Autonomy for the Maritime Battlespace
Open-architecture autonomy, integrated mission systems, and scalable vessel technology built so defense and security teams can field smarter platforms without being locked into a closed ecosystem.
Open Autonomy for Unmanned Vessels
RS1.1 gives Gulf Coast Tactical platforms the intelligence, control, and flexibility for real maritime operations where vessels must navigate traffic, push through degraded comms, hold mission objectives, and adapt on the water. It runs the full spectrum: direct operator control, semi-autonomous behaviors, and fully autonomous mission execution.
Built for multi-vessel operations. Dynamic group control enables formation keeping, distributed area surveillance, coordinated tasking, inter-vessel communication, and network-aware mission re-tasking.
Capabilities
Need Autonomy that holds up in real operations?
Vessel, Autonomy, Sensors, Comms, and Payloads — As One System
Innovation doesn’t stop at the hull. We integrate the systems that make a vessel mission-ready, using a consistent ecosystem across the fleet.
That turns a collection of components into a complete operational platform for ISR, patrol, counter-UAS support, long-endurance unmanned operations, or payload-specific prototyping.
Integration includes
For larger unmanned platforms, integration extends to payload bays, reinforced mounts, dynamic trim control, and heavy-duty aluminum construction. The Nemesis carries a large payload hatch and 1,500 lb capacity; the Sea-Lynx adds a reinforced payload pad and supports larger heavier payloads.
Have a sensor, payload, or comms package to integrate? Start a system integration discussion
Radar System
Precision Maritime Tracking | Mult-mode Operation | All-Weather Capability
Counter-UAS Effector
Drone mitigation & neutralization | Portable Unmanned Defence | Rugged and Deployable
EO/IR Camera
Long-Range Detection | Stabilized PTZ | Day/Night & All-Weather
Command from Shore, Ship, or Tactical Node
A secure, browser-based command interface lets operators plan, monitor, and control missions in real time. The system is built for dynamic operations not just static route following: define objectives, set routes, monitor status, adjust tasking, and rely on autonomous fallback when comms degrade.
Capabilities
Need mission planning for autonomous or remote platforms?
Our Innovation Process
How we stay at the bleeding edge of the tactical maritime environment.
Battlefield Feedback
Direct input from current conflict zones and operational environments
Innovative Design
Rapid prototyping and design improvements based on real-world needs
Efficient Production
Streamlined manufacturing in our New Iberia, LA facility
FIeld Deployment
Rapid delivery to operational theaters worldwide
Practical Innovation, Built to Field
The future battlespace demands more autonomy, faster deployment, better interoperability, lower operator exposure, distributed sensing, and fleet-scale operations. Our roadmap targets fieldable technology not technology for its own sake.
Planning next-generation autonomy or distributed unmanned operations?
AI-enabled growth
Interoperability
RS1.1 is built on a modular backbone and supports common naval protocols for future naval and coalition integration.
