-Core (OC) || XMRigCC 2.5.0 || 8GB 3000 MT/s Single Channel RAM, B350-F board
|-
| Ryzen 3 2200G || 4 || 12.2 || 65W TDP || 3.7 All-Core (OC) || Xmrig-upx || Threads=15, 95% CPU
|-
| ThreadRipper 2950 || 16 || 95 || 175W TDP || 3.5 || Xmrig-upx || Threads=32, 100% CPU
|}

===Intel===
{| class="wikitable sortable"
|-
! Model !! nThreads !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| i5-7600 || 4 || 11.5 || n/a || 3.9 || Xmrig-upx || n/a
|-
| i7-7700K || 8 || 25.5 || n/a || 4.5 || Xmrig-CC || Threads=8, 100% CPU
|-
| i7-2600K || 4 || 17.0 || n/a || 4.3 || Xmrig-CC || Threads=6
|-
| i7-3615QM || 4 || 14.55 || 37W || 3.1 || Xmrig-CC || Threads=8, 100% CPU
|-
| i7-7820HQ || 4 || 15.9 || 25W || 2.9 || Xmrig-CC || Threads=8, 100% CPU
|-
| i5-2520M || 4 || 5 || 30W || 2.5 || Xmrig-CC || Threads=4, 90% CPU
|-
| i5-8250U || 8 || 18 || 25W || 1.8~3 || Xmrig-CC || Threads=6, 90% CPU
|-
| i5-3570 || 4 || 15 || 65W || 3.4 || Xmrig-CC || Threads=4, 90% CPU
|-
| i5-8600K || 6 || 26.3|| n/a || 4.8 || Xmrig-CC || Threads=5
|-
| i5-6500 || 4 || 15.5 || 25W || 3.2 || Xmrig-CC || Threads=4, 100% CPU
|-
| Xeon E5 2620 || 6 || 14 || 55W || 2.2 || Xmrig-CC || Threads=12, 100% CPU
|}

==iOT==

===GNU/Linux (ARM)===
{| class="wikitable sortable"
|-
! Model !! Threads !! Khash/s !! CPU % !! Clock(GHz) !! Miner !! Comment
|-
| Raspberry-pi 4 4gb || 4 || 0.53 || 100 || 1.4 || xmrig-upx || No hugepages
|-
| Orange Pi 1 plus || 4 || 3.1 || 75 || 1.8 || xmrigCC-2.5.0 || hugepages=4, GCC-8.3, G++-8.3, Armbian Bionic 5.82 4W's
|}

===Android Devices===
{| class="wikitable sortable"
|-
! Model !! Threads !! Khash/s !! CPU % !! Clock (GHz) !! CPU type !! Miner !! Comment
|-
| Samsung A102U || 8 || 0.43 || 100 || N/A || NA || Android-UPX || N/A
|-
| HTC U11 || 8 || 7.7 || 100 || N/A || NA || Android-UPX || N/A
|-
| Xiaomi Redmi Note 7 || 8 || 5.4 || 100 || N/A || NA || Android-UPX || N/A
|-
| Xiaomi Redmi 5 Plus || 8 || 5.96 || 100 || N/A || NA || Android-UPX || Android 10 on EvolutionX ROM
|-
| Samsung Galaxy S9+ || 7 || 7.20 || 75 || N/A || NA || Android-UPX || N/A
|-
| OnePlus 6 || 8 || 8.88 || 100 || N/A || NA || Android-UPX || N/A
|-
| OnePlus 3 || 4 || 3.75 || 75 || N/A || NA || Android-UPX || Underperforms at 100% CPU
|-
| OnePlus 7 || 8 || 9.55 || 100 || N/A || NA || Android-UPX || GM1903
|-
| Samsung Galaxy S10 || 4 || 9.95 || 50 || N/A || NA || XMrig-CC ARM || Use last 4 threads
|-
| Huawei Y5 || 2 || 0.67 || 75 || N/A || NA || Xmrig-upx || N/A
|-
| Huawei Honor 8 Lite || 3 || 2.4 15min || 50 || 2.1 || Kirin 655 || Android-UPX || Unresponsive after 2hr mining. No overheating issues.
|-
| Huawei 10 Lite || 3 || 2.5 15min || 50 || 2.35 || Kirin 658 || Android-UPX || Suitable for speed mining 15min mine/rest: 6 threads Max CPU 50
|-
| Telstra Tempo || 1 || 0.02 || 50 || N/A || NA || Xmrig-upx || N/A
|-
| Samsung tablet (model?) || 8 || 5 || 100 || N/A || NA || Android-UPX || N/A
|-
| Samsung Galaxy S6 || 6 || 3.5 || 75 || N/A || NA || Android-UPX || N/A
|-
| LG Phoenix 4 || 8 || 0.155 || 100 || N/A || NA || Android-UPX || Stock ROM, Android 8.1.0
|-
| Google Pixel 2 || 7 || 5.7 || 25 || N/A || NA || Android-UPX || N/A
|-
| NVIDIA Shield K1 Tablet || 3 || 0.3 || 25 || N/A || NA || Android-UPX ||
|-
| Moto X || 2 || 0.146 || 50 || N/A || NA || Android-UPX ||
|-
| Motorola Droid Turbo 2 || 7 || 3.5 || 25 || N/A || NA || Android-UPX ||
|-
| Huawei Mate 10 || 4 || 6.39 || 50 || N/A || Huawei Kirin 980 || Xmrig-upx || N/A
|-}

==See Also==

[[Category:Mining]]
[[Category:Hardware]]

Hardware Hashrate Database

2020-09-08T10:44:57Z

Foxi3 -: /* AMD (ATI) */ add rx470, rx580

==Graphics cards==

===AMD (ATI)===

{| class="wikitable sortable"
|-
! Model !! Khash/s !! Watts !! Clock !! Mem !! Miner !! Notes
|-
| RX470 4GB MSI || 25.6 || ? || 1200 || 1750 || SRBMiner || -15 Power Limit, 75c Temp Target, 65% Fan Speed
|-
| RX470 4GB PowerColor || 34.1 || 70 || 1150 || 2000 || Teamredminer || Custom Mem Timings, Hiveos, 900VDD/900MVDD, rxboost 21, 70c Target Temp, 50% Fan Speed
|-
| RX470 8GB SAPPHIRE NITRO+ || 26.1 || 85 || 1276 || 2100 || SRBMiner || -15 Power Limit, 63c Temp Target, 40% Fan Speed
|-
| RX470 8GB MSI Miner 8G|| 32.2 || 80 || 1050 || 2175 || Teamredminer || One-click Polaris bios mod, Micron mem timings, 875mv
|-
| RX580 8GB PowerColor Red Dragon 8G || 25 || 85 || 1350 || 2000 || SRBMiner|| Stock Settings
|-
| RX580 8GB Sapphire Nitro+ || 31.5 || 80 || 1250 || 2190 || Teamredminer || 1-Click Polaris Bios Mod, Hiveos, 900VDD, rxboost 30, 55c Temp, 22% Fan Speed
|-
| Vega 56 8GB SAPPHIRE (blower) || 68.9 || 132 || 1050 || 1075 || Teamredminer || Custom mem timings, bios upgrade to Vega 64, 875 mv
|}

===Nvidia===

{| class="wikitable sortable"
|-
! Model !! Khash/s !! Watts !! Clock !! Mem !! Miner !! Notes
|-
| GTX 1060 || 9.8 || 50 || +150 || +200 || XMR-Stack UPX || TDP = 60%
|-
| GTX 1660 TI || 16.7 || 70 || +150 || -502 || XMRig-Nvidia || TDP = 58%
|-
| GTX 1660 Super || 15.6 || 70 || +150 || -502 || XMRig-Nvidia || TDP = 60%
|-
| GTX 1070 || 17.8 || 74 || +150 || -502 || XMRig-Nvidia || TDP = 49%
|-
| GTX 1050 TI || 7.6 || 74 || +0 || +0 || XMRig-Nvidia || TDP = 100%
|-
| GTX 1050 || 7.2 || 74 || +0 || +0 || XMRig-Nvidia || TDP = 100%
|-
| GT 740 || 3.2 || 35 || +150 || -502 || XMRig-Nvidia || TDP = 60%
|}

==CPUs==

===AMD===
{| class="wikitable sortable"
|-
! Model !! nThreads !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| Ryzen 9 3900X || 24 || 85 || 103W || 3.95 || XMRigCC ||
|-
| Ryzen 5 1600 || 12 || 32.6 || 65W TDP (Unmeasured consumption) || 3.3 || XMRigCC-2.5.0 || Non-overclockable crappy board, CPU is rated for 3.6 but never boosts there
|-
| 2x Opteron 6378 || 32 || 44 || 115W x2 (230w) || 2.4 || Xmrig-upx || Threads=24, Priority=5
|-
| Ryzen 7 1700 || 16 || 45 || 65W (75W OC) || 3.5Ghz (OC) || Xmrig-CC || Threads=15, 95% CPU
|-
| Ryzen 7 1700X || 16 || 51.2 || 95W TDP (~110W OC) || 4.0 All-Core (OC) || XMRigCC 2.5.0 || 8GB 3000 MT/s Single Channel RAM, B350-F board
|-
| Ryzen 3 2200G || 4 || 12.2 || 65W TDP || 3.7 All-Core (OC) || Xmrig-upx || Threads=15, 95% CPU
|-
| ThreadRipper 2950 || 16 || 95 || 175W TDP || 3.5 || Xmrig-upx || Threads=32, 100% CPU
|}

===Intel===
{| class="wikitable sortable"
|-
! Model !! nThreads !! Khash/s !! ACP [W] !! Clock [GHz] !! Miner !! Comment
|-
| i5-7600 || 4 || 11.5 || n/a || 3.9 || Xmrig-upx || n/a
|-
| i7-7700K || 8 || 25.5 || n/a || 4.5 || Xmrig-CC || Threads=8, 100% CPU
|-
| i7-2600K || 4 || 17.0 || n/a || 4.3 || Xmrig-CC || Threads=6
|-
| i7-3615QM || 4 || 14.55 || 37W || 3.1 || Xmrig-CC || Threads=8, 100% CPU
|-
| i7-7820HQ || 4 || 15.9 || 25W || 2.9 || Xmrig-CC || Threads=8, 100% CPU
|-
| i5-2520M || 4 || 5 || 30W || 2.5 || Xmrig-CC || Threads=4, 90% CPU
|-
| i5-8250U || 8 || 18 || 25W || 1.8~3 || Xmrig-CC || Threads=6, 90% CPU
|-
| i5-3570 || 4 || 15 || 65W || 3.4 || Xmrig-CC || Threads=4, 90% CPU
|-
| i5-8600K || 6 || 26.3|| n/a || 4.8 || Xmrig-CC || Threads=5
|-
| i5-6500 || 4 || 15.5 || 25W || 3.2 || Xmrig-CC || Threads=4, 100% CPU
|-
| Xeon E5 2620 || 6 || 14 || 55W || 2.2 || Xmrig-CC || Threads=12, 100% CPU
|}

==iOT==

===GNU/Linux (ARM)===
{| class="wikitable sortable"
|-
! Model !! Threads !! Khash/s !! CPU % !! Clock(GHz) !! Miner !! Comment
|-
| Raspberry-pi 4 4gb || 4 || 0.53 || 100 || 1.4 || xmrig-upx || No hugepages
|-
| Orange Pi 1 plus || 4 || 3.1 || 75 || 1.8 || xmrigCC-2.5.0 || hugepages=4, GCC-8.3, G++-8.3, Armbian Bionic 5.82 4W's
|}

===Android Devices===
{| class="wikitable sortable"
|-
! Model !! Threads !! Khash/s !! CPU % !! Clock (GHz) !! CPU type !! Miner !! Comment
|-
| Samsung A102U || 8 || 0.43 || 100 || N/A || NA || Android-UPX || N/A
|-
| HTC U11 || 8 || 7.7 || 100 || N/A || NA || Android-UPX || N/A
|-
| Xiaomi Redmi Note 7 || 8 || 5.4 || 100 || N/A || NA || Android-UPX || N/A
|-
| Xiaomi Redmi 5 Plus || 8 || 5.96 || 100 || N/A || NA || Android-UPX || Android 10 on EvolutionX ROM
|-
| Samsung Galaxy S9+ || 7 || 7.20 || 75 || N/A || NA || Android-UPX || N/A
|-
| OnePlus 6 || 8 || 8.88 || 100 || N/A || NA || Android-UPX || N/A
|-
| OnePlus 3 || 4 || 3.75 || 75 || N/A || NA || Android-UPX || Underperforms at 100% CPU
|-
| OnePlus 7 || 8 || 9.55 || 100 || N/A || NA || Android-UPX || GM1903
|-
| Samsung Galaxy S10 || 4 || 9.95 || 50 || N/A || NA || XMrig-CC ARM || Use last 4 threads
|-
| Huawei Y5 || 2 || 0.67 || 75 || N/A || NA || Xmrig-upx || N/A
|-
| Huawei Honor 8 Lite || 3 || 2.4 15min || 50 || 2.1 || Kirin 655 || Android-UPX || Unresponsive after 2hr mining. No overheating issues.
|-
| Huawei 10 Lite || 3 || 2.5 15min || 50 || 2.35 || Kirin 658 || Android-UPX || Suitable for speed mining 15min mine/rest: 6 threads Max CPU 50
|-
| Telstra Tempo || 1 || 0.02 || 50 || N/A || NA || Xmrig-upx || N/A
|-
| Samsung tablet (model?) || 8 || 5 || 100 || N/A || NA || Android-UPX || N/A
|-
| Samsung Galaxy S6 || 6 || 3.5 || 75 || N/A || NA || Android-UPX || N/A
|-
| LG Phoenix 4 || 8 || 0.155 || 100 || N/A || NA || Android-UPX || Stock ROM, Android 8.1.0
|-
| Google Pixel 2 || 7 || 5.7 || 25 || N/A || NA || Android-UPX || N/A
|-
| NVIDIA Shield K1 Tablet || 3 || 0.3 || 25 || N/A || NA || Android-UPX ||
|-
| Moto X || 2 || 0.146 || 50 || N/A || NA || Android-UPX ||
|-
| Motorola Droid Turbo 2 || 7 || 3.5 || 25 || N/A || NA || Android-UPX ||
|-
| Huawei Mate 10 || 4 || 6.39 || 50 || N/A || Huawei Kirin 980 || Xmrig-upx || N/A
|-}

==See Also==

[[Category:Mining]]
[[Category:Hardware]]

UPlexa Knowledgebase:ElectraLight Wallet Setup

2020-09-08T10:34:51Z

Foxi3 -: Minor formatting

== Getting Started ==

'''Step 1)'''
Download uPlexa ElectraLight Wallet from uPlexa official GitHub - https://github.com/uPlexa/electralight-wallet/releases. The current revision of ElectraLight Wallet is v0.1.0 Beta at the time this article is written. 
'''Note:''' Read Press Release here: https://medium.com/@uplexa/release-electralight-wallet-a87eed816742 
<img src="https://imgur.com/UZkkSZG.png" style="max-width: 600px;"/>

 '''Step 2)'''
Run '''Wallet.ElectraLight.Windows.Installer.0.1.0.exe''' to install uPlexa ElectraLight wallet. 
<img src="https://imgur.com/r4ohbdh.png" style="max-width: 300px;"/>

 '''Step 3)'''
Once the installation has finish, it'll automatically run ElectraLight wallet initial setup. The program shortcut also created on your desktop. 
<img src="https://imgur.com/Y9Kspo3.png" style="max-width: 600px;"/>

 '''Step 4)'''
You will be greeted with ElectraLight wallet Welcome Page. Click Next to continue. 
<img src="https://imgur.com/jy6KgFz.png" style="max-width: 600px;"/>

 '''Step 5)'''
On the configuration page, you need to setup wallet node. You have three options to choose from:
* Option '''Remote Daemon Only''': ElectraLight wallet will sync to blockchain located on remote node. The blockchain data will not be downloaded to your local computer.
* Option '''Local + Remote Daemon''': Mixed sync logic - Use the best from both ways of sync: remote (speed) and local (reliability). At wallet startup, you connect to remote node granting quicker operation state. At the same time, you download blockchain files on your hard drive. It will add more reliability to wallet operation. If remote connection fails, you will have local node running. You can also choose to run as normal full node or lite option.
* Option '''Local Daemon Only''': ElectraLight wallet will download all the blockchain data to your local computer and sync wallet data from local node. Required more storage space.
 
You can also set the Data Storage Path where your wallet file & blockchain data will be downloaded to. Default location is "C:\ProgramData\uplexa" 
<img src="https://imgur.com/3PIl0XB.png" style="max-width: 600px;"/>

 '''Step 6)'''
Please review the configuration for your wallet and click "Next" to create your wallet. 
<img src="https://imgur.com/DTO0epg.png" style="max-width: 600px;"/>

== Creating a Wallet ==

 '''Step 1)'''
Once you confirm ElectraLight wallet setting, you can create, restore, or import wallet from existing file. Choose Create new wallet. 
<img src="https://imgur.com/uDQCzcZ.png" style="max-width: 600px;"/>

 '''Step 2)'''
On the Create new wallet page, give a name to your new wallet, select your preferred language and create password for your wallet. Click CREATE WALLET button to continue. 
<img src="https://imgur.com/MKvmGzl.png" style="max-width: 600px;"/>

 '''Step 3)'''
VOILA! Your new wallet is created. Please take note of the Seed words. You can review this details later inside your wallet. 
'''IMPORTANT!''' You are responsible for safekeeping of the Seed. You only can recover your wallet using this Seed and others may too. Keep it a SECRET! 
<img src="https://imgur.com/MluxA95.png" style="max-width: 600px;"/>

 '''Step 4)'''
Inside look of your new ElectraLight wallet! 
<img src="https://imgur.com/aix1EsQ.png" style="max-width: 600px;"/>

Hardware Hashrate Database

2020-02-05T11:09:46Z

Foxi3 -: added i5-8600k

Hardware Hashrate Database

2020-02-05T11:01:52Z

Foxi3 -: ..

Hardware Hashrate Database

2020-02-05T10:59:17Z

Foxi3 -: ..

Hardware Hashrate Database

2020-02-05T08:49:14Z

Foxi3 -: added i7-2600k

Hardware Hashrate Database

2020-02-04T11:03:04Z

Foxi3 -: added OnePlus 7

Main Page

2020-02-02T14:30:35Z

Foxi3 -: STEX link updated

Welcome to the uPlexa Knowledgebase

uPlexa (UPX) is an anonymous peer-to-peer electronic payment system powered by the billions of IoT devices within our world.

== Getting started ==
* [[UPlexa_Knowledgebase:What_is_uPlexa|What is uPlexa?]]
* [[UPlexa_Knowledgebase:Steadfast_Storm_Information|Steadfast Storm Release information (Masternodes, VPNs, Instant transactions, and more)]]
* [https://uplexa.com/content/uPlexa-Whitepaper-EN.pdf Whitepaper]
* [[UPlexa_Knowledgebase:Wallets|Setting up uPlexa Wallets]]
* [[UPlexa_Knowledgebase:Troubleshooting_Wallets|Troubleshooting uPlexa Wallets]]
* [[UPlexa_Knowledgebase:Anonymous_Contributors|Anonymous Contributors]]

== eCommerce & Merchants Integration ==
* [[UPlexa_Knowledgebase:uPlexa_Merchants|List of Merchants Accepting uPlexa]]
* [https://github.com/uPlexa/uplexa-wordpress#uplexa-gateway-for-woocommerce WooCommerce/Wordpress Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-magento#uplexa-for-magento Magento Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-prestashop#uplexa-prestashop PrestaShop Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-opencart#uplexa-opencart-plugin-for-opencart-3x OpenCart Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-WHMCS#uplexa-whmcs WHMCS Payment Gateway for UPX]

== IoT CPU Miners ==
* [[UPlexa_Knowledgebase:uPlexa_Android_Miner|uPlexa Android Miner]]
* [[UPlexa_Knowledgebase:uPlexa_Raspberry|XMRig-UPX on Raspberry Pi]]
* [[XMRigCC_on_TX3_mini_Android_TV_Box|XMRigCC on TX3 mini Android TV Box]]

== Desktop CPU Miners ==
* [[UPlexa_Knowledgebase:XMRig-UPX|XMRig-UPX]]
* [[UPlexa_Knowledgebase:XMRigCC|XMRigCC (Windows)]]

== Desktop GPU Miners ==
* [[UPlexa_Knowledgebase:XMRigCC-AMD|XMRigCC-AMD]]
* [[UPlexa_Knowledgebase:XMRigCC-AMD|XMRigCC-NVIDIA]]

== Bounties ==
* [https://medium.com/@uplexa/uplexa-adoption-bounty-1-100-usd-in-prizes-f5cd5442408 Adoption Bounty (Active until June 21/2019)]

== Contact/Community Links ==
* [https://discord.gg/VEPkMnM Discord]
* [https://t.me/uplexaOfficial Telegram]
* [https://twitter.com/uPlexaCoin Twitter]
* [https://www.facebook.com/uPlexa/ Facebook]
* [https://medium.com/@uplexa Medium]
* [https://www.reddit.com/r/uPlexa/ Reddit]
* [https://bitcointalk.org/index.php?topic=5058404.0 BitcoinTalk]
* [https://github.com/uPlexa/ Github]

== Exchanges ==
* [https://app.stex.com/en/trade/pair/ETH/UPX STEX]
* [https://graviex.net/markets/upxbtc Graviex]

== GitHub Libraries ==
* [https://github.com/uPlexa/uplexa uPlexa Core]
* [https://github.com/uPlexa/uplexa-gui uPlexa GUI]
* [https://github.com/uPlexa/uplexa-nodejs uPlexa NodeJS Library]
* [https://github.com/uPlexa/uplexa-php uPlexa PHP Library]
* [https://github.com/uPlexa/uplexa-python uPlexa Python Library]
* [https://github.com/uPlexa/upx-android-miner uPlexa Android Miner]
* [https://github.com/uPlexa/android-wallet uPlexa Android Wallet]
* [https://github.com/uPlexa/node-cryptonight-hashing Node CryptoNight Hashing with UPXTWO Support]
* [https://github.com/uPlexa/toaster-miner Toaster Miner]

== FAQ ==
* [[UPlexa_Knowledgebase:FAQ|FAQ]]

UPlexa Knowledgebase:UPlexa Android Miner

2019-08-13T02:37:15Z

Foxi3 -: updated apk download link

Now Supports UPXTWO! 
Download link: https://github.com/uPlexa/upx-android-miner/releases/download/v0.3.0/upx-android-minerv3.apk

<h2 style="margin-top:15px;">How to Mine uPlexa on Android Devices</h2> 
What is Mining? uPlexa mining is the process of adding transaction records to the uPlexa private ledger of past transactions. This ledger of past transactions is called the block chain as it is a chain of blocks. The block chain serves to confirm transactions to the rest of the network as having taken place. By mining blocks on the uPlexa network, you help power transactions, whilst being rewarded a reward based off of the amount of shares your computer submits overtime.

How Can I Mine? uPlexa's Cryptonight-UPX algorithm has been built in-order to provide higher hashing power than other blockchains for the internet of things (IoT). This allows for all things with processing power and internet access may mine on the uPlexa network, resulting in one of the most decentralized and private blockchains to exist. You are able to mine on your PC, phone, tablets, TV's, TV Boxes, Raspberry Pi's, and more.


Antivirus/False-Flagging: Cryptocurrency miners are almost all false-flagged by antivirus companies as a potential "harmful/coinminer". This is due to botmasters who install cryptocurrency miners on their victims computers without knowing it. XMRig-UPX & UPX-Android-Miner are open source projects, and you may choose to compile these on your own.

<h2>How do I Start Mining with my Android Device?</h2>
First, you will need to create a uPlexa wallet. This is the wallet you will receive UPX (uPlexa coins) to. To create a wallet you may choose from the following options:
<ul style="margin-left:20px;"><li>https://wallet.uplexa.com (uPlexa Web Wallet) (No download required)</li>
uPlexa GUI Wallet:
<li>Windows: https://github.com/uPlexa/uplexa-gui/releases/download/v0.0.5/uplexa-gui-windows64.zip</li>
<li>Linux: https://github.com/uPlexa/uplexa-gui/releases/download/v0.0.5/uplexa-gui-linux64.tar.bz2</li>
<li>Android Wallet: https://play.google.com/store/apps/details?id=com.uplexa.upxwallet</li>
</ul>
The wallet process is pretty straight forward. However, if you get lost, feel free to follow this step by step video guide by "IMineBlocks":
{{#evt:service=youtube|id="https://www.youtube.com/watch?v=rc08ZyUYvJA|alignment=center}}
 
Once you have your wallet all set up, make sure to note your public key, as you will need it in a few moments.

You may download our miner to your android device here:
https://github.com/uPlexa/upx-android-miner/releases/download/v0.2.0/upx-android-miner_v2.apk
Once you have downloaded and installed the APK file for the UPX Android Miner, simply enter your uPlexa wallet address under the settings page (Starting with UPXxxxxxx) into the field (Replacing the current one). Now, adjust your settings. We recommend a setting of 2–4 threads, or 50% Max CPU Usage. Click "Start" within the application. 
You may also watch this video by IMineBlocks for instructions on how to install and run UPX Android Miner:

{{#evt:service=youtube|id=https://www.youtube.com/watch?v=iCwu0FqcO_M|alignment=center}}

 
Congratulations! You're now mining uPlexa on your Android device, powering transactions by others, and being rewarded with UPX coins. You may check your stats under the stats page on the app
Source code: https://github.com/uPlexa/upx-android-miner

UPlexa Knowledgebase:ElectraLight Wallet Setup

2019-07-23T05:11:17Z

Foxi3 -: electralight wallet guides

== Getting Started ==

'''Step 1)'''
Download uPlexa ElectraLight Wallet from uPlexa official GitHub - https://github.com/uPlexa/electralight-wallet/releases. The current revision of ElectraLight Wallet is v0.1.0 Beta at the time this article is written. 
'''Note:''' Read Press Release here: https://medium.com/@uplexa/release-electralight-wallet-a87eed816742 
<img src="https://imgur.com/UZkkSZG.png" style="max-width: 600px;"/>

 '''Step 2)'''
Run '''Wallet.ElectraLight.Windows.Installer.0.1.0.exe''' to install uPlexa ElectraLight wallet. 
<img src="https://imgur.com/r4ohbdh.png" style="max-width: 300px;"/>

 '''Step 3)'''
Once the installation has finish, it'll automatically run ElectraLight wallet initial setup. The program shortcut also created on your desktop. 
<img src="https://imgur.com/Y9Kspo3.png" style="max-width: 600px;"/>

 '''Step 4)'''
You will be greeted with ElectraLight wallet Welcome Page. Click Next to continue. 
<img src="https://imgur.com/jy6KgFz.png" style="max-width: 600px;"/>

 '''Step 5)'''
On the configuration page, you need to setup wallet node. You have three options to choose from:
* Option '''Remote Daemon Only''': ElectraLight wallet will sync to blockchain located on remote node. The blockchain data will not be downloaded to your local computer.
* Option '''Local + Remote Daemon''': Mixed sync logic - Use the best from both ways of sync: remote (speed) and local (reliability). At wallet startup, you connect to remote node granting quicker operation state. At the same time, you download blockchain files on your hard drive. It will add more reliability to wallet operation. If remote connection fails, you will have local node running. You can also choose to run as normal full node or lite option.
* Option '''Local Daemon Only''': ElectraLight wallet will download all the blockchain data to your local computer and sync wallet data from local node. Required more storage space.
 
You can also set the Data Storage Path where your wallet file & blockchain data will be downloaded to. Default location is "C:\ProgramData\uplexa"
<img src="https://imgur.com/3PIl0XB.png" style="max-width: 600px;"/>

 '''Step 6)'''
Please review the configuration for your wallet and click "Next" to create your wallet. 
<img src="https://imgur.com/DTO0epg.png" style="max-width: 600px;"/>

== Creating a Wallet ==

 '''Step 1)'''
Once you confirm ElectraLight wallet setting, you can create, restore, or import wallet from existing file. Choose Create new wallet. 
<img src="https://imgur.com/uDQCzcZ.png" style="max-width: 600px;"/>

 '''Step 2)'''
On the Create new wallet page, give a name to your new wallet, select your preferred language and create password for your wallet. Click CREATE WALLET button to continue. 
<img src="https://imgur.com/MKvmGzl.png" style="max-width: 600px;"/>

 '''Step 3)'''
VOILA! Your new wallet is created. Please take note of the Seed words. You can review this details later inside your wallet. 
'''IMPORTANT!''' You are responsible for safekeeping of the Seed. You only can recover your wallet using this Seed and others may too. Keep it a SECRET! 
<img src="https://imgur.com/MluxA95.png" style="max-width: 600px;"/>

 '''Step 4)'''
Inside look of your new ElectraLight wallet! 
<img src="https://imgur.com/aix1EsQ.png" style="max-width: 600px;"/>

UPlexa Knowledgebase:Wallets

2019-07-23T05:05:45Z

Foxi3 -: added electralight guides

uPlexa Wallet Information

Here you will find all uPlexa supported wallet tutorials & information for all systems

== ElectraLight Wallet ==
* [[UPlexa_Knowledgebase:ElectraLight_Wallet_Setup|ElectraLight Wallet Setup Guide]]

== GUI Wallet ==
* [[UPlexa_Knowledgebase:GUI_Wallet_Setup|GUI Wallet Setup Guide]]

== Android ==
* [[UPexa_Knowledegebase:Android_Wallet_Setup|Android Wallet Setup Guide]]

== Web Wallet ==
* [[UPlexa_Knowledgebase:Webwallet|Web Wallet Setup Guide]]

UPlexa Knowledgebase:UPlexa Raspberry

2019-07-04T20:19:21Z

Foxi3 -: libsssl-dev to libssl-dev

In this guide, I will explain how to compile & setup XMRig-UPX for Raspberry Pi

Optional video:
{{#evt:service=youtube|id=https://www.youtube.com/watch?v=N6DKz2MP_b4|alignment=inline}}

1) Update your raspberry pi to the latest version:
sudo apt-get update

2) Install essentials:
sudo apt-get install git build-essential cmake libuv1-dev libmicrohttpd-dev nano wget clang libclang-dev curl htop libssl-dev

3) Clone the XMRig-UPX repository:
git clone https://github.com/uPlexa/xmrig-upx.git

4) Update again:
sudo apt update -y && sudo apt upgrade -y

5) Now it's time to compile:
cd xmrig-upx
mkdir build
cd build
cmake ..
make

6) Create a new file called "config.json" you may use which ever editor you wish. We will use "nano" for simplicity sake:
nano config.json

7) Copy the following code, and paste it in your console via right clicking:
{
"algo": "cryptonight-upx/2",
"api": {
"port": 0,
"access-token": null,
"id": null,
"worker-id": null,
"ipv6": false,
"restricted": true
},
"asm": true,
"autosave": true,
"background": false,
"colors": true,
"cpu-affinity": false,
"cpu-priority": null,
"donate-level": 1,
"huge-pages": true,
"hw-aes": null,
"log-file": null,
"max-cpu-usage": 75,
"av": 2,
"pools": [
{
"url": "upx.poolbux.com:3333",
"user": "YOUR_ADDRESS_HERE",
"pass": "rp3",
"rig-id": null,
"nicehash": false,
"keepalive": false,
"variant": 1,
"tls": false,
"tls-fingerprint": null
}
],
"print-time": 60,
"retries": 5,
"retry-pause": 5,
"safe": false,
"threads": [
{
"low_power_mode": 1,
"affine_to_cpu": 0
},
{
"low_power_mode": 1,
"affine_to_cpu": 2
},
{
"low_power_mode": 1,
"affine_to_cpu": 4
}
],
"user-agent": null,
"watch": false

}

8) Ensure to place your uPlexa public wallet address where it says YOUR_WALLET_HERE

9) (Optional) Change your pool under "url" (currently set to poolbux https://poolbux.com)
List of pools can be found here: https://miningpoolstats.stream/uplexa

To exit nano, type '''CTRL+X'''. You will be prompted to save, type "'''Y'''"

10) Let's start the miner!
./xmrig

11) Check your stats by typing your address in at the bottom of https://uplexa.poolbux.com/#/dashboard

Congratulations! You're now mining uPlexa on your Raspberry Pi!

UPlexa Knowledgebase:GUI Wallet Setup

2019-06-21T04:17:30Z

Foxi3 -: ..

== Setting up the GUI Walllet ==
* Credits are to Foxi3 - for writing the original version. This has been ported from PDF to our knowledgebase.

== Getting Started [Windows] ==

'''Step 1)'''
Download uPlexa GUI Wallet from uPlexa official GitHub - https://github.com/uPlexa/uplexa-gui/releases. The current revision of GUI Wallet is v0.1.2 at the time this article is written. 
'''Note:''' ''The uPlexa GUI on Windows is 64 bits only; 32-bit Windows GUI builds are not officially supported anymore.'' 
<img src="https://i.imgur.com/dmgplDQ.png" style="max-width: 600px;"/>

 '''Step 2)'''
Extract uplexa-gui-win64-v0.1.2.zip to location of your choice. Once you have extracted the .zip file, open the GUI Wallet by running uplexa-wallet-gui.exe 
<img src="https://i.imgur.com/EbXPK8v.png" style="max-width: 600px;"/>

== Getting Started [Linux] ==

Note: Tested on Ubuntu 18.04. The following step is demonstrated using linux command-line.

'''Step 1)''' 
1. Install all the required uPlexa-GUI dependencies: 
*For Debian distributions (Debian, Ubuntu, Mint, Tails...) 
::<code>sudo apt install build-essential cmake libboost-all-dev miniupnpc libunbound-dev graphviz doxygen libunwind8-dev pkg-config libssl-dev libzmq3-dev libsodium-dev libhidapi-dev</code>

2. Install Qt: 
''Note: Qt 5.7 is the minimum version required to build the GUI. This makes some distributions (mostly based on debian, like Ubuntu 16.x or Linux Mint 18.x) obsolete. You can still build the GUI if you install an official Qt release, but this is not officially supported.''
*For Ubuntu 17.10+
::<code>sudo apt install qtbase5-dev qt5-default qtdeclarative5-dev qml-module-qtquick-controls qml-module-qtquick-controls2 qml-module-qtquick-dialogs qml-module-qtquick-xmllistmodel qml-module-qt-labs-settings qml-module-qt-labs-folderlistmodel qttools5-dev-tools qml-module-qtquick-templates2</code>

'''Step 2)''' 
*Download uPlexa GUI Wallet from uPlexa official GitHub - https://github.com/uPlexa/uplexa-gui/releases. The current revision of GUI Wallet is v0.1.2 at the time this article is written. 
*To download <code>wget https://github.com/uPlexa/uplexa-gui/releases/download/v0.1.2/uplexa-gui-linux86_64-v0.1.2.tar.gz </code>

'''Step 3)''' 
*Extract the downloaded folder <code> tar -xzvf uplexa-gui-linux86_64-v0.1.2.tar.gz </code>
*Navigate inside the extracted folder <code> cd uplexa-gui-linux86_64-v0.1.2</code>
*Run uPlexa-GUI Wallet <code>./uplexa-wallet-gui</code>

== Creating a Wallet ==

 '''Step 1)'''
Open the uPlexa GUI Wallet and select your preferred language for the GUI Wallet. 
<img src="https://i.imgur.com/twJwxmI.png" style="max-width: 600px;"/>

 '''Step 2)'''
Select “Create a new wallet”. Choose "Mainnet" under Advanced Options. 
<img src="https://i.imgur.com/HXG4lQ6.png" style="max-width: 600px;"/>

 '''Step 3)'''
Give your wallet a name, and please TAKE NOTE and COPY the 25-Mnemonic Word Seed (Seed) for safekeeping. 
'''IMPORTANT!''' You are responsible for safekeeping of the Seed. You only can recover your wallet using this Seed and others may too. Keep it a SECRET! 
<img src="https://i.imgur.com/Lu3A0KO.png" style="max-width: 600px;"/>

 '''Step 4)'''
Set a strong password for your GUI Wallet. If you lost/forget your password, you will not be able to open your GUI Wallet, but you still can restore your wallet using 25-Mnemonic Word Seed. 
<img src="https://i.imgur.com/DVqJHwC.png" style="max-width: 600px;"/>

 '''Step 5)'''
Setting up Node:
* Remote Node: Connect to '''remote.uplexa.com Port:21061'''. With this option, you don't have to download the entire uPlexa Blockchain.
* Local Node: uPlexa Daemon will run in the background, download and sync the entire uPlexa Blockchain. You'll need sufficient storage space and high speed internet connection.
<img src="https://i.imgur.com/VDVwe8U.png" style="max-width: 600px;"/>
<img src="https://i.imgur.com/GiikKS3.png" style="max-width: 600px;"/>

 '''Step 6)'''
Now you are all set up to use uPlexa GUI Wallet. Click on “USE UPLEXA” button to start using your GUI Wallet. 
<img src="https://i.imgur.com/B8sZzDY.png" style="max-width: 600px;"/>

== Restoring Your Wallet ==
You can restore your uPlexa Wallet created using Web Wallet, Android or GUI Wallet by using two options:
* Restore using 25-Word Mnemonic Seed (Private Login Key)
* Restore using Wallet Address and Private-Keys (View & Spend Key)

Select Restore wallet using mnemonic seed or private keys 
<img src="https://i.imgur.com/HXG4lQ6.png" style="max-width: 600px;"/>

===Restore using 25-Word Mnemonic Seed (Private Login Key)===
* Type-in or Copy Paste your wallet Seed. Please ensure no extra character or spaces as it will rendered the Seed useless.
* Restore Height: "0" - This will sync your GUI Wallet from the first block in the uPlexa Blockchain.
<img src="https://i.imgur.com/zkPYx0O.png" style="max-width: 600px;"/>

===Restore using Wallet Address and Private-Keys (View & Spend Key)===
* Type-in your wallet address (start with UPX...), private View key and private Spend key.
* Restore Height: "0" - This will sync your GUI Wallet from the first block in the uPlexa Blockchain.
<img src="https://i.imgur.com/k2huyWU.png" style="max-width: 600px;"/>

 Now, allow for the wallet to sync. This may take a few minutes. Once fully synchronized, your balance will be shown. 
<img src="https://i.imgur.com/1NMPDUr.png" style="max-width: 600px;"/>

==GUI Wallet Features==
uPlexa GUI Wallet will enable you to send, receive and keep track of all your transactions. Below is some of the GUI Wallet features.

===Sending Funds===
* Amount: Intended amount to be send
* Transaction Priority: You will have four (4) option to choose - Auto, Slow, Normal, Fast,Fastest. This will determine your transaction fees.
* Address: Intended recipient UPX address
* Description: Description of the send transaction. This description is only visible to you in the GUI Wallet to keep track of your transactions.

<img src="https://i.imgur.com/1NMPDUr.png" style="max-width: 600px;"/>

====Address Book====
You will be able to store your favorites merchants or exchanges UPX addresses in the address book. 
<img src="https://i.imgur.com/XUMYFGN.png" style="max-width: 600px;"/>

===Receive Funds===
On this page, you will be able to generate QR Code which includes the your wallet address and the amount you entered. This will create easy and accurate transactions for others to send fund to your wallet. 
<img src="https://i.imgur.com/rZY7j3W.png" style="max-width: 600px;"/>

===Transaction History===
All your previous transaction (sending & receiving) will be shown here. 
Each of transaction history will have Transaction ID which you can check the details in uPlexa Blockchain Explorer. 
<img src="https://i.imgur.com/Rzu93GO.png" style="max-width: 600px;"/>

====Sending Transaction Records====
Send transaction record will show amount, blockchain heights, transaction fees, and transaction ID. 
For more details, you cal click on "?" symbol to see more transaction details. 
<img src="https://i.imgur.com/P3c5sYe.png" style="max-width: 600px;"/>
<img src="https://i.imgur.com/rNOqQt8.png" style="max-width: 600px;"/>

====Receiving Transaction Records====
Receiving transaction record will show amount, blockchain heights, and transaction ID. Transaction fees only shown for sending transaction only. 
For more details, you cal click on "?" symbol to see more transaction details. 
<img src="https://i.imgur.com/DwnXnMV.png" style="max-width: 600px;"/>
<img src="https://i.imgur.com/11HZu5q.png" style="max-width: 600px;"/>

===Settings Page===
You will be able to change some settings for the GUI Wallet:
* View your uPlexa Wallet Seed & Keys
* Change your node settings for remote node or local node.
* Show wallet info and change wallet creation height.
<img src="https://i.imgur.com/jHm6QIR.png" style="max-width: 600px;"/>

====Settings: Seed & Keys====
To open this page you will be prompted for password again for security. 
'''IMPORTANT!''' Copy all your wallet details and keep it someplace SAFE and OFFLINE. 
<img src="https://i.imgur.com/kYN41Wv.png" style="max-width: 600px;"/>
<img src="https://i.imgur.com/JvBoGu0.png" style="max-width: 600px;"/>

====Settings: Node====
You will be able to change remote node and local node settings such as relocate the uPlexa Blockchain location for local node setting. 
<img src="https://i.imgur.com/cudwlDF.png" style="max-width: 600px;"/>
<img src="https://i.imgur.com/5hAp5L5.png" style="max-width: 600px;"/>

====Settings: Info====
Info page about installed GUI Wallet. You will be able to change wallet creation height (blockchain height) if necessary. 
<img src="https://i.imgur.com/401NC6i.png" style="max-width: 600px;"/>

UPlexa Knowledgebase:Anonymous Contributors

2019-06-21T00:25:27Z

Foxi3 -: original content from quantumleaper

'''Team & Contributor Anonymity'''

''Anonymity is a major roll for the uPlexa consensus.
''

uPlexa is an anonymous coin created for the community, by the community. At this time, until we find more contributors/team members, the core team has chosen to remain anonymous. This is done in-order to mitigate a single point of failure (by lessening what may be targeted to put this project to a stand still). As we have seen, suspicious agencies with unknown intent are targeting and suppressing privacy based cryptocurrencies. As this project has not done an ICO nor any type of funding, we see no need for any official figureheads or complete disclosure of team information. The project will have to speak for itself.

With regards to opsec, or anything in life: you either do it, or you do not. No half measures. To offer an anonymous cryptocurrency and list your name on the website, is a sure-fire way to obtain a target on your back (which we are already seeing with other privacy based cryptocurrencies).

We anticipate that most of our future developers & contributors will also practice opsec. We have no intent to force anybody to disclose of their personal identities.

'''Our current teams consist of:'''

'''Core Team:'''
* QuantumLeaper (Lead Developer, marketing, personal investor)
* blk (Developer)
* meandertal (Research, PR, personal investor)
* CryptoMiningKB (Lead Support Specialist)

'''Moderators:'''
* Nequinox
* SpektralFeniks
* Cryptonym
* Foxi3_-

Main Page

2019-06-21T00:23:29Z

Foxi3 -: ..

Welcome to the uPlexa Knowledgebase

uPlexa (UPX) is an anonymous peer-to-peer electronic payment system powered by the billions of IoT devices within our world.

== Getting started ==
* [[UPlexa_Knowledgebase:What_is_uPlexa|What is uPlexa?]]
* [[UPlexa_Knowledgebase:Steadfast_Storm_Information|Steadfast Storm Release information (Masternodes, VPNs, Instant transactions, and more)]]
* [https://uplexa.com/content/uPlexa-Whitepaper-EN.pdf Whitepaper]
* [[UPlexa_Knowledgebase:Wallets|Setting up uPlexa Wallets]]
* [[UPlexa_Knowledgebase:Troubleshooting_Wallets|Troubleshooting uPlexa Wallets]]
* [[UPlexa_Knowledgebase:Anonymous_Contributors|Anonymous Contributors]]

== eCommerce & Merchants Integration ==
* [[UPlexa_Knowledgebase:uPlexa_Merchants|List of Merchants Accepting uPlexa]]
* [https://github.com/uPlexa/uplexa-wordpress#uplexa-gateway-for-woocommerce WooCommerce/Wordpress Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-magento#uplexa-for-magento Magento Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-prestashop#uplexa-prestashop PrestaShop Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-opencart#uplexa-opencart-plugin-for-opencart-3x OpenCart Payment Gateway for UPX]
* [https://github.com/uPlexa/uplexa-WHMCS#uplexa-whmcs WHMCS Payment Gateway for UPX]

== IoT CPU Miners ==
* [[UPlexa_Knowledgebase:uPlexa_Android_Miner|uPlexa Android Miner]]
* [[UPlexa_Knowledgebase:uPlexa_Raspberry|XMRig-UPX on Raspberry Pi]]

== Desktop CPU Miners ==
* [[UPlexa_Knowledgebase:XMRig-UPX|XMRig-UPX]]
* [[UPlexa_Knowledgebase:XMRigCC|XMRigCC (Windows)]]

== Desktop GPU Miners ==
* [[UPlexa_Knowledgebase:XMRigCC-AMD|XMRigCC-AMD]]
* [[UPlexa_Knowledgebase:XMRigCC-AMD|XMRigCC-NVIDIA]]

== Bounties ==
* [https://medium.com/@uplexa/uplexa-adoption-bounty-1-100-usd-in-prizes-f5cd5442408 Adoption Bounty (Active until June 21/2019)]

== Contact/Community Links ==
* [https://discord.gg/VEPkMnM Discord]
* [https://t.me/uplexaOfficial Telegram]
* [https://twitter.com/uPlexaCoin Twitter]
* [https://www.facebook.com/uPlexa/ Facebook]
* [https://medium.com/@uplexa Medium]
* [https://www.reddit.com/r/uPlexa/ Reddit]
* [https://bitcointalk.org/index.php?topic=5058404.0 BitcoinTalk]
* [https://github.com/uPlexa/ Github]

== Exchanges ==
* [https://app.stex.com/en/basic-trade/pair/BTC/UPX STEX]
* [https://graviex.net/markets/upxbtc Graviex]

== GitHub Libraries ==
* [https://github.com/uPlexa/uplexa uPlexa Core]
* [https://github.com/uPlexa/uplexa-gui uPlexa GUI]
* [https://github.com/uPlexa/uplexa-nodejs uPlexa NodeJS Library]
* [https://github.com/uPlexa/uplexa-php uPlexa PHP Library]
* [https://github.com/uPlexa/uplexa-python uPlexa Python Library]
* [https://github.com/uPlexa/upx-android-miner uPlexa Android Miner]
* [https://github.com/uPlexa/android-wallet uPlexa Android Wallet]
* [https://github.com/uPlexa/node-cryptonight-hashing Node CryptoNight Hashing with UPXTWO Support]
* [https://github.com/uPlexa/toaster-miner Toaster Miner]