AI systems that identify the source of cyber attacks, turning anonymous threats into actionable intelligence for policy and response.
Services

AI systems that identify the source of cyber attacks, turning anonymous threats into actionable intelligence for policy and response.
Our AI attribution tools analyze malware code, infrastructure patterns, and attack vectors to link cyber incidents to specific threat actors with >90% confidence. This transforms raw threat data into evidence for diplomatic and retaliatory decisions.
Move from reactive defense to proactive deterrence by holding adversaries accountable.
MITRE ATT&CK frameworks and SIEM platforms.Built for national security agencies and critical infrastructure operators, our systems operate within air-gapped environments and comply with the strictest data sovereignty mandates. Learn how we harden models against adversarial attacks in our guide to AI Red Teaming and Adversarial Defense.
Move beyond detection to definitive attribution. Our AI-powered cyber attack attribution systems deliver the high-confidence intelligence needed to support decisive policy, diplomatic, and retaliatory actions against nation-state and criminal threat actors.
We deliver AI models that analyze malware code, infrastructure patterns, and TTPs to attribute attacks to specific APT groups or nation-states with quantifiable confidence scores, enabling targeted response strategies. This shifts intelligence from 'likely' to 'actionable'.
Our systems provide auditable, evidence-based intelligence trails that map attacks to geopolitical actors, supplying the technical proof points required for diplomatic engagements, sanctions, and public attribution statements.
By modeling adversary behavior and infrastructure evolution, our AI enables predictive threat hunting, identifying preparatory activity and emerging campaigns before full-scale execution, moving your posture from reactive to preemptive.
Our attribution engines are engineered for seamless integration with existing national security platforms and intelligence community data standards (e.g., STIX/TAXII, MISP), ensuring operational compatibility and streamlined analyst workflows.
Advanced clustering and anomaly detection algorithms filter out noise and irrelevant data, focusing analyst attention on high-priority, high-confidence attribution leads. This dramatically increases operational efficiency and reduces alert fatigue.
We build systems that generate court-grade forensic reports detailing the technical lineage of an attack, creating the evidentiary foundation required for legal or kinetic countermeasures under international law and rules of engagement.