THE DETERMINISTIC GUARDRAIL FOR AUTONOMOUS AI.
Bridging the gap between probabilistic intelligence and physical certainty. GOLDKEEPER™ is a groundbreaking hardware-enforced safety interlock architecture designed to govern non-deterministic AI controllers in mission-critical environments.
THE "BLACK BOX" DILEMMA IN MISSION-CRITICAL SYSTEMS
Modern autonomous systems—from robotics and drive-by-wire vehicles to medical devices and critical infrastructure—rely on probabilistic AI for decision-making. However, these stochastic models suffer from inherent systemic failures:
- Algorithmic Hallucinations: Generating physically impossible or catastrophic commands during edge-case scenarios (OOD Drift).
- Unbounded Latency: Planning loops routinely require 200–400 ms, violating strict real-time safety bounds.
- Lack of Deductive Proof: Probabilistic models cannot mathematically guarantee safety, failing rigorous industrial compliance (IEC 61508 SIL 3/4, ISO 26262).
THE GOLDKEEPER™ ARCHITECTURE
We introduce an Asymmetric Decoupled Pipeline. The AI plans; GOLDKEEPER verifies. By physically isolating the stochastic AI planner from a hard-real-time, deterministic verification kernel, we ensure that no AI-generated command is executed unless it is mathematically proven to be safe.
Deductive SMT Logic
Proposed actuation vectors are evaluated against formal mathematical axioms (physical laws, spatial boundaries, kinetic ceilings) in real-time.
Hardware Fail-Closed Actuation
If the logic solver yields a mathematical contradiction (UNSAT), it instantaneously triggers physical galvanic isolation, bypassing the AI entirely.
Cryptographic Audit Continuity
Every intercepted hazard extracts a minimal unsatisfiable subset (UNSAT Core), sealed via SHA-256 hash chains into an immutable append-only TPM ledger.
PROVEN REAL-TIME PERFORMANCE
AI Inference Overhead
Average stochastic planner latency: ~250ms - 350ms. Too slow for physical safety requirements.
GOLDKEEPER Verification
SMT logic constraint solving is executed in 0.5ms - 6.5ms (WCET), operating ~70x to 300x faster than the AI agent.
Absolute Containment
100% deterministic interception of hazard vectors. Hardware interlock relay tripped in <8.0 ms.
PARTNER WITH US
Our architecture is currently being validated for integration across aerospace, medical robotics, and critical infrastructure (OT) defense vectors. To request the full Executive Summary, Technical Benchmarks, and IP Scope, please submit your details below.