A silhouetted boat carrying three crew members in tactical gear maneuvers across calm water during a DIGIT demonstration. Image: Integer Technologies
GIF Promo

Columbia-based Integer Technologies wants to put naval forces one step ahead in modern maritime operations with its new predictive-intelligence platform.

Called DIGIT Mission Assurance Platform, it blends virtual models with real-time environmental data to help commanders anticipate, coordinate, and adapt missions at the tactical edge.

Built to thrive in contested or denied environments, the tech uses live sensor feeds with advanced modeling to deliver continuous situational awareness across manned and unmanned vessels.

Personnel in a naval command center utilize the DIGIT to monitor digital mission maps and global data feeds for enhanced decision support. Image: Integer Technologies

DIGIT is designed to scale across surface and underwater platforms, from current battleships to future frigates and next-gen sea drones.

“The next-gen of defense technology will be defined by software that can anticipate, not just respond,” said Duke Hartman, co-founder and chief executive officer at Integer Technologies .

“It represents a fundamental shift toward mission-aware technology, giving operators and autonomous systems the foresight to make confident decisions to deliver successful mission outcomes.”

Mission Modules

DIGIT is set to roll out with three mission-focused modules.

The DIGIT interface displays a digital mission map for an unmanned undersea vehicle, tracking environmental interactions and calculating mission success probability. Image: Integer Technologies

The first, DIGIT COMMAND, is a multi-agent mission manager for shore-side commanders that adds a decision-support layer to existing command-and-control systems.

DIGIT CORE is the onboard framework that handles perception, planning, and problem-solving, giving operators tighter control and making the craft more responsive.

Using live data and onboard modeling, it keeps tabs on propulsion and power, flags faults early, and helps crews take corrective actions before issues escalate.

The third module, DIGIT UxV, is built for unmanned surface and underwater vehicles, enabling mission planning and adaptation even with limited connectivity.

It also simulates how platforms will interact with the environment, providing a tactical edge during operations.

You May Also Like

US Eyes ‘Tactical Moving Map’ to Supercharge Aircrew Awareness

The DIU’s modular mission engine delivers real-time tactical moving map capability for aircrews operating in signal-denied environments.

Swarms of ‘Spy Cockroaches’ Set to Creep Into Germany’s Defense Strategy

A cyborg cockroach is a live insect that can be remotely steered, collect real-time data, and communicate securely in cluttered or high-risk environments.

LIG Nex1 to Build South Korea’s First Stand-Off Electronic Warfare Aircraft

South Korea is converting a business jet into its first stand-off electronic warfare aircraft, enabling long-range jamming and deception outside hostile airspace.

One Controller to Rule Them All? Kutta Rolls Out Streamlined Solution for Drone Ops

The KTAC 2.0 is a rugged, handheld controller that unifies command of multiple uncrewed systems, supporting both tethered and wireless operations.