Global waterways remain among the most unpredictable and dangerous environments to navigate, especially congested ones like the Mississippi River, the Port of Savannah, and the Ports of Los Angeles and Long Beach. Manned or unmanned, vessels must contend with limited visibility, dynamic hazards, erratic third-party behavior, and rapidly changing environmental conditions.
For unmanned systems in particular, navigation has been the critical failure point despite hundreds of millions of dollars in investment over the past few years into unproven or underperforming autonomy platforms. Mythos AI quietly changed that equation with its own fully autonomous Mythos Navigation (MNAV) system. With a commercial-first mindset, a field-tested product stack, and a lean team focused on results, the company created an autonomy system that exceeds the performance of many government-funded initiatives at a fraction of the cost.
“The limiting factor to scaling autonomy for the Navy is navigation. That’s why we set out to establish the gold standard for autonomous navigation, starting with a commercial-first mentality,” said Geoff Douglass, CEO of Mythos AI. “By proving our system in the toughest environments, we’ve built the system that both industry and defense have been waiting for.”
Across its fully autonomous MNAV deployments, Mythos AI has achieved unmatched figures that include:
- 11,000+ miles logged in full autonomy
- 15,000+ COLREG-compliant interactions executed in busy waterways
- An operating envelope from idle to 30 knots, including performance in heavy traffic
- 3,500+ hours of proprietary perception data
- 150+ million radar and camera frames for continuous AI training
One of Mythos AI’s most impressive real-world demonstrations comes from its autonomous vessel “Archie,” which recently operated in the notoriously busy Houston–Galveston Ship Channel. In just a number of days, Archie navigated 803 miles entirely in autonomous mode, maintaining an average speed just under 21 knots while executing 1,290 fully autonomous, COLREGs-compliant interactions. Its command-and-control (C2) technology is modular, field-ready, and integrated with multi-vessel coordination capabilities.
In addition to its fully autonomous product, Mythos AI recently launched its Advanced Pilot Assist System (APAS), a world-first, COLREGs-compliant autonomy solution engineered to navigate like a seasoned mariner. Built as a derivative of the company’s MNAV system, APAS is a world-first system that learns directly from experienced captains and assists only when needed, acting as an intelligent co-pilot rather than a replacement. It sees, reasons, and reacts, providing total awareness and safe maneuvering logic in real time. By embedding this decision support into everyday navigation, APAS helps prevent incidents, reduce downtime, and optimize real-time performance.
APAS is already operating in some of the most active and complex maritime corridors in North America, including the Mississippi River and the Houston–Galveston Ship Channel, and it has US Coast Guard approval to operate across US ports and harbors.
The value of Mythos AI’s MNAV and APAS autonomous shipping packages is not going unnoticed. Mythos AI’s technology has been included in fifteen defense teaming initiatives, including partnerships with a Top 10 US shipyard and multiple Tier-1 Navy prime contractors. The company also recently won the Mississippi Small Business Development Center Blue Economy Innovator of the Year Award and announced pilot projects with Southern Devall on the Mississippi River and CB Tankers and Lomar shipping for tanker ship operations.
