MANNED-UNMANNED TEAMING

MULTI-VEHICLE MANNED/UNMANNED SOLUTION - MUM-T

Kutta’s Multi-Vehicle MUM-T provides safe (DO-178C Certifiable) and effective Unmanned Aircraft System (UAS) command and control. The MUM-T scales from ground-based Tactical Operations Centers (TOC) to the cockpit of manned aviation assets. The MUM-T’s Modular Open Systems Architecture (MOSA) is aligned with the Army’s reference architecture and allows an operator to easily take “Supervised Control” of multiple UAS through an intuitive user interface. The system is compliant with existing Army Program of Record assets and is the perfect fit for the next generation of Air Launched Effects (ALEs).

MULTI-VEHICLE MANNED/UNMANNED TOOLKIT - SAFE MUM-T

Kutta’s Multi-Vehicle MUM-T Toolkit (MUM-TK) provides safe (DO-178C Certifiable) and effective Unmanned Aircraft System (UAS) command and control. The MUM-TK scales from ground-based Tactical Operations Centers (TOC) to the cockpit of manned aviation assets. The MUM-TK’s Modular Open Systems Architecture (MOSA) is aligned with the Army’s reference architecture and allows an operator to easily take “Supervised Control” of multiple UAS through an intuitive user interface. The system is compliant with existing Army Program of Record assets and is the perfect fit for the next generation of Air Launched Effects (ALEs).

Unmanned Aircraft Systems (UASs) have proven to be effective for providing an “eye in the sky” to protect the warfighter and ensure mission objectives are successful. UAS technology has evolved from straightforward Intelligence, Surveillance, and Reconnaissance (ISR) missions for situational awareness, to Manned-Unmanned Teaming (MUM-T) scenarios that allow aviators to control UASs from their own aircraft.

The next evolutionary phase in MUM-T is to integrate Artificial Intelligence and Machine Learning (AI/ML) software algorithms into the UAS platform. This enables a collaborative MUM-T environment that reduces workload for the warfighter. Kutta is a leader in innovative, airworthy software technologies to support this next evolutionary phase in MUM-T capabilities.