lattice-cryptography

Scientific-grade numerical computing library in pure C99 for embedded systems, ESP32, ARM Cortex-M, RISC-V and beyond. Zero dependencies, zero dynamic allocation.

Tidecoin: A Post-Quantum Secure Peer-to-Peer Cryptocurrency

Open-source cryptography teaching materials: algebra → intuition → working code → real protocols. SageMath notebooks + Rust exercises across 12 modules.

QRUPI Protocol is a post-quantum secure digital currency framework using lattice cryptography, FHE, and ZKPs for private and future-proof transactions.

Post-quantum, zero-knowledge identity verification framework combining NIST FIPS 204 (ML-DSA-65) digital signatures, RFC 8785 hash commitments, and Hyperledger Fabric anchoring.

LZX — the post-quantum lattice zkVM research workspace: 17+ paper protocol cores (Akita PCS, Twist & Shout, LaBRADOR/Greyhound, RoKoko, SALSAA, HyperWolf, LatticeBlindFold...) wired end-to-end, adversarially tested. Stage-5.2 claims fold landed: 31 KB batched-compact memory-argument proofs.

ShorLock — quantum-safe Bitcoin locking scripts in sCrypt. Hash-based (Lamport), lattice-based (ML-DSA family), and isogeny-based UTXO locks that survive Q-Day, benchmarked head-to-head. Locks Shor can't pick.

Test-driven Python playground for ML-KEM and ML-DSA with KAT conformance, deterministic demos, and CI validation.

A post-quantum fully-homomorphic-encryption (FHE) library in C17.

Reproducible benchmark comparing BKZ vs SD-BKZ using Li-Nguyen Rankin profile distance (d(LN)) on LWE-Kannan lattices

Post-Quantum Hardware Encryption Module using Kyber lattice-based cryptography on STM32F407

Zero-dependency Python implementation of NIST ML-KEM (Kyber) across all FIPS 203 parameter sets, with a custom NTT and 25 deterministic validation tests.

Portable research-grade agent skills for cryptography, ZKP, and lattice research

Lattice-Based Certificateless Public Auditing for secure cloud storage using Post-Quantum Crytography

Post-quantum hybrid crypto engine: Chaos (Lorenz) + Lattice (Kyber) + AES-256-GCM. Future: Boron-Graphene chip implementation.

100% device-resident Post-Quantum Cryptography (FIPS 202/203/204) on AMD Phoenix NPU — 736/736 silicon-validated test cases

Browser-based educational demo of HAWK — withdrawn from NIST's Additional Signatures process (Jul 2026) after AI cryptanalysis halved its effective key strength; preserved as a crypto-agility case study. Integer-only arithmetic, fixed-table Gaussian sampling, no rejection loop. Side-by-side with Falcon and ML-DSA.

Post-Quantum Cryptography vulnerability scanner — find encryption that quantum computers will break

Pure Go implementation of ML-DSA (FIPS 204) post-quantum signatures

Swift implemention of the SuperNeo lattice folding protocol