Present at the Creation of the Kill Web: From Manazir’s Navy to Taiwan’s Turn
On 3 November, Taiwan’s Ministry of National Defense told its legislature that the force is moving…
Read More »Three Allies, One Undersea Turn: Korea, Japan and Australia Move Toward Nuclear Submarines
Three U.S. allies in the Indo-Pacific are now moving toward nuclear-powered submarines on different clocks and…
Read More »Beyond Cyber Defense: Building a Resilient Nation
The bill on strengthening national defense introduces a new regulatory framework for the protection of military…
Read More »The One-Way Street Runs the Other Way: Clinton’s WTO Forecast and the BYD Reality
On March 8, 2000, President Bill Clinton went to the Paul H. Nitze School of Advanced…
Read More »From Leipzig to Abqaiq: Why Drone Defense Is Now a Whole-of-State Problem
U.S. gaps in drone defense, highlighted by retired Rear Admiral Mark Montgomery, raise questions about the…
Read More »Time Is Not an Independent Variable: Why the Navy Must Hold the UJTS Award Date
Since Boeing withdrew the T-7A Red Hawk from the US Navy’s Undergraduate Jet Training System (UJTS)…
Read More »
A German research project that simulated fights between fleets of uncrewed maritime systems has found that results depended less on the number or quality of individual platforms than on how their capabilities worked together. It also found that tactics produced by large language models (LLMs) usually lost to tactics from specialised AI agents, according to hartpunkt’s report by Lars Hoffmann. The results were shown on Thursday, 5 November, at the GhostPlay@SEA Demo Day in Berlin. The project is a dtec.bw research effort led by the German AI company 21strategies, working with Helmut Schmidt University and industry partners TKMS ATLAS ELEKTRONIK, Hensoldt, Rheinmetall Defence Electronics and Borchert Consulting & Research. Over the past few years, the team ran more than 5,000 simulations of maritime scenarios. Each run changed one...