Post-quantum cryptography ย ยทย Neural intelligence ย ยทย Entropy compression
ANCIENT KNOWLEDGE ย ยทย FUTURE TECHNOLOGY
Where ancient wisdom meets computational power.
Bridging the gap between primordial forces and modern science.
Four precision-engineered systems. Each purpose-built to be structurally superior to anything that came before.
| Component | Domain | Key Specs |
|---|---|---|
| VRIL-KEM | Post-Quantum Cryptography | 384-bit quantum security ยท MLWE n=4096 ยท 7-layer CVKDF ยท IND-CCA2 (EasyCrypt) |
| VRIL-AI | Neural Intelligence | betterFANN architecture ยท WASM runtime ยท UiLLM interface (active dev) ยท typed tensor flows |
| VRIL-ZIP | Entropy Compression | 7-layer Fibonacci cascade ยท ฯ-weighted ยท lossless ยท CVKDF-integrated |
| VRIL-PROXY / MESH / CERT / HSM | Ecosystem | Sovereign infrastructure stack โ active development |
VRIL-KEM is built on Module-Learning-with-Errors with parameters chosen to defeat both classical and quantum adversaries.
Ring dimension n = 4096 NTT-friendly prime q = 12289
Module rank k = 7 CBD noise parameter ฮท = 3
CVKDF layers 7 Fibonacci weights [1,1,2,3,5,8,13]
Every design decision traces to a named structural flaw in prior implementations:
- CVKDF One-Wayness โ Classical linear key-compression replaced by 7-layer Fibonacci-weighted geometric cascade. EasyCrypt-proven 2โปยนยฒโธ bound.
- HI-Gaussian vs CBD โ Hierarchical-Interleaved Gaussian with golden-ratio scaling over standard centered binomial distribution.
- AVX2 NTT Butterflies โ 16-way SIMD delivers 6โ7ร throughput. FPGA achieves 40ยตs on VU13P โ 400ร over software baseline.
- Constant-Time Masking โ Full DPA/timing resistance. 1st & 3rd order Boolean/arithmetic masking. TVLA-verified.
| Variant | Security | pk Size | Latency (AVX2) | Use Case |
|---|---|---|---|---|
| VRIL-2048-5 | 256-bit | ~15 KB | < 2ms | Embedded / IoT |
| VRIL-4096-7 | 384-bit | ~46 KB | 2.4ms | Production (default) |
| VRIL-8192-11 | 512-bit | ~180 KB | < 8ms | Ultra-High Security |
| Period | Phase | Milestone |
|---|---|---|
| 2025 Q4 | Foundation | VRIL-KEM Core Specification โ MLWE parameters, CVKDF introduced |
| 2026 Q1 | Cryptanalysis | EasyCrypt IND-CCA2 ยท Coq correctness ยท Jasmin constant-time |
| 2026 Q1 | Performance | AVX2 16-way SIMD ยท FPGA RTL complete ยท ASIC targets documented |
| 2026 Q1 | Security | DPA/timing resistance ยท Boolean & arithmetic masking ยท maskVerif |
| 2026 Q1 | Integration | TLS 1.3 ยท OpenSSL provider ยท Hybrid X25519+VRIL-KEM ยท < 5ms overhead |
| 2026 Q2 | Upcoming | VRIL-AI v1 ยท VRIL-ZIP Beta ยท IETF draft for VRIL-KEM TLS extension |
01 Proof-First Design Security is not claimed โ it is machine-checked.
02 Hardware to the Metal AVX2 โ FPGA โ ASIC. Software descends to silicon.
03 Cohesive Ecosystem CVKDF in KEM is the same engine powering VRIL-ZIP.
04 Side-Channel Resistant Constant-time arithmetic from the first line of code.
05 Open Derivation Every improvement traces to a specific, named flaw.
06 Production from Day One No mocks. No TODOs. No placeholders. It ships.