Odyssey Advanced Autonomy

Advanced, intelligent autonomy solutions for platforms in multiple domains

HII’s Odyssey Advanced Autonomy Solutions® transform any vehicle into an intelligent robotic platform. Delivered from a variety of vehicle, module and algorithm-level implementations across platforms, sensors, payloads and missions, Odyssey Advanced Autonomy Solutions^® enable multi-vehicle collaborative autonomy, sensor fusion and advanced perception.

The solution is built on a robust, International Regulations for Preventing Collisions at Sea (COLREGS)-compliant autonomous navigation system and a modular, software-defined architecture that allows for rapid adoption to any platform or mission set and easily integrates third-party payloads, sensors and autonomy suites.

Odyssey Advanced Autonomy Solutions® is currently integrated into REMUS and ROMULUS platforms in 30 countries.

Mission Application

Odyssey Advanced Autonomy Solutions® can integrate on USVs, UUVs, UGVs, UAVs or any manned platform in any domain to increase autonomy and enhance distributed operations.

Advantages

Adaptability: Scalable from human-assisted operations to full AI-enabled independence.
Intelligent Transformation: Converts platforms into intelligent robotic systems capable of advanced autonomy and multi-vehicle collaboration.
Seamless Integration: Supports smooth operation on both crewed and unmanned platforms with intuitive mission planning interfaces.
Field-Proven Reliability: Backed by more than 20 years of development and rigorous testing for robust, trusted performance.

Features

Full sensor, navigation, propulsion, vehicle control and payload management.
Operates in limited or no bandwidth multi-domain environments.
Intuitive user interface for mission planning and monitoring.
Enhanced situational awareness and health monitoring options.
Robust, reliable COLREGS compliant navigation.
Wide-ranging library of single and multi-agent mission behaviors for complex mission scenario creation.
Data management for secure storage and real-time or post-mission analysis.
Open architecture, modular design compatible with customer or third-party sensors, payloads, algorithms and interfaces.
Adheres to open architecture standards, including Unmanned Maritime Autonomy Architecture (UMAA), Robot Operating System (ROS) and Data Distribution Service (DDS).