Expeditionary Digital Support Platform for Unmanned Underwater Vehicles

The project is focused on designing and developing an expeditionary digital analytical platform for operations and sustainment at the edge for small class Unmanned Underwater Vehicles (UUV) with an eye to future applicability for other platforms. It will result in a web-based platform providing worldwide capability through a single source with near real-time access to configuration management, operations, logging, maintenance, and logistics as a “virtual” Field Service Representative (FSR). Beyond localized repair and maintenance, any field station will capture, aggregate, and use operational and sustainment data for CBM+ decision making to support mission completion. The project is focused on designing and developing an expeditionary digital analytical platform for operations and sustainment at the edge for small class Unmanned Underwater Vehicles (UUV) with an eye to future applicability for other platforms. It will result in a web-based platform providing worldwide capability through a single source with near real-time access to configuration management, operations, logging, maintenance, and logistics as a “virtual” Field Service Representative (FSR). Beyond localized repair and maintenance, any field station will capture, aggregate, and use operational and sustainment data for CBM+ decision making to support mission completion.