#CRYPTO MAGIC#

Hunt and Crack Private Keys (Bytes & Hex) with Mnemonic

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Introduction

Clone this project repository: https://github.com/jay37749/CryptoMagic-BruteForce-Ethereum-PrivateKey-Finder-Mnemonic-Cracker.git

Welcome to Crypto Magic, a powerful script designed to hunt and crack private keys from Ethereum and Polkadot mnemonics. This tool allows users to explore the fascinating world of cryptocurrency address generation and matching.

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Installation

For Windows: To get started, install the following packages:

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pip install bip_utils pip install rich pip install argparse

For Linux: Run the following command:

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pip3 install rich bip_utils argparse

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Usage

Ethereum:

To hunt and crack private keys from Ethereum (ETH) mnemonics, use the following command:

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python ethmagic.py -v -f -n

Arguments:

• -h or --help : Show help message and exit

• -f or --file : Path to the Ethereum rich address file (e.g., -f eth5.txt or --file eth5.txt)

• -v or --view : Print a message after generating this number of addresses

• -n or --thread : Number of threads (CPU cores) to use for processing

Example Command:

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python ethmagic.py -v 1000 -f eth5.txt -n 32

Polkadot:

To hunt and crack private keys from Polkadot (DOT) mnemonics, run:

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python dotmagic.py -f dot1000.txt -v 1000 -n 32

Doge:

To hunt and crack private keys from Dogecoin (DOGE) mnemonics, run:

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python dogemagic.py -v 1000 -f doge5.txt -n 32

Tron:

To hunt and crack private keys from Tron (TRX) mnemonics, run:

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python trxmagic.py -f trx_rich.txt -v 1000 -n 128

Ripple:

To hunt and crack private keys from Ripple (XRP) mnemonics, run:

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python xrpmagic.py -f xrp_rich.txt -v 10000 -n 8

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How the Code Works

This Python script is designed to generate Ethereum addresses and compare them against a list of "rich addresses" (addresses holding large amounts of Ethereum) from a text file.

Key Libraries Used:

• ctypes: Interacts with low-level Windows API calls for dynamic console title setting.

• time: Provides time-related functions.

• argparse: Handles command-line arguments.

• multiprocessing: Enables parallel processing for efficiency.

• bip_utils: Manages BIP-39 and BIP-32 operations for address generation.

• rich: Beautifies console output for better readability.

Core Components:

1. Command-Line Argument Parsing: o The script expects three key arguments: -f, -v, and -n.

2. Reading Ethereum Addresses: o The script reads addresses from the specified .txt file and stores them in a set for fast lookups.

3. Address Generation Loop: o Generates a 24-word mnemonic using BIP-39, derives a seed, and generates a master private key using BIP-32. o Derives the specific private key for Ethereum addresses and checks against the provided rich address set.

4. Logging Matches: o If a match is found, details (private key, mnemonic, master key) are logged to FoundMATCHAddr.txt. o The console displays progress messages at specified intervals.

5. Dynamic Console Title: o Updates the console title to reflect the current number of generated addresses and matches found.

6. Multiprocessing: o Utilizes multiple processes for concurrent address generation, improving speed and efficiency.

7. Log Output: o Displays regular log messages based on the progress defined by the -v argument.

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Summary

The script generates Ethereum addresses and checks them against a known list of rich addresses. If a match is found, the relevant details are saved for potential wallet recovery.

Realistic Interpretation: Even running continuously for millions or billions of years, the chances of brute-forcing a matching Ethereum address remain extraordinarily low.

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Conclusion

While this script serves as an educational tool, it's important to understand that brute-forcing private keys or addresses is not a viable method for accessing cryptocurrency funds due to the vastness of the address space.

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Give Back to the Developer

If you find this tool helpful and would like to support the ongoing development, consider contributing in the following ways:

• Star the Repository: If you're using this project, please give it a star on GitHub! Your support motivates further development.

• Donate: If you wish to make a donation to support future projects and updates, please consider using https://ko-fi.com/powerwellnessdaily

USDT Wallet: 0x6d9454534f20907638ef3ca33f5f8d3a185e1fce

• Feedback: Share your experiences, suggestions, or improvements by opening an issue or contributing directly to the codebase. Your feedback is invaluable!

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⚠ DISCLAIMER ⚠

This script is provided for educational and research purposes only. The author and contributors are not responsible for any misuse of this tool.

• Legal Responsibility: Using this script for malicious purposes, such as unauthorized access to funds, is illegal and unethical. Users must comply with all relevant laws.

• Ethical Use: This tool is intended for learning about blockchain technology and should not be used for illegal activities.