pollard-kangaroo

Pollard's kangaroo for SECPK1

Pollard-Kangaroo implementation for ECDLP (Satoshi's quest solver)

Pollard’s Kangaroo find solutions to the discrete logarithm secp256k1 PRIVATE KEY + NONCES in a known range

Pollard's kangaroo for SECPK1

GPU-accelerated Pollard's Kangaroo for secp256k1 ECDLP. Fork of RCKangaroo by RetiredCoder. Concurrent mode (v59), crash-safe checkpoints, 16-byte compact DPs (2.5× more entries/GB), -ramlimit for stable long runs. Same SOTA kernel, better infrastructure.

Kangaroo cuda solver for SECP256K1

GPU-accelerated Bitcoin Puzzle solver using Pollard's Kangaroo algorithm. K=1.15 efficiency. CUDA + Metal.

GPU-accelerated Pollard's Kangaroo ECDLP solver for secp256k1 (Vulkan/Metal/DX12)

Solutions to https://cryptopals.com problems

🐍kangui.py🐍 Find PrivateKey of corresponding Pubkey(s) using Pollard Kangaroo algo

Ancient Mathematics Meets Modern ECDLP: 2x faster Pollard Kangaroo for secp256k1. K=1.55->0.75 via Pollard 2025 + spectral mixing. 500+ papers surveyed across Sanskrit, Vedic, Islamic & modern traditions.

Phantom Curve Attack: How the Pollard–Kangaroo Algorithm Exposes Private Keys of Lost Bitcoin Wallets via Low-Entropy Nonces under Exponential Degradation of the Secret Key Parameter “K”

TrueRCKangaroo-Puzzles: GPLv3 RCKangaroo fork for Bitcoin Puzzle #140. CUDA fatbin (sm75/80/86/89) + v4 CallCubin. RTX 3060 Ti / StreamTrio. Not MIT.

GPU-accelerated Bitcoin private-key collision search in pure Python: 107 Mkeys/s on a gaming laptop, 50M-address funded DB, multi-space scheduler, crash-safe hit recording.

Pollard's kangaroo for SECPK1

Symmetric Quartet Folding laboratory for secp256k1: honest solvers, blind benchmarks, anti-duplicate scan registry

Coding the 2010 paper on Speeding Up Gaudry-Schost Collision Finding Algorithm using Endomorphisms in Python

The honest Q-Day meter: every run breaks a bigger key live in your browser, with proof, and shows how far that is from a 256-bit Bitcoin key. Plus the Quantum Room.

A cryptographic engineering project implementing Pollard's Kangaroo (Pollard's Lambda) algorithm for computing discrete logarithms in bounded intervals. Features parameter analysis framework and performance benchmarking for cryptanalysis research.

Browser-based discrete-logarithm attack lab — brute force, BSGS, Pollard rho, kangaroo, Pohlig–Hellman, and index calculus side by side, with prime-power digit lifting, weak-group forging, a toy elliptic curve, NIST/Logjam key lengths, and a certified 128-bit smooth-order modulus that still gives up its exponent