Tamper Detection and Response Systems
A co-processor that attests every inference output — post-quantum signed, confidence-tagged.
Explore the Vision
Discover this technology through five complementary perspectives — from technical architecture to partnership outcomes. Each layer reveals a different aspect of how this innovation creates value.
A co-processor that attests every inference output — post-quantum signed, confidence-tagged.
What It IS
Technical VisionThe architectural essence — what makes this technology work
A dedicated silicon co-processor sitting alongside the neural compute die, witnessing every inference output, capturing the ternary confidence vector, and signing the result with post-quantum cryptography. Every AI output born with a birth certificate.
Abstract
Hardware and software mechanisms for detecting system tampering and executing controlled degradation or failsafe responses.
Visual Essence
A dedicated silicon co-processor sitting alongside the neural compute die, witnessing every inference output, capturing the ternary confidence vector, and signing the result with post-quantum cryptography. Every AI output born with a birth certificate.
Technology Domains
Related Patents
From the silicon-seal visual family
Post-Quantum Cryptographic Signing (Seal³)
Cryptographic trust hardware for neural networks — zero-knowledge proof that the right model ran.
Hardware Enclave Architecture for Secure Execution
Content provenance with quantum-agile signing — the chain of custody for digital truth.
Weight Attestation for Neural Network Models
Ternary weights that never leave the package — non-volatile on-package storage.
Audit Trail and Compliance Logging
A tamper-detection co-processor watching the weights — continuous, inference-independent custody verification.