Sustaining mission-ready performance across multi-vendor uncrewed surface vessel (USV) fleets requires coordinated operations, standardized procedures, and proven technical expertise. FathomOps™ is the framework our mariners, USV pilots, maintenance teams, safety specialists, and compliance experts follow to deliver a comprehensive mission support package for autonomous vessels.

Built on ISO 9001 and ISO 14001 principles, FathomOps™ provides turnkey operations, maintenance, and piloting services that ensure consistency, safety, and environmental compliance. Our teams execute every deployment under the FathomOps™ framework, uniting operations, maintenance, and safety disciplines to achieve consistent performance across diverse maritime platforms.

Realistic threat replication is critical to preparing warfighters for the challenges posed by emerging autonomous systems. FathomRed™ provides custom-built uncrewed surface and ground vessels (USVs and UGVs) that emulate adversary signatures, profiles, and behaviors for live-fire, electronic warfare, and weapons test and evaluation (WT&E) events.

Our engineering teams design and configure each system to replicate specific threat dynamics, while experienced operators deliver turnkey deployment, control, and data collection during events. FathomRed™ enables fleet and range customers to conduct complex, repeatable scenarios that enhance realism, validate tactics, and strengthen readiness across training and test environments.

Modern missions require operators capable of building, integrating, and employing uncrewed systems across multiple domains. FathomRX™ delivers practical, scenario-based training that builds real-world proficiency in the assembly, integration, and operation of uncrewed surface, ground, and aerial systems.

FathomRX™ provides a vendor-agnostic baseline understanding of the core components, autonomy fundamentals, and communication pathways that define modern UxS platforms. The curriculum is customizable and continuously updated to reflect evolving technologies, operational lessons, and mission requirements. Courses are conducted in expeditionary environments to simulate real-world conditions, focusing on autonomy integration, maintenance, and mission execution to prepare servicemembers to deploy and sustain robotics at the tactical edge.