COLLISION
PROTOCOL
The distributed GPU pool for the 1000 BTC Bitcoin Puzzle Challenge.
Hunt private keys using Pollard's Kangaroo algorithm on the secp256k1 curve.
Over 950 BTC remains unclaimed across unsolved puzzles. Join thousands of GPUs solving the ECDLP to find Bitcoin private keys and share rewards proportionally.
Advanced Kangaroo Solver
The most efficient GPU-accelerated Pollard's Kangaroo implementation for solving Bitcoin puzzles. Optimized ECDLP solver for the secp256k1 elliptic curve.
CUDA GPU Acceleration
Optimized CUDA kernels for NVIDIA GPUs. RTX 4090 achieves 8+ GKeys/s. Multi-GPU support for maximum Bitcoin puzzle solving speed.
Fair BTC Rewards
Proportional Bitcoin payout based on Distinguished Points contributed. Mathematical fairness - your share equals your work.
Cross-Platform Solver
Native Bitcoin puzzle solver for Windows, Linux, and macOS. Alternative to BitCrack and KeyHunt with superior efficiency.
Real-time Pool Stats
Live dashboard showing pool hashrate, your DPs, worker rankings, and estimated BTC payout when the puzzle is solved.
JLP Protocol Security
Secure JeanLucPons protocol with TLS encryption. Cryptographic verification of all Distinguished Point submissions.
K=1.15 Kangaroo Algorithm
State-of-the-art Pollard's Kangaroo implementation. 40-80% fewer ECDLP operations than competitors running K=1.6-2.0.
Open Source on GitHub
Full collider source code available. Audit the secp256k1 implementation, verify fairness, contribute improvements.
950+ BTC Unclaimed
The 1000 BTC Bitcoin Puzzle still has over 950 BTC in unsolved challenges. Puzzle #135 alone holds 13.5 BTC.
How to Solve Bitcoin Puzzles
Join the hunt for the 1000 BTC Bitcoin Puzzle private keys. Your GPU contributes to the distributed Kangaroo solver and earns proportional rewards.
Download collider
Get collider Bitcoin puzzle solver for Windows, Linux, or macOS. GPU-accelerated Pollard's Kangaroo algorithm with CUDA support.
git clone https://github.com/hevnsnt/collider && cd collider && makeConnect to Pool
Join the distributed Bitcoin puzzle pool. Your GPU starts hunting distinguished points on the secp256k1 curve immediately.
./collider --pool collisionprotocol.com:17403 --worker your-btc-addressShare BTC Rewards
When a collision solves the puzzle and recovers the private key, Bitcoin rewards are split proportionally based on your DP contributions.
// Reward = (Your DPs / Total DPs) * Puzzle BTCReady to start solving Bitcoin puzzles? Read the documentation.
collider DocumentationReal-time Pool Status
Watch the collective computing power hunting for Puzzle #135. Every second brings us closer to the 13.5 BTC prize.
Based on Distinguished Points collected vs. expected total (~2^67.5 operations)
Why collider Wins
A comprehensive toolkit that outperforms every alternative. The K=1.15 advantage alone saves 40-80% of compute time.
| Feature | collider | BitCrack | VanitySearch | KeyHunt | JLP Kangaroo | RCKangaroo |
|---|---|---|---|---|---|---|
| Kangaroo K Value* | 1.15 | 1.6-2.0 | 1.6-2.0 | 1.15 | ||
| Brain Wallet Mode | Limited | |||||
| Bloom Filter Integration* | ||||||
| Multi-GPU Support | ||||||
| macOS Support* | Limited | |||||
| PCFG Generation | ||||||
| Rule Engine | ||||||
| Interactive Mode | ||||||
| Auto DP-Bits Selection* | ||||||
| Opportunistic Scanning* |
The K=1.15 Advantage
For a 135-bit puzzle, classic Kangaroo (K=2.0) needs ~2^68.5 operations. With K=1.15, collider needs ~2^67.3 operations: a 2.3x reduction. That translates to weeks of saved compute time.