AI for Arms Control Monitoring

Deploy computer vision models that automatically detect, count, and classify treaty-limited items like missile launchers or armored vehicles from satellite imagery, achieving >95% accuracy and reducing manual review time by 80%.

Fuse satellite imagery with radiation sensor telemetry, seismic data, and open-source declarations into a unified compliance dashboard. Cross-validate disparate intelligence sources to identify discrepancies and potential violations with higher confidence.

All analysis pipelines and model training are executed within accredited, air-gapped computing environments or hardware-secured enclaves. Ensures full data sovereignty and chain-of-custody, compliant with ICD 503 and NIST SP 800-53.

Move from reactive monitoring to proactive verification. AI models analyze historical patterns and current activity to generate probabilistic alerts for potential treaty breaches weeks before manual inspection cycles, enabling diplomatic intervention.

Automate the initial triage and analysis of vast geospatial datasets, allowing human inspectors to focus on high-probability anomalies. Dramatically cuts the personnel and time required for comprehensive treaty verification rounds.

Every AI-generated finding is backed by a traceable evidence chain—source imagery, model confidence scores, and correlated data points. Produce standardized, court-admissible compliance reports for oversight bodies and international partners.

Every system is architected from the ground up with zero-trust principles, hardware-based TEEs for sensitive data, and air-gapped deployment options. We eliminate single points of failure and design for resilience against electronic warfare and adversarial AI attacks.

We implement cryptographic hashing and immutable audit logs for all sensor data, imagery, and model inferences. This creates a verifiable chain of custody essential for treaty compliance reporting and forensic analysis, ensuring outputs are tamper-evident.

Our models undergo rigorous testing using frameworks like MITRE ATLAS. We simulate data poisoning, evasion attacks, and prompt injection to harden systems against manipulation, ensuring reliable performance in contested information environments.

We specialize in deploying fully functional AI systems within air-gapped networks or sovereign cloud enclaves. Data processing and model inference remain strictly within designated geopolitical boundaries, complying with the strictest national security mandates.

We navigate complex accreditation processes (ATO, ILs). Our development artifacts and security documentation are engineered to meet DoD SRG, NIST RMF, and ISO/IEC 27001 standards from day one, accelerating your path to operational approval.

We deploy optimized, small-footprint models on ruggedized edge hardware for real-time analysis of satellite feeds or sensor data in disconnected, intermittent, low-bandwidth (DIL) environments, ensuring functionality where cloud connectivity is unavailable or denied.