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.
GPU-accelerated Pollard's Kangaroo ECDLP solver for secp256k1 (Vulkan/Metal/DX12)
GPU-accelerated Bitcoin Puzzle solver using Pollard's Kangaroo algorithm. K=1.15 efficiency. CUDA + Metal.
What C# can do for studying Finite Groups, quotient groups, semi-direct products, homomorphisms, automorphisms group, characters table, minimalistic rings and fields manipulations, polynomials factoring, fields extensions and many more...
Dead ends & lessons learned — what doesn't work for solving Bitcoin puzzle challenges (ECDLP on secp256k1)
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.
Empirical discovery: Semaev's S₃ relation matrix over j=0 elliptic curves stabilizes at rank 3. Optimizes ECC cryptanalysis & finite-field linear algebra.
Cryptographic security research framework — coordination repo for unsek tools ecosystem
Empirical CM detector for elliptic curves — 100% accuracy on secp256k1/BN254/BLS12-381/P-256/Brainpool
PSH-ECDLP (p-adic Spinor Holography) is an entirely new ontological mathematical model for solving the Elliptic Curve Discrete Logarithm Problem (ECDLP).
Distributed server/client architecture for CUDACyclone
The multi-GPU KXE version
Spectral Continuity in Elliptic Curve Scalar Multiplication Empirical Investigation of Spectral Structure in secp256k1
support full 256-bit interval searches, Fixed Server mode issues
TrueRCKangaroo-Puzzles: GPLv3 RCKangaroo fork for Bitcoin Puzzle #140. CUDA fatbin (sm75/80/86/89) + v4 CallCubin. RTX 3060 Ti / StreamTrio. Not MIT.
fraction-kangaroo-Linux
LFSR cryptanalysis, DES/AES modes, RSA, ECC, Baby-Step Giant-Step ECDLP — breaking and rebuilding modern crypto from scratch in Python.
Add Bidirectional Pincer Mode and Multi-GPU checkpoint/resume (v1.4)
SHTEM (Spectral Holonomy of Tropical Elliptic Manifolds) is a hypothetical mathematical paradigm that attempts to reframe the Elliptic Curve Discrete Logarithm Problem (ECDLP) — the computational backbone of modern cryptography (Bitcoin, Ethereum, TLS) — not as a discrete search problem, but as a topological charge measurement.
4-bit ECDLP private-scalar recovery on IBM ibm_fez — QDay Prize submission artifact
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