Some basic changes does not require secp256k1.py file. Updated with Online checking.
Bonus Online version with colour
Random and Sequence Using dask
pip install simplebloomfilter
pip install dask
pip install bitarray==1.9.2
Bitcoin public address brute force written in Python with simplicity and speed in mind
- Compare multiple wallets to increase cracking speed
- Divide workload over multiple CPU cores
- Multiple bruteforce functions
- Online wallet lookup (OBF)
- Print generation output
- GPU optimization (NVIDIA only)
- Cython optimization
- Automatic payout system
- Save bruteforce progress
- Create wallet database
- See hash rate
THIS IS FOR EDUCATIONAL PURPOSES ONLY, YOU ARE RESPONSIBLE FOR YOUR ACTIONS
Check if the wallet has balance using Blockchain Explorer. You can use any wallet checker you like.
This Python script has multiple functions:
- OTBF (Optimized traditional bruteforce) <- This is faster than TBF
- TBF (Traditional bruteforce) <- Will try every wallet possible
- RBF (Random bruteforce)
- OBF (Online bruteforce)
In this example we will run the RBF attack on the wallets inside of the puzzle.bf file:
1. $ python bruteforce.py # start the python program
2. $ Select bruteforce mode:
3. $ 0 - Exit
4. $ 1 - Random_Bruteforce
5. $ 2 - Sequential_Bruteforce
6. $ 3 - Optimized_Sequential_Bruteforce
7. $ 4 - Online_Bruteforce
8. $ > 1 # choose the function to use
9. $ How many cores do you want to use (8 available):
10. $ > 8 # choose how many cores you want to use
11. $
12. $ Starting bruteforce instances in mode: RBF with 8 core(s) # feedback that it started bruteforcing
After line 12 you will see the instances that started, depending on the CPU cores you picked.
When the bruteforce matches an address in the wallets.txt file. It will add or create the found.txt file. The Python program will also print the following:
$ Instance: 1 - Found: 1P5ZEDWTKTFGxQjZphgWPQUpe554WKDfHQ