SIRBAI combines distributed intelligence, mission intelligence, and secure command-and-control to enable swarms to operate effectively, even in contested, low-connectivity environments. The platform scales from small tactical drones to advanced unmanned combat systems.
Lower-cost missions executed at scale
High-precision autonomy with decentralized decision-making at machine speed
Unified ecosystem: C2, mission planning, AI pilots, and swarm execution
One operator controlling heterogeneous drone fleets
Future-ready architecture adaptable to evolving mission needs
Together, these systems create a secure, modular architecture that supports rapid development, coordinated maneuvers, and autonomous adaptation across mission profiles.
SIRBAI’s architecture is designed around established defense decision-making frameworks, including the OODA loop. SIRBAI C2 empowers operators to observe and orient by aggregating sensor data, terrain analysis, and mission context into a unified operational picture. SIRBAI CognitiveCore accelerates decision-making by translating adaptive mission plans, continuously assessing changing conditions and generating optimized courses of action. SIRBAI Swarm executes at the edge, acting and reacting in real time through distributed autonomy, securing operations inside adversary decision cycles.
Together, the three layers reduce latency, lower cognitive burden, and enable faster, more resilient operational outcomes.
SIRBAI is designed to integrate seamlessly with existing platforms and legacy command systems. Its modular architecture and interfaces allow individual components to be deployed independently or layered onto in-service systems. SIRBAI offers rapid adoption, incremental capability upgrades, and interoperability across heterogeneous fleets, while preserving existing investments and operational workflows.