One evidence engine.
Four ways to deploy it.
Verifiable, secure, zero-latency systems for the world’s most demanding environments. From post-quantum TLS and governed AI access shipping today to deep-underground mining safety and healthcare revenue cycle integrity.
Scrutari PQ Gateway
Post-quantum TLS in front of the backend you already run. Two DNS records to onboard.
A hardened Rust gateway that terminates ML-KEM-768 + X25519 hybrid TLS in front of the backend you already run. Two DNS records to onboard. Starter is free: no card, no contract.
The gateway terminates the post-quantum handshake at our edge, then re-encrypts the upstream hop to your WAF or load balancer over classical TLS 1.3 (X25519, AES-256-GCM or ChaCha20-Poly1305). Plaintext upstream forwarding is reserved for Enterprise Azure Private Link deployments where the gateway and your origin share a private VNet.
Capabilities
Scrutari AI Gateway
Every model call through one governed, signed, post-quantum door.
Govern the AI your teams already use. One gateway in front of OpenAI, Anthropic, Gemini, and Bedrock, with boundary PHI and PII redaction, fail-closed per-tenant token budgets, and a cryptographically signed audit log for every inference call.
Every call crosses the same hybrid post-quantum edge as the PQ Gateway. MCP tool traffic is governed the same way: per-server allow-lists, tenant-isolated upstreams, and a signed, Merkle-anchored record of every tool call.
Capabilities
Scrutari Edge-Guard
Edge AI appliance for falling-object and structural-failure prevention.
A fully functional, physical Edge AI appliance designed to prevent falling object hazards and structural failures in heavy industrial and mining environments.
Deployed on ruggedized AI compute hardware with a custom boot service. The Rust-native inference pipeline delivers real-time detection powered by a proprietary GPU backend, operating entirely offline with zero cloud dependency.
Lab validated and seeking one scoped field trial on overhead gantries, conveyors, or exposed rock walls. The recorded bench demo on this page is the fastest way to see it work.
Bench demo, recorded October 2026: a staged corrosion target presented to the live system, flagged on device at about 65 ms per frame. Silent by design.
Detect Structural Looseness Before It Becomes a Drop Hazard
Falling objects are the leading cause of fatalities on mine sites and heavy construction. The precursors are detectable, vibrating fasteners, bolt elongation, structural deflection, but they develop between scheduled manual inspection cycles.
Scrutari’s Edge-Guard monitors cranes, gantries, and overhead structures continuously. When torque indicators or structural movement exceed safe thresholds, an alert fires in real time.
Pre-Fall Indicator Detection
Camera captures structural anomaly on overhead gantry
Edge AI runs inference locally in real time
Encrypted JSON alert transmitted to site control room
Work order auto-generated in your EAM system
Minor surface oxidation. Monitor.
Active corrosion. Planned maintenance.
Structural integrity risk. Immediate action.
Failure imminent. Emergency intervention.
Map Degradation Before Failure Occurs
Corrosion on steel structures and spalling on concrete assets are progressive failures. They start small and accelerate, especially in marine, tropical, or chemically aggressive environments. Periodic manual inspection means degradation can advance significantly between checks.
Edge-Guard’s computer vision classifies corrosion severity and maps affected areas over time, giving asset integrity teams a continuous picture rather than periodic snapshots.
Detection Capabilities
Enterprise Asset Management Integration
Detection triggers action. Scrutari integrates directly with existing maintenance systems to close the loop from defect detection to work order.
SAP Plant Maintenance
Automatic creation of PM notifications and maintenance orders from edge detection events.
IBM Maximo
Direct integration with Maximo’s work order modules. Service requests with asset records, failure codes, and evidence attached.
Project Helios
Denied-claims forensics that runs where the data lives.
Not a second platform: Helios applies the same signed-evidence engine as our gateway to denied healthcare claims, producing chain-of-custody appeal packs a reviewer can verify offline.
Built on the same Rust-native engineering principles as Edge-Guard, Helios brings zero-latency data processing to enterprise data integrity challenges, parsing massive volumes of archaic transaction data without overwhelming system resources.
Processes massive volumes of legacy transaction and unstructured data in seconds. Rust’s ownership model gives memory safety and a predictable footprint at scale.
Generates mathematically verifiable audit trails, establishing a secure digital chain of custody for every recovered dollar.
Embedded database with offline-first operation. 100% local data sovereignty with secure cloud synchronization when connectivity returns.
Pick the path that matches your timeline
The PQ Gateway and the AI Gateway are live today. Edge-Guard and Project Helios are delivered through pilot engagement, with a live Command Center demo and a Joint Development Agreement tailored to your operations.