Gupax enables efficient solo Monero mining with P2Pool and XMRig on all major OS

Video: Monero Mining on Linux, MacOS & Windows – P2Pool + XMRig Full Tutorial (GUPAX) | Solo Mining XMR

Oct 4, 2026 · based on the channel We're looking for cool stuff on GitHub.

Monero mining with Gupax is a streamlined method to mine XMR solo using the decentralized P2Pool network combined with the XMRig miner. This approach enables miners on Linux, MacOS, and Windows to mine Monero without relying on traditional pools, eliminating pool fees and maintaining full control over rewards and privacy. The process involves setting up your own P2Pool node (or connecting to a remote one), configuring XMRig to point to that node, and managing your Monero wallet for direct payouts. For wallet downloads and official tools, visit Monero official downloads.

What is Gupax and Why Use It for Monero Mining

Gupax stands for Guide Using P2Pool And XMRig, offering a clean, minimalistic GUI and configuration workflow designed to simplify solo-like mining of Monero. Unlike traditional pools, it enables decentralized mining by running either a local or remote P2Pool node, ensuring miners retain full control over their block templates and payouts. This eliminates the need for pool registration, KYC, or minimum payout thresholds, making it ideal for privacy-conscious miners.

P2Pool’s sidechain mining approach means that every miner's hashrate contributes directly to network security with instant payouts whenever a block is found by the pool. The Gupax GUI especially benefits Windows users by allowing quick remote node connections without syncing the entire blockchain.

Setting Up Your Monero Wallet and Node

Before mining, you must have a Monero wallet to receive payouts. You can use the official Monero GUI or CLI wallets available at Monero official downloads. These wallets provide secure key management and transaction capabilities.

Next, prepare your P2Pool node, which can be run locally or accessed remotely. Running your own node ensures full decentralization and control, but using a remote node can speed up setup. The P2Pool software is available at https://github.com/SChernykh/p2pool and is compatible with major operating systems.

After setting up your wallet and node, configure the payout address within P2Pool, which will handle direct reward payments for each block found.

Installing and Configuring XMRig on Linux, MacOS, and Windows

XMRig is the mining software that connects to your P2Pool node. Its configuration varies slightly by OS:

• Linux (Ubuntu/Debian): Use package managers or compile from source. Edit the config.json file to point the "pool" entry to your P2Pool node address and set your wallet address.
• MacOS: Install via Homebrew or manual build. Configuration follows the same pattern as Linux, with additional performance tuning possible for Apple Silicon chips.
• Windows: Gupax provides a GUI that simplifies setup by allowing point-and-click connection to remote P2Pool nodes. For manual setup, use PowerShell scripts and edit config files.

Running XMRig with admin/root privileges on Windows and Linux can provide noticeable hashrate improvements.

Running and Monitoring Your Mining Operation

Once XMRig is configured and connected to your P2Pool node, start mining. You can verify your contributions and shares via the P2Pool Observer at https://p2pool.io/observer/. This web interface shows your hashrate, share acceptance, and payout status in real time.

Mining solo-like on P2Pool means payouts occur only when the pool finds a block. Lower hashrate miners may experience longer wait times between payouts, but the rewards are never diluted by pool fees or shared with operators.

Performance Tuning Tips and Troubleshooting

Optimizing CPU mining on each OS can improve your hashrate:

• Use the latest XMRig version compatible with your hardware.
• Allocate adequate CPU threads without overloading your system.
• On Windows and Linux, run with elevated privileges to boost performance.
• For MacOS Apple Silicon users, the M2 Pro chip can deliver stable hashrates around 6 KH/s without overheating.

If you encounter slow share finding or no payouts, consider connecting to a different P2Pool node or checking network connectivity. Remember, mining rewards depend on block discovery frequency, so patience is key for smaller setups.

Common Questions About Gupax and P2Pool Mining

Mining on P2Pool with Gupax does not require you to sync the entire blockchain if you use remote nodes, which saves time and storage. However, running a full node locally offers better decentralization.

Shares must be found by the pool to trigger payouts; if no shares are found, no rewards are paid out. This means smaller or slower miners may wait longer for payouts.

Gupax supports headless server setups using Docker with noVNC, allowing remote monitoring of mining rigs through a browser GUI.

Useful Links

• Monero wallet and tools: https://www.getmonero.org/downloads/
• Gupax miner GUI: https://short-url.cc/1zm8Y
• P2Pool mining software: https://github.com/SChernykh/p2pool
• P2Pool Observer for monitoring: https://p2pool.io/observer/

Итог

Gupax provides an accessible and privacy-focused method for solo Monero mining by combining the decentralized P2Pool network with the versatile XMRig miner. It supports all major desktop OSes and eliminates pool fees, KYC, and payout minimums, allowing miners to retain full control and rewards. Whether you choose to run your own P2Pool node or connect to a remote one, Gupax simplifies setup and monitoring, making it an excellent choice for miners prioritizing decentralization and privacy. For wallet downloads and official Monero tools, visit Monero official downloads. This article is based on the tutorial by the channel "We're looking for cool stuff on GitHub."

Source: Monero Mining on Linux, MacOS & Windows – P2Pool + XMRig Full Tutorial (GUPAX) | Solo Mining XMR · Markdown version