--Core Competencies

Open architecture technologies and software development 
Interoperability, intervention, and high-level tasking for advanced robotic systems
Full & supervised autonomy for surface, subsea, and diver vehicles including over-the-horizon communications 
Systems integration and payload management 
SWaP-C optimized navigation and control for unmanned marine robotics 
Vehicle control for surface and subsurface systems 
Operator integration and Human Machine Interfaces for intelligent systems
 

--Differentiators 

OPENSEA, open architecture software platform for robotics 
Open, modular, hardware-agnostic, and developer-agnostic technologies 
Supervised autonomy for efficient and effective cooperative employment of robotics 
Novel sensor fusion and state estimation algorithms for GPS-denied navigation, patent-pending heading algorithm 
Navigation and control technologies used as part of ANU-listed, NAVSEA 9310-certified diver propulsion device
 

--Past Performance

DARPA Phase 2 + Option SBIR: Feature-based Navigation and Localization for Miniature UUVs 
ONR STTR Phase 2: Autonomous Hull-Grooming Vehicle 
NAVSEA Phase 2 SBIR: Long-range standoff command and control of ROVs 
ONR SBIR Phase 2: Autonomous Surface Vehicle 
ONR SBIR Phase 1: Over-the-Horizon Comms 
Current provider of navigation and supervised autonomy for: USN & Worldwide Explosive Ordnance Disposal