TDTH 2026 Taiwan Defense Technology Hackers at National Taiwan University, focusing on four major directions including drones and Edge AI

The three-day "TDTH 2026 Taiwan Defense Technology Hackathon" debuted at National Taiwan University today, focusing on four major directions: drones, resilient communications, GNSS-denied navigation and Edge AI.

[Reporter Yang Mianjie/Taipei Report] The three-day "TDTH 2026 Taiwan Defense Technology Hackathon" was launched at National Taiwan University today, focusing on four major directions: drones, resilient communications, GNSS-denied navigation and Edge AI. Co-organizer representative Li Gang, director of the National Taiwan University Unmanned Vehicle R&D and Design Center, pointed out that the future competition in defense technology is not only about technological advancement, but also about speed. How to deliver new technologies to users is a big challenge. He hopes to use the competition to establish a long-term entrance to Taiwan's and international defense technology ecosystems, so that Taiwan's engineering and technology talents can more directly participate in global defense and resilience technology innovation.

"TDTH 2026 Taiwan Defense Technology Hackathon" is co-organized by the European Defense Tech Hub (EDTH), the Unmanned Vehicle R&D Center of National Taiwan University, and the National Defense and Security Research Institute. The event gathers talents in software, AI, information security, communications, unmanned vehicles, research and cross-fields for three days of intensive development to create operational, demonstrable and continuously verified technology prototypes based on the actual needs of Taiwan's security, defense resilience and defense technology.

Li Gang mentioned that the rapid evolution of AI, unmanned systems and software-defined technology is changing the time scale of global defense innovation. In the past, defense technology often went through a long cycle of requirement formulation, specification formulation, research and development, testing, procurement and deployment. How to shorten the distance between "requirements, prototypes, verification and application" has become an institutional issue worthy of attention. The U.S. Defense Innovation Unit (DIU) is a representative case. Its public statement pointed out that through mechanisms such as Commercial Solutions Opening (CSO) and Other Transaction (OT), the prototype contract can be completed in about 60 to 90 days at the earliest.

According to the organizer, TDTH 2026 emphasizes "starting from real problems." The challenge topics come from the actual needs faced by Taiwan, the European Union, NATO and other regional partners, covering "gray zone drone intrusion and swarm threats", "resilient communications under interference and submarine cable interruption scenarios", "GNSS-denied environment navigation", "maritime domain awareness", "low-cost perception and autonomous interception", "Edge required for distributed operations" AI", and can be summarized into four major technical challenges: "resilience and supply chain", "navigation and human-machine collaboration", "perception and situational understanding" and "edge intelligence".

EDTH representative Benjamin Wolba said that TDTH 2026 is not only a one-time event in Taiwan, but also an important node in the extension of EDTH's global network to the Asia-Pacific. Through the establishment of the Taiwan Field, Taiwan’s accumulated technological energy in the fields of semiconductors, ICT, AI, information security, precision manufacturing, and unmanned systems will have the opportunity to establish more direct exchanges and cooperation with European and other international defense science and technology innovation communities.