ancient knowledge · future technology
post-quantum cryptography · neural intelligence · entropy compression · deep-tech · ancient wisdom is computational power
At VRIL LABS, our goal is to bridge the gap between alternative physics and modern software. To learn more about what inspires us, go to vril.li/inspiration.
A showcase of purpose-built and precision-engineered systems.
| Component | Domain | Key Specs |
|---|---|---|
| VRIL-KEM | Post-Quantum Cryptography | 384-bit quantum security · MLWE n=4096 · 7-layer CVKDF · IND-CCA2 (EasyCrypt) |
| VRIL-AI | Neural Intelligence | betterFANN architecture · WASM runtime · UiLLM interface (active dev) · typed tensor flows |
| VRIL-ZIP | Entropy Compression | 7-layer Fibonacci cascade · φ-weighted · lossless · CVKDF-integrated |
| VRIL-PROXY / MESH / CERT / HSM | Ecosystem | Sovereign infrastructure stack — 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 η = 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 — Classical linear key-compression replaced by 7-layer Fibonacci-weighted geometric cascade. EasyCrypt-proven 2⁻¹²⁸ bound.
- HI-Gaussian vs CBD — Hierarchical-Interleaved Gaussian with golden-ratio scaling over standard centered binomial distribution.
- AVX2 NTT Butterflies — 16-way SIMD delivers 6–7× throughput. FPGA achieves 40µs on VU13P — 400× over software baseline.
- Constant-Time Masking — 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 — MLWE parameters, CVKDF introduced |
| 2026 Q1 | Cryptanalysis | EasyCrypt IND-CCA2 · Coq correctness · Jasmin constant-time |
| 2026 Q1 | Performance | AVX2 16-way SIMD · FPGA RTL complete · ASIC targets documented |
| 2026 Q1 | Security | DPA/timing resistance · Boolean & arithmetic masking · maskVerif |
| 2026 Q1 | Integration | TLS 1.3 · OpenSSL provider · Hybrid X25519+VRIL-KEM · < 5ms overhead |
| 2026 Q2 | Upcoming | VRIL-AI v1 · VRIL-ZIP v3 · IETF draft for VRIL-KEM TLS extension |
01 Proof-First Design Security is not claimed — it is machine-checked.
02 Hardware to the Metal AVX2 → FPGA → 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.
