How to mine Monero easily using Gupax
TLDR: To help validate Monero transactions and keep Monero's network decentralised, you can use easily mine XMR using Gupax
In this guide, we will explain how to mine Monero on the client side using Gupax. For instructions on server mining, please refer to this guide.
Why you should mine Monero
Monero, like all cryptocurrencies, relies on miners to keep the network running. However, unlike other cryptocurrencies, Monero uses RandomX, which helps prevent the network from becoming centralized by ASICs (machines dedicated to mining). Since RandomX is optimized for CPUs, it allows anyone with a regular computer to participate in mining, promoting decentralization and making it more accessible.
Despite this, there is still the risk of a single pool controlling the majority of the hash rate and potentially launching a 51% attack. To prevent this, P2Pool was created, a decentralized mining pool with no central authority or servers. By contributing to mining through P2Pool, you help reduce the risk of a 51% attack and further support network decentralization, as well as earn a little bit of Monero.
OPSEC Recommendations:
- Hardware: (Personal Computer / Laptop / Server) with a good cpu
- Host OS: GNU/Linux
- A new wallet to recive mining rewards. This wallet should only be used for mining
- Although not needed you can run your own monero and p2pool node
First, navigate to gupax.io/downloads and download the Linux Bundle.
Next, extract the bundle and run Gupax as follows:
user@debian:~/Documents/$ ls
gupax-v1.3.11-linux-x64-bundle.tar.gz
user@debian:~/Documents/$ tar -xvzf gupax-v1.3.11-linux-x64-bundle.tar.gz
gupax-v1.3.11-linux-x64-bundle/
gupax-v1.3.11-linux-x64-bundle/gupax
gupax-v1.3.11-linux-x64-bundle/Gupax.AppImage
gupax-v1.3.11-linux-x64-bundle/xmrig/
gupax-v1.3.11-linux-x64-bundle/xmrig/xmrig
gupax-v1.3.11-linux-x64-bundle/xmrig/SHA256SUMS
gupax-v1.3.11-linux-x64-bundle/xmrig/config.json
gupax-v1.3.11-linux-x64-bundle/p2pool/
gupax-v1.3.11-linux-x64-bundle/p2pool/README.md
gupax-v1.3.11-linux-x64-bundle/p2pool/p2pool
gupax-v1.3.11-linux-x64-bundle/p2pool/LICENSE
user@debian:~/Documents/$ ls
gupax-v1.3.11-linux-x64-bundle gupax-v1.3.11-linux-x64-bundle.tar.gz
user@debian:~/Documents/$ cd gupax-v1.3.11-linux-x64-bundle
user@debian:~/Documents/gupax-v1.3.11-linux-x64-bundle/$ ls
gupax Gupax.AppImage p2pool xmrig
user@debian:~/Documents/gupax-v1.3.11-linux-x64-bundle/$ chmod +x gupax
user@debian:~/Documents/gupax-v1.3.11-linux-x64-bundle/$ ./gupax
Now, take the primary address of the new wallet you created (ensure it starts with a "4") that is designated solely for this purpose, and input it into Gupax.
You can now connect to a remote node. However, it is recommended to run your own node. To use a remote node, click on "Ping Remote Nodes." This action pings all remote nodes to determine which connection is the fastest. Then, click on "Select Fastest Node" to select and connect to the fastest node. If you prefer to use your own local node, click on "Advanced." Finally, press the start button at the bottom.
Once P2Pool is online and fully synchronized (indicated by the green color), you can navigate to the XMRig tab.
On the XMRig tab, you can select the number of threads you wish to dedicate to mining Monero. After making your selection, click on "Start." To choose your own local P2Pool node, click on "Advanced."
Once XMRig also appears green, you can navigate to the Status tab. There, you can view various metrics, such as your CPU performance and current hashrate.
To estimate how much XMR you would earn on average, take your hashrate and visit P2Pool's website. Click on "Average Share Time Calculator" and input your hashrate. Ensure that you select the correct unit.
Suggest changes
odysseus
2025-08-14
Donate XMR to the author:83tvixnZaL5SbN8fWiPAAje4mvdZnfrJUM5H1pnbLTZmT1d6eGC1qCp7aFB7jUpt3wECm33L9quvkAVtJH4GDvYmEuoPgrr