Caseway and MiTAC Advance Technology Partner to Bring Trusted AI Decision Intelligence to Taiwan’s Defence and Critical Infrastructure

Canadian sovereign AI company and Taiwanese mission-critical systems leader to develop counter-drone, maritime domain awareness,

Caseway and MiTAC Advance Technology Partner to Bring Trusted AI Decision Intelligence to Taiwan’s Defence and Critical Infrastructure Canadian sovereign AI company and Taiwanese mission-critical systems leader to develop counter-drone, maritime domain awareness, and sensor-to-decision solutions for Taiwan and allied markets. Caseway, the Canadian sovereign AI company behind the Synthium decision intelligence platform, and MiTAC Advance Technology Corp., a leader in AI infrastructure, edge computing, and mission-critical public safety systems, today announced a strategic partnership following the execution of a non-disclosure agreement between the two companies. The partnership brings together MiTAC’s proven strength in ruggedized edge computing, smart UAV systems, and defence-grade hardware with Caseway’s Synthium platform, a validate-and-govern decision layer that turns overwhelming volumes of sensor data into audit-ready, explainable, human-in-the-loop decisions.

The two companies will jointly develop proof-of-concept solutions targeting some of the most urgent security challenges facing Taiwan and allied nations today: Counter-UAS (C-UAS) decision support, addressing the explosive growth of hostile drone threats against military installations, airports, ports, and critical infrastructure Maritime domain awareness, including vessel detection and movement tracking across contested waters where grey-zone activity, dark shipping, and undersea cable interference have become persistent threats Sensor-to-decision workflows that compress the time between detection and action, giving operators a decisive edge when minutes matter The partnership responds to a structural problem across allied defence and public safety organizations: sensors are multiplying faster than the humans who must interpret them.

Radar, electro-optical, acoustic, RF, and satellite feeds each produce their own picture, forcing operators to fuse fragmented data manually under time pressure. Synthium sits above existing sensors and platforms as a governed decision layer, fusing multi-