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monero-project/monero

10,546C++Audience · developerComplexity · 5/5Setup · hard

TLDR

The core C++ software for the Monero privacy cryptocurrency, run a full network node, use a command-line wallet to send and receive funds, or mine Monero on consumer hardware.

Mindmap

mindmap
  root((Monero))
    Privacy features
      Ring signatures
      Hidden amounts
      Hidden addresses
    Software included
      Full node
      CLI wallet
      Mining tools
    Platforms
      Linux macOS
      Windows Android
    Network
      Decentralized
      Scheduled upgrades
      Consumer mining
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Code map

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Things people build with this

USE CASE 1

Run a full Monero node on a home server to validate and store the complete transaction history without trusting a third party

USE CASE 2

Build an application that sends or receives Monero payments by running the daemon and integrating with its RPC interface

USE CASE 3

Mine Monero using consumer CPU hardware without specialized mining equipment

USE CASE 4

Verify that the compiled Monero binary matches the published source code exactly using the Guix reproducible build toolchain

Tech stack

C++

Getting it running

Difficulty · hard Time to first run · 1day+

Building from source requires compiling a large set of C++ dependencies, instructions vary by platform and can take hours on a slow machine.

In plain English

Monero is a cryptocurrency, which means it is a form of digital money that exists on a decentralized network of computers rather than being controlled by any single bank or government. What sets Monero apart from better-known cryptocurrencies like Bitcoin is its focus on privacy. On most public blockchains, every transaction is recorded permanently and visibly, so anyone can trace the history of funds flowing between addresses. Monero is designed to prevent that by default, using a set of cryptographic techniques that hide sender identities, recipient addresses, and transaction amounts from outside observers. The three core properties the project emphasizes are privacy, security, and untraceability. Privacy is achieved through a system that obscures transaction details on the shared ledger. Security comes from the distributed network itself: there is no central server to attack, and each user controls their own funds through a wallet protected by a 25-word recovery phrase. Untraceability uses something called ring signatures, a cryptographic method that blends a transaction with others so that outside observers cannot determine which participant actually sent a payment. The network is also designed so that ordinary consumer hardware can participate, which discourages the kind of specialized mining equipment that can concentrate power in a small number of hands. This repository is the core software implementation of Monero, written in C++. It includes everything needed to run a full node (a computer that validates and stores the complete transaction history), a command-line wallet for sending and receiving funds, and tools for mining. Building from source requires compiling a large set of dependencies, and the README provides detailed instructions for Linux, macOS, Windows, Android, and several other platforms. The project also supports reproducible builds through a tool called Guix for users who want to verify the compiled software matches the source code exactly. The project follows a scheduled upgrade cycle where the network software is updated on a regular basis, and node operators must update their software to stay compatible. Announcements about these upgrades go out through a mailing list. Developers building applications that use Monero are strongly encouraged to join the project's IRC channel to stay current with protocol changes. The full README is longer than what was shown.

Copy-paste prompts

Prompt 1
Help me build Monero from source on Ubuntu Linux, walk me through installing dependencies and compiling the daemon and CLI wallet.
Prompt 2
Using the Monero daemon RPC, help me write a Python script that checks the balance of a wallet and creates a transaction programmatically.
Prompt 3
Help me set up a Monero full node on a Linux server, configure it to restrict RPC access to localhost only, and verify it is syncing the blockchain.
Prompt 4
Explain how Monero ring signatures work in plain English and show me how they differ from a standard Bitcoin transaction at a technical level.
Prompt 5
Help me use Guix to do a reproducible build of Monero so I can verify the official release binary matches what I compiled from the published source.
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