<strong><em>Customer:   </em></strong><a href="https://antx.org/coastal-trident/">US Navy, ANTX Coastal Trident Program</a>

<strong><em>Solution Team:   </em></strong><a href="https://numurus.com/">Numurus</a>, <a href="https://videoray.com/">VideoRay</a>, and <a href="https://www.seebyte.com/">SeeByte Inc</a>

<strong><em>Application:  </em></strong>Underwater robotic inspection operations following a major marine port incident.

<strong><em>Situation:</em></strong>  Current underwater robotic inspection processes require pilots to spend a lot of time manually monitoring, logging, and transporting inspection data.

<strong><em>Challenge:</em></strong>  Automating underwater robotic inspection operations requires interfacing a lot of technologies like underwater cameras, sonar, lasers, inertial navigation systems, vehicle control systems, pilot interfaces, low-bandwidth communications, and cloud connectivity with artificial intelligence and automation solutions.

<strong><em>Solution:  </em></strong>A VideoRay Defender ROV upgraded with Numurus’ NEPI smart systems software and processing hardware, provided everything needed to achieve a subsea smart inspection system usable by ROV pilots.

<strong><em>Result</em></strong><strong><em>:  </em></strong>A ROV-based smart inspection system  was rapidly created.  The system automated critical data collection and real-time information distribution running mission-specific AI models by SeeByte and achieved the desired marine incident response automated inspection solution.

<strong>Future:  </strong>Expand AI model and automation script libraries to support additional smart inspection applications.