普路托斯 - 比特币钱包暴力破解器（Python）

项目说明

Plutus Bitcoin Brute Forcer

Welcome to Plutus! This 工具 is designed to hunt for Bitcoin wallets that contain funds. It works by generating random private keys, con them to addresses, and checking them against a 数据库 of known funded addresses.

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Installation

1. Install Python: You need Python 3.9 or newer. Download it here.
2. Get the Code:

3. Install Requirements:

Quick Start

To start the brute forcer with default settings (fastest mode), simply run:

How It Works

1. Generate: The program picks a random starting private key.
2. Scan: It uses Elliptic Cur Addition to sequentially scan keys from that starting point. This is mathematically equi to checking k, k+1, k+2... but is thousands of times faster than generating completely random keys.
3. Convert: It calculates the Bitcoin address (P2PKH) for each key.
4. Check: It instantly checks if this address is in the 数据库 of funded wallets using a Bloom Filter (a super-fast memory structure).
5. Save: If a match is found, the private key, public key, and address are saved to a file named plutus.txt.

Speed

Plutus is highly optimized for performance. It takes approximately 0.000073 seconds to generate and check a single Bitcoin address on a modern CPU core.

Because this program utilizes parallel processing, it scales linearly with your hardware. Your total throughput will be approximately:
CPU Cores / 0.000073 keys per second.

Expected Output

When running normally, you will see the 数据库 loading, followed by a li counter:

If a 钱包 with money is found, it saves to plutus.txt:

Parameters & Options

You can customize how Plutus runs using command-line arguments.

1. Mode (-v or --)

By default, Plutus runs silently and only shows a speed counter. If you want to see every single Bitcoin address being generated in real-time, use this flag.
* Usage: python3 plutus.py -v 1
* Note: This significantly slows down the program because printing to the screen takes time.

2. CPU Core Count (-c or --cpu-count)

Plutus uses all a CPU cores minus one by default. This ensures your computer remains responsi the program runs. If you want to use a specific number of cores (or all of them), you can specify it here.
* Usage: python3 plutus.py -c 4 (Runs on 4 cores)

3. Speed Test (time)

Want to know how fast your computer generates a single address? Run the speed test.
* Usage: python3 plutus.py time

4. Help (help)

Shows the help menu.
* Usage: python3 plutus.py help

5. Diagnostic Test (test)

Runs a self-check to that the cryptographic functions (Private Key -> WIF -> Public Key -> Address) are calculating correctly.
* Usage: python3 plutus.py test

Recent Impro & TODO

<a href=" an issue</a> so I can add more stuff to improve

技术栈

开发语言：未知

项目类型：比特币钱包暴力破解器（Python）

Star 数：0

功能特点

这是一套比特币钱包暴力破解器（Python），代码结构清晰，适合安全研究人员学习加密货币钱包安全、剪贴板劫持、私钥碰撞等攻击面的原理与实现。项目涵盖了地址生成、私钥管理、链上交互、剪贴板监控等核心模块，对理解区块链资产安全机制具有较高的研究价值。

从技术实现角度看，此类项目的技术点在于：私钥熵源与生成算法、链上余额查询接口、剪贴板监听与地址替换逻辑、以及多链钱包地址的编码差异。本项目在这些方面提供了可运行的实现，研究者可以在此基础上进行安全分析或防御研究。

使用说明

1. 下载源码压缩包，解压到本地环境。

2. 根据项目类型准备对应的运行环境（Python / Node.js / Go / C# 等）。

3. 按照 README 中的步骤安装依赖、配置环境变量。

4. 运行脚本或编译程序，观察输出结果。

注意：本项目仅供安全研究与学习使用，请勿用于任何非法用途。

研究价值

对于从事区块链安全、渗透测试或恶意样本分析的研究者来说，这套源码是一个很好的研究对象。通过阅读代码，可以学习到加密货币钱包的攻击面、剪贴板劫持的检测方法、私钥碰撞的概率原理、以及链上资产的追踪技术等关键知识点。

同时，项目中的代码组织和模块划分，也展示了安全工具在工程化方面的实践经验。理解这些攻击工具的实现原理，对后续开发防御检测工具、建立资产风控模型也很有帮助。

免责声明

本资源来源于开源社区，仅供安全研究、技术学习与攻防演练使用，请勿用于任何非法或侵害他人权益的用途。使用本项目产生的一切后果由使用者自行承担。若涉及第三方权益，请联系删除。