This is an educational and research project designed to demonstrate why Bitcoin's cryptography is secure. It is NOT intended for:
- Unauthorized access to Bitcoin wallets
- Theft or appropriation of cryptocurrency
- Any illegal or unethical activities
- Educational purposes and learning about Bitcoin cryptography
- Security research and academic study
- Understanding the mathematical impossibility of brute forcing
- Performance benchmarking of cryptographic operations
- Teaching probability theory and computational limits
- Attempting to access wallets you do not own
- Claiming funds from addresses you did not create
- Any activity violating local laws or regulations
- Commercial exploitation without proper authorization
- Misleading others about the feasibility of brute forcing
If you discover a security vulnerability in this codebase:
- DO NOT open a public GitHub issue
- Email the maintainer directly at: infodavidzita@gmail.com
- Provide detailed information about the vulnerability
- Allow reasonable time for a fix before public disclosure
- This software is provided "AS IS" without any warranties
- Authors are not responsible for misuse or illegal activities
- Running this software does not grant rights to any discovered keys
- You are solely responsible for compliance with your local laws
Using this tool to access cryptocurrency that you do not own is likely illegal in most jurisdictions and may constitute:
- Computer fraud
- Theft
- Unauthorized access to computer systems
- Wire fraud
Know your local laws and use this tool responsibly.
The probability of finding a funded Bitcoin address through brute force is:
- Approximately 1 in 10^48 for a specific P2PKH address
- Would require approximately 10^38 years at 400,000 keys/second
- Effectively impossible with current or foreseeable technology
This project demonstrates this impossibility through practical code.
Remember: If brute forcing Bitcoin were practical, Bitcoin would have no value. The fact that Bitcoin is valuable proves this approach doesn't work.