AI at the Edge Technology for Space, Federal Government, and Commercial Edge Solutions

Space & Spacecraft Autonomy

Spacecraft operations face extreme challenges including communication latency (Mars: 4-24 minutes), radiation exposure, power constraints, and complete communication blackouts. Our STTR-aligned Concept-to-Disposition AI (CtoDAI™) platform enables spacecraft to make intelligent decisions without ground control, supporting USSF space domain awareness, NASA deep space exploration, and commercial satellite operators requiring autonomous mission management in LEO through cislunar orbits.

Key Applications:

Autonomous collision avoidance for LEO constellations
On-orbit anomaly detection and response without ground intervention
Cislunar mission autonomy beyond communication range
Spacecraft health monitoring with fault-tolerant operations
Autonomous Constellations/SWARM reconfiguration based upon mission needs

Federal Government & Defense

Federal agencies and defense operations require production-ready AI systems that transition from successful pilots to mission-critical deployments with security, compliance, and reliability guarantees. Our fixed-price implementation packages deliver secure, compliant AI systems designed for deployment on AWS GovCloud with enterprise AI platform integration readiness, backed by WOSB/8(a) eligibility and NASA SBIR heritage with independent validation by Federal Research Institute.

Key Applications:

AI pilot-to-production transitions for federal agencies
Tactical edge computing for disconnected military operations
Mission-critical platform deployments with ATO documentation support
NIST 800-53 compliant AI implementations with formal verification

Commercial Edge Computing

The KAIS Platform™ technology designed for autonomous spacecraft operations translates directly to commercial applications requiring reliability in remote or disconnected environments. Our KAIS Platform™ multi-agent edge AI processes data locally, makes autonomous decisions, and operates continuously even during communication blackouts —delivering the same mission-critical reliability that spacecraft require for commercial operations in industrial, logistics, and distributed infrastructure applications.

Key Applications:

Remote operations requiring autonomous decision-making capabilities
Industrial IoT deployments in areas with unreliable connectivity
Distributed operations requiring local intelligence and real-time response
Commercial pilot programs for edge computing validation

Autonomous Edge Computing for Remote Operations

Autonomous vessel operations, offshore platform monitoring, and subsea systems require reliable edge AI in environments where satellite connectivity is intermittent and reliability is critical. KAIS systems augment maritime connectivity solutions and operate seamlessly with existing SATCOM, radio, and maritime communications networks. Working alongside satellite communications infrastructure, our AI enables autonomous decision-making for maritime vessels, offshore energy platforms, and subsea robotics operating beyond reliable communications range.

Key Applications:

Autonomous vessel navigation during communication blackouts
Offshore platform anomaly detection and automated response
Subsea robotics operating beyond tether range
Maritime logistics in remote waters
KAIS provides autonomous decision-making systems that operate alongside existing satellite and telecom infrastructure, not in place of it.

AI for Intermittent Connectivity Environments

Remote energy operations—from wind farms to pipeline monitoring to distributed power generation—need autonomous systems that respond instantly to changing conditions. Complementing telecommunications infrastructure, our edge AI platform enables real-time optimization and anomaly detection at distributed sites, ensuring operational continuity even when central control systems are unreachable.

Key Applications:

Offshore wind farm autonomous operations
Remote pipeline monitoring and leak detection
Distributed solar/battery optimization
Critical infrastructure protection in contested environments