🚀 Breaking the Speed of Light: Secp256k1 Optimization in 12 Days

Source: Dev.to

📊 The Numbers (i7‑11700 @ Single Core)

These benchmarks were taken on a standard development machine under typical load. In a dedicated, headless Linux environment, we expect even higher throughput due to reduced OS jitter.

🛠️ Why This Matters for Node Operators

• Initial Block Download (IBD) bottleneck – validating billions of historical signatures is a massive task.
• Massive scalability – validating ~1.35 billion signatures takes just 1.5 hours on 8 cores.
• Peak efficiency – ~32 000 ECDSA transactions per second per core, ready for next‑generation high‑throughput networks.
• Hardware‑optimized – the field multiplication (field_mul) completes in just 56 cycles, showing deep low‑level optimization.

🛡️ Built‑in Security & Auditability

Speed means nothing without correctness. This project maintains a “Zero‑Bug” status through a centralized, AI‑driven testing core.

• 641 194 audit checks – every mathematical edge case is covered.
• Security suite – integrated with CodeQL, Clang‑Tidy, and SonarCloud, all currently in PASSING status.

UltrafastSecp256k1 on GitHub