AI That Works Where Connectivity Doesn't
Agentic edge AI platform and federal implementation services for spacecraft autonomy, defense operations, and mission-critical applications.
Kellar AI Systems (KAIS) delivers agentic AI architectures for spacecraft operations, disconnected military systems, and mission-critical applications. We bridge cutting-edge research and real-world mission delivery—building and deploying autonomous decision-making systems, not just advising.
🏛️ Federal (TEST) Agencies
Move AI Pilots to Production
We help federal agencies transition AI from successful pilots to production-scale deployments. Our proven implementation services address security, compliance, and operational requirements—delivering production-ready AI systems built to integrate with AWS and leading AI platforms.
🛰️ Spacecraft Autonomy
Multi-Agent Architecture for Space
Our SBIR/STTR-aligned Command-to-Decision AI platform enables spacecraft to make intelligent decisions without ground control. Using agentic architectures with sensor fusion and CMAC algorithms, we deliver autonomous operations in the harshest environments.
🔗 Commercial Edge Computing Proven Autonomous Systems
Technology designed for autonomous spacecraft operations translates to commercial applications in maritime, energy, and industrial sectors. Our multi-agent edge AI solves challenges in remote or disconnected environments where reliability is non-negotiable.
"Why KAIS is Different" - 3 differentiators:
Unlike Large Contractors
Direct access to Ph.D. technical leadership
No layers of program managers
Unlike AI Consultancies
We build and deploy production systems
Not just strategy documents
Unlike Research Labs
Operational systems with proven risk mitigation
NASA SBIR heritage
Built for Mission-Critical Operations
Ph.D.-level aerospace expertise, STTR-aligned research, and proven autonomous systems with independent validation.
STTR-Aligned Research
Space Force STTR proposals under review with independent validation by Southwest Research Institute. Our KAIS™ platform delivers proven multi-agent architecture for spacecraft autonomy.
Spacecraft Systems Leadership
NASA SBIR Principal Investigator experience and 40+ years aerospace systems engineering. Dr. Donald Platt led ISS flight experiments; Lee Wooldridge holds multiple aerospace patents.
Flight Heritage
nanosatellite inertial systems, and multi-sensor fusion. Our algorithms have operated in space—proven reliability for mission-critical applications.