Golden RNG Enterprise

Key Features

🔐

Cryptographically Secure

AUR3ES algorithm with SHA-512 key derivation, 512-bit internal state, and multiple entropy sources.

⚡

High Performance

Up to 1.2 GB/s with 8-thread parallel generation. SIMD optimized for SSE2, AVX2, and AVX-512.

🔄

Multi-Platform

Works on Linux, Windows, macOS, and supports x86_64, ARM64, and ARM32 architectures.

✅

Extensively Tested

Passed Dieharder, PractRand (64GB), TestU01 BigCrush, and NIST SP 800-22 test suites.

🛡️

Security Hardened

Secure memory zeroing, mlock() to prevent swapping, constant-time operations, entropy validation.

📊

Real-Time Monitoring

Built-in statistics, RNG health monitoring, performance metrics, and diagnostic tools.

Statistical Test Results

Golden RNG has been exhaustively tested using industry-standard test suites.

Test Suite	Tests	Result
Dieharder	17	✅ ALL PASSED
PractRand	2098+	✅ ALL PASSED (up to 64 GB)
TestU01 SmallCrush	15	✅ ALL PASSED
TestU01 Crush	144	✅ ALL PASSED
TestU01 BigCrush	160	✅ ALL PASSED
NIST SP 800-22	15	✅ ALL PASSED
Advanced Built-in	10	✅ ALL PASSED

Total: 2,500+ statistical tests - ALL PASSED

Quick Start

Build

git clone https://github.com/phenixsam/aur3es.git
cd aur3es/src
make

Basic Usage

# Generate random bytes to stdout
./goldenrng

# Generate 10MB to file
./goldenrng -m file -o random.bin -s 10M

# Run full test suite
./goldenrng -m advanced

# Parallel benchmark
./goldenrng -m benchmark -s 100M -t 4

Command Line Options

Option	Description
`-m, --mode`	Operation mode (stdout, file, test, benchmark, simd, kat, unittests, advanced)
`-o, --output`	Output file name
`-s, --size`	Size to generate (1G, 100M, 500K)
`-t, --threads`	Number of threads for parallel benchmark
`-S, --seed`	Seed for deterministic mode
`-v, --verbose`	Enable verbose output
`-V, --version`	Show version information