Three-Lock Bootstrap
Protected re-encryption with three independent security layers. Conjunction security: all three must be broken simultaneously.
Three-Lock ArchitectureOverview
Technical documentation and public research.
Kiosk Architecture
Self-destructing FHE on consumer hardware. Disposable computation units that exist only during active use.
Explore KioskNINE65 for SaaS
Process encrypted data without decryption. Sub-millisecond latency, zero floating-point.
Explore SaaSBenchmarks
Real v7 performance data. Encrypt, multiply, decrypt timings across security configurations.
View BenchmarksFormal Proofs
70+ machine-checked proofs in Coq and Lean4. Zero admitted. Zero sorry.
View ProofsTechnology
Integer-only FHE from first principles. Four-layer exact arithmetic stack.
See TechnologyThe SaaS Privacy Revolution
NINE65 v7 lets SaaS platforms compute on data they can never see. Unlimited-depth, formally verified, and ready for deployment.
Sub-Millisecond Latency
Core FHE operations complete in under 1ms. Depth-50 circuits with K-Elimination exact rescaling.
Zero-Knowledge Analytics
Run scoring models and predictive analytics on encrypted financial, medical, or legal data.
Enterprise-Grade Security
Constant-time operations, safe Rust, zero floating-point, and 935+ passing tests across 7 workspace crates.
Three-Lock Protection
Conjunction security during bootstrap: Shannon mask, RLWE outer encryption, and Clockwork inner — all three must be broken simultaneously.
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Licensing, partnerships, or research collaboration.