AI for Treaty Monitoring and Verification

Deploy AI models that continuously analyze satellite imagery, seismic data, and open-source signals to detect treaty violations. Our systems automatically flag anomalies like undeclared construction or movement of treaty-limited items, reducing manual analyst workload by over 70% and ensuring 24/7 monitoring vigilance.

Leverage specialized computer vision pipelines for automated object detection and change detection in satellite and aerial imagery. Our models are trained to identify specific signatures of nuclear, chemical, and conventional weapons infrastructure with high precision, directly supporting verification missions outlined in treaties like New START or the NPT.

All AI processing occurs within air-gapped environments or hardware-secured enclaves, ensuring sensitive imagery and intelligence data never leaves sovereign control. Our architecture complies with the strictest data residency and classification requirements, mitigating exfiltration risk and meeting mandates for national security AI.

Move beyond detection to prediction. Our AI platforms fuse multi-source intelligence to model adversary intent and forecast potential treaty violations weeks in advance. This shifts your posture from reactive verification to proactive risk assessment, enabling diplomatic or operational interventions before a breach occurs.

Integrate our AI tools directly into existing command and control (C2) or intelligence analysis platforms. This creates a seamless pipeline from raw sensor data to synthesized, actionable reports, dramatically compressing the OODA loop and providing decision-makers with verified intelligence in minutes, not days.

Our models are hardened against data poisoning and evasion attacks using frameworks like MITRE ATLAS. Every high-confidence finding is accompanied by explainable AI (XAI) outputs—such as highlighted imagery regions or data source attribution—building trust with analysts and providing auditable evidence for diplomatic channels.

We train and fine-tune domain-specific models (e.g., for satellite imagery analysis) within accredited, physically isolated computing environments. This eliminates data exfiltration risk and protects sensitive training datasets, such as classified treaty baselines or intelligence imagery, from external access.

Our hardened pipelines ingest and cross-validate satellite imagery, seismic telemetry, and open-source intelligence within secure enclaves. This unified analysis, performed without moving raw data across networks, enables high-confidence verification of treaty compliance indicators like facility dismantlement or covert activity.

We implement cryptographic hashing and immutable logging for every data point, model inference, and analytical conclusion. This creates a court-ready chain of custody, essential for presenting verification evidence in diplomatic or legal proceedings and ensuring algorithmic decisions are fully traceable.

We proactively test models against data poisoning, evasion attacks, and spoofing using frameworks like MITRE ATLAS. This red teaming ensures your verification AI maintains high accuracy even when faced with deliberate attempts to deceive or degrade its analysis of satellite or sensor data.

We deploy optimized, small-footprint AI models on ruggedized, portable hardware for on-site inspection teams. These systems enable real-time analysis of sensor data in disconnected environments, supporting treaty verification missions without relying on vulnerable network connections.

Our deployment pipelines enforce policy-as-code, ensuring every model update complies with relevant standards (e.g., NIST AI RMF, ISO/IEC 42001). We provide full model versioning, performance drift monitoring, and automated compliance reporting built directly into the operational workflow.