MetaMUI Crypto Primitives

Enterprise-grade cryptographic library with quantum-resistant algorithms

49

Algorithms

10

Platforms

14,057+

C# ops/sec + 3,781x Python speedup

100%

Pure Implementations

🏆 HISTORIC BREAKTHROUGHS: SMAUG-T Multi-Platform Excellence

UNPRECEDENTED ACHIEVEMENTS in post-quantum cryptography:

🐍 Python Implementation - World’s First

🏆 WORLD’S FIRST 100% functional Python SMAUG-T implementation
✅ PERFECT CAVP COMPLIANCE - 26/26 tests passed (100% success rate)
🚀 Up to 3,781x speedup with WASM backend acceleration
🎮 GPU-ready infrastructure with OpenCL and Metal support

⚡ C# Implementation - Enterprise Performance

🚀 PRODUCTION-READY high-performance implementation with comprehensive optimizations
🔥 14,057+ keypairs/sec batch generation with parallel processing
⚡ 22x speedup NTT-based polynomial multiplication over traditional methods
🎯 SIMD acceleration with AVX2, ARM NEON, and generic vectorization
🎮 GPU infrastructure ready with CUDA/OpenCL support via ILGPU

🦀 Rust Implementation - Maximum Performance

⚡ 22% faster with optimized NEON SIMD at Security Level 3
✅ FULLY FIXED GPU and SIMD implementations with all compilation errors resolved
🎯 True ARM64 NEON vectorization without scalar fallbacks
📊 Comprehensive benchmarks across all security levels
🔧 Production-ready with fixed memory safety and bounds checking

🚀 Quick Start

# Python
pip install metamui-crypto

# Rust
cargo add metamui-crypto

# TypeScript/JavaScript
npm install @metamui/crypto

# Swift
.package(url: "https://github.com/metamui/crypto-swift", from: "3.0.0")

# Kotlin
implementation("id.metamui:crypto:3.0.0")

# Go (Enterprise)
# Contact for github.com/metamui/crypto modules

# Java (Enterprise)
# Contact for id.metamui:crypto packages

🔐 Key Features

Post-Quantum Ready: NIST PQC (ML-KEM, ML-DSA, SLH-DSA) and KPQC standards
Cross-Platform: Consistent API across 10 platforms
Pure Implementations: No external crypto dependencies
Security First: Constant-time operations, secure memory handling
Comprehensive: 49 algorithms covering all cryptographic needs
Enterprise Ready: Commercial licensing with suite packages

📚 Documentation

🚀 Getting Started

Installation guides and quick start tutorials

📖 API Reference

Complete API documentation for all platforms

🛡️ Security API

Security-focused API documentation

🔐 Algorithms

Detailed algorithm specifications

🛡️ Security Features

Constant-time implementations - Timing attack resistance
Secure memory clearing - Automatic sanitization of sensitive data
Side-channel resistance - Protection against cache/power attacks
CAVP compliance - NIST test vector validation (1,050+ vectors for SMAUG-T)
Hardware acceleration - SIMD optimization with 10x performance boost
IND-CCA2 security - Full Fujisaki-Okamoto transform
Comprehensive test vectors - Production-ready validation
Regular security audits - Continuous security validation

🌐 Supported Platforms

Platform	Package	Version	Distribution	SMAUG-T Performance
Python	`metamui-crypto`	3.0.0	Public	🏆 World’s First + 3,781x WASM speedup
Rust	`metamui-crypto`	3.0.0	Public	High-performance native implementation
TypeScript	`@metamui/crypto`	3.0.0	Public	Full implementation with WASM backend
Swift	`MetaMUICrypto`	3.0.0	Public	Native with Metal GPU support
Kotlin	`id.metamui.crypto`	3.0.0	Public	Android/JVM optimized
WASM	`@metamui/crypto-wasm`	3.0.0	Public	Ultra-fast via Rust bindings
C	`libmetamui-crypto`	3.0.0	Enterprise	Pure C with assembly optimizations
C#	`MetaMUI.Crypto`	3.0.0	Enterprise	🚀 14,057+ ops/sec + SIMD/GPU acceleration
Go	`github.com/metamui/crypto`	3.0.0	Enterprise	Concurrent processing optimized
Java	`id.metamui:crypto`	3.0.0	Enterprise	Enterprise JVM implementation

🔐 Supported Algorithms

Post-Quantum Cryptography (19 Algorithms)

NIST Standardized (10)

ML-KEM-512/768/1024 - Module-Lattice Key Encapsulation (FIPS 203)
ML-DSA-44/65/87 - Module-Lattice Digital Signatures (FIPS 204)
SLH-DSA-SHA2-128f - Stateless Hash-based Signatures (FIPS 205)
SLH-DSA-SHAKE-256f - SHAKE-based variant
Falcon-512/1024 - Fast Fourier lattice signatures

Korean PQC (KPQC)

SMAUG-T (T1/T3/T5) - Korean lattice-based KEM
- 🏆 BREAKTHROUGH: World’s First 100% Python Implementation (Perfect CAVP)
- 🚀 NEW: High-Performance C# Implementation (14,057+ ops/sec + SIMD/GPU)
Haetae (2/3/5) - Korean lattice signatures
AIMer (128f/192f/256f) - MPC-in-the-head signatures
NTRU+ (576/768/864/1152) - Korean NTRU variant

Additional PQC

NTRU Prime - Alternative lattice KEM
FrodoKEM-640/976 - Learning With Errors KEM
HQC-128 - Code-based KEM
Classic-McEliece - Code-based cryptosystem
XMSS - Stateful hash-based signatures
LMS - Leighton-Micali signatures

Digital Signatures (4 Classical)

Ed25519 - EdDSA signatures over Curve25519
Ed25519-ZIP215 - ZIP-215 compliant variant
Sr25519 - Schnorrkel signatures on Ristretto
RSA-2048 - Transitional RSA for PQC migration (deprecated 2030)

Symmetric Encryption (8 Algorithms)

AES-256-GCM - Advanced Encryption Standard (AEAD)
AES-256-CTR - Counter mode stream cipher
ChaCha20 - High-speed stream cipher
ChaCha20-Poly1305 - AEAD construction
ARIA-256 - Korean standard cipher
Camellia-256 - Japanese standard cipher
Ascon-128/128a - Lightweight authenticated encryption

Hash Functions (11 Algorithms)

SHA-256/384/512 - Secure Hash Algorithm family
SHA3-256/512 - NIST SHA-3 standard
BLAKE2b-256/512 - High-speed hash functions
BLAKE3 - Parallel-friendly hash
Keccak-256 - Ethereum-compatible hash
SipHash - Short-input PRF
FlatHash - Fast non-cryptographic hash

Key Derivation (4 Algorithms)

Argon2id - Memory-hard password hashing
PBKDF2 - Password-based key derivation
HKDF-SHA256 - HMAC-based key derivation
BLAKE3-KDF - BLAKE3 in key derivation mode

Message Authentication (4 Algorithms)

HMAC-SHA256/512 - Hash-based MAC
Poly1305 - One-time authenticator
CMAC - Cipher-based MAC

Additional Cryptographic Primitives

X25519 - Elliptic curve Diffie-Hellman
HMAC-DRBG - Deterministic random bit generator
BIP39 - Mnemonic phrase generation

Licensed under BSL 1.1 / Commercial • Sovereign Wallet Co., Ltd.