TeamHunter v1.6

Overview

TeamHunter is a comprehensive GUI application for Bitcoin and cryptocurrency tools, developed by Team Mizogg. It provides a user-friendly interface for various cryptocurrency-related operations, including key hunting, vanity address generation, mnemonic phrase handling, and more.

Features

• BitCrack: Bitcoin private key cracking tool
• VanBit: Vanity Bitcoin address generator
• KeyHunt: Tool for hunting Bitcoin private keys
• Iceland2k14 Secp256k1: Cryptographic operations
• Miz Mnemonic: Mnemonic phrase handling
• Brain Hunter: Brain wallet operations
• Miz Poetry: Poetry-based wallet generation
• XPUB Tool: Extended public key operations
• BTC Snake Game: Fun game with Bitcoin theme
• Calculator: Cryptocurrency calculator

Additional Tools

• 16x16 Grid Hunter: Grid-based key hunting
• Range Division: Hexadecimal range division tool
• Conversion Tools: Cryptocurrency conversion utilities
• Balance Check: Bitcoin balance checker
• Wallet Check: Wallet verification tool

New in Version 1.6

• Theme System: Choose from multiple UI themes (Default, Dark, Bitcoin, Matrix)
• Configuration Manager: Centralized settings management
• Logging System: Comprehensive logging for better debugging
• Settings Dialog: User-friendly settings configuration
• Performance Improvements: Optimized code for better performance
• Bug Fixes: Various bug fixes and stability improvements

Requirements

• Python 3.7 or higher
• PyQt6 6.4.0 or higher
• Other dependencies listed in requirements.txt

Installation

1. Clone the repository:

   git clone https://github.com/Mizogg/TeamHunter.git
   

2. Navigate to the TeamHunter directory:

   cd TeamHunter
   

3. Install the required dependencies:

   pip install -r requirements.txt
   

4. Run the application:

   python TeamHunter.py
   

Directory Structure

• config/: Configuration files and settings
• funct/: Core functionality modules
• game/: Game-related modules (Snake)
• images/: Images and icons
• input/: Input files for various tools
• found/: Output files for found keys/addresses
• music/: Background music files
• logs/: Application logs

Usage

1. Launch the application by running TeamHunter.py
2. Navigate through the tabs to access different tools
3. Configure settings via the File > Settings menu
4. Use the tools according to your needs

Credits

• Team Mizogg: Main development team
• Alberto: KeyHunt tool
• brichard19: BitCrack tool
• Iceland2k14: Secp256k1 Python implementation

License

© mizogg.com 2018 - 2025

Contact

• Website: https://mizogg.co.uk
• Telegram: https://t.me/TeamHunter_GUI
• GitHub: https://github.com/Mizogg

Team-Hunter GUI Version 1.5

New Features and Updates... Re add Simplebloomfilter, Kangaroo added and fixes..

kangaroo

Find PrivateKey of corresponding Pubkey(s) using Pollard Kangaroo algo in GUI

https://github.com/iceland2k14/kangaroo

[66.02 TeraKeys/s]

keyhunt

https://github.com/albertobsd/keyhunt

PUZZLE 135 Public key for the next winner 24 Pkeys/s only 3 CPU

Requirements

Microsoft Build Tools. https://visualstudio.microsoft.com/downloads/#build-tools-for-visual-studio-2019

Python 3.11 https://www.python.org/downloads/

New version 0.8 has sound in it. If your device or server does not have a sound card.The Program opens it closes with error. I have found a fix for this to install virtal sound card and the sound even works over RDP the program for information is https://vb-audio.com/Cable/index.htm

pip install.bat

Run The bat for easier install. or

PyQt6
bit
requests
PyQt6-WebEngine
simplebloomfilter
bitarray==1.9.2
hdwallet
mnemonic
numpy
cryptography
keyboard
pygame
totter

How to Run

python TeamHunter.py 

Team-Hunter GUI Version 1.4

Less to install more features but with all the goodness of version 1.3

Team-Hunter GUI Version 1.3

This Python application, named "Team Hunter GUI," provides a user-friendly interface for various cryptocurrency-related tools and functions. Users can access tools for Bitcoin-related operations, including BitCrack, KeyHunt, Vanbitcracken, Iceland2k14 Secp256k1, and conversion tools. The application supports both dark and light themes and offers a convenient way to switch between them. It also features a 16x16 grid tool, a range division tool in hexadecimal format, and allows users to open external websites. This application is built using PyQt6 and is designed to assist cryptocurrency enthusiasts in their endeavors.

Credits

iceland2k14

Python Library for Secp256k1 Bitcoin curve to do fast ECC calculation

GitHub: https://github.com/iceland2k14

BitCrack

A tool for brute-forcing Bitcoin private keys. The main purpose of this project is to contribute to the effort of solving the Bitcoin puzzle transaction: A transaction with 32 addresses that become increasingly difficult to crack.

GitHub: https://github.com/brichard19/BitCrack

Keyhunt

Tool for hunt privatekeys for crypto currencies that use secp256k1 elliptic curve

https://github.com/user-attachments/assets/b64d9e3f-36dd-49cc-88d0-7f63071a9182

Telegram group: https://t.me/keyhunters

GitHub: https://github.com/albertobsd/keyhunt

TeamHunter GUI

https://github.com/Mizogg/TeamHunter/assets/88630056/758347d8-2591-4643-bba4-f4c77a0aeb51

Ranges

Bit 1: Start Range = 0x1, End Range = 0x1
Bit 2: Start Range = 0x2, End Range = 0x3
Bit 3: Start Range = 0x4, End Range = 0x7
Bit 4: Start Range = 0x8, End Range = 0xf
Bit 5: Start Range = 0x10, End Range = 0x1f
Bit 6: Start Range = 0x20, End Range = 0x3f
Bit 7: Start Range = 0x40, End Range = 0x7f
Bit 8: Start Range = 0x80, End Range = 0xff
Bit 9: Start Range = 0x100, End Range = 0x1ff
Bit 10: Start Range = 0x200, End Range = 0x3ff
Bit 11: Start Range = 0x400, End Range = 0x7ff
Bit 12: Start Range = 0x800, End Range = 0xfff
Bit 13: Start Range = 0x1000, End Range = 0x1fff
Bit 14: Start Range = 0x2000, End Range = 0x3fff
Bit 15: Start Range = 0x4000, End Range = 0x7fff
Bit 16: Start Range = 0x8000, End Range = 0xffff
Bit 17: Start Range = 0x10000, End Range = 0x1ffff
Bit 18: Start Range = 0x20000, End Range = 0x3ffff
Bit 19: Start Range = 0x40000, End Range = 0x7ffff
Bit 20: Start Range = 0x80000, End Range = 0xfffff
Bit 21: Start Range = 0x100000, End Range = 0x1fffff
Bit 22: Start Range = 0x200000, End Range = 0x3fffff
Bit 23: Start Range = 0x400000, End Range = 0x7fffff
Bit 24: Start Range = 0x800000, End Range = 0xffffff
Bit 25: Start Range = 0x1000000, End Range = 0x1ffffff
Bit 26: Start Range = 0x2000000, End Range = 0x3ffffff
Bit 27: Start Range = 0x4000000, End Range = 0x7ffffff
Bit 28: Start Range = 0x8000000, End Range = 0xfffffff
Bit 29: Start Range = 0x10000000, End Range = 0x1fffffff
Bit 30: Start Range = 0x20000000, End Range = 0x3fffffff
Bit 31: Start Range = 0x40000000, End Range = 0x7fffffff
Bit 32: Start Range = 0x80000000, End Range = 0xffffffff
Bit 33: Start Range = 0x100000000, End Range = 0x1ffffffff
Bit 34: Start Range = 0x200000000, End Range = 0x3ffffffff
Bit 35: Start Range = 0x400000000, End Range = 0x7ffffffff
Bit 36: Start Range = 0x800000000, End Range = 0xfffffffff
Bit 37: Start Range = 0x1000000000, End Range = 0x1fffffffff
Bit 38: Start Range = 0x2000000000, End Range = 0x3fffffffff
Bit 39: Start Range = 0x4000000000, End Range = 0x7fffffffff
Bit 40: Start Range = 0x8000000000, End Range = 0xffffffffff
Bit 41: Start Range = 0x10000000000, End Range = 0x1ffffffffff
Bit 42: Start Range = 0x20000000000, End Range = 0x3ffffffffff
Bit 43: Start Range = 0x40000000000, End Range = 0x7ffffffffff
Bit 44: Start Range = 0x80000000000, End Range = 0xfffffffffff
Bit 45: Start Range = 0x100000000000, End Range = 0x1fffffffffff
Bit 46: Start Range = 0x200000000000, End Range = 0x3fffffffffff
Bit 47: Start Range = 0x400000000000, End Range = 0x7fffffffffff
Bit 48: Start Range = 0x800000000000, End Range = 0xffffffffffff
Bit 49: Start Range = 0x1000000000000, End Range = 0x1ffffffffffff
Bit 50: Start Range = 0x2000000000000, End Range = 0x3ffffffffffff
Bit 51: Start Range = 0x4000000000000, End Range = 0x7ffffffffffff
Bit 52: Start Range = 0x8000000000000, End Range = 0xfffffffffffff
Bit 53: Start Range = 0x10000000000000, End Range = 0x1fffffffffffff
Bit 54: Start Range = 0x20000000000000, End Range = 0x3fffffffffffff
Bit 55: Start Range = 0x40000000000000, End Range = 0x7fffffffffffff
Bit 56: Start Range = 0x80000000000000, End Range = 0xffffffffffffff
Bit 57: Start Range = 0x100000000000000, End Range = 0x1ffffffffffffff
Bit 58: Start Range = 0x200000000000000, End Range = 0x3ffffffffffffff
Bit 59: Start Range = 0x400000000000000, End Range = 0x7ffffffffffffff
Bit 60: Start Range = 0x800000000000000, End Range = 0xfffffffffffffff
Bit 61: Sta