Germany highlights AI and uncrewed systems in mistakenly released naval force structure plans
The German Navy ship Brandenburg participates in Exercise Steadfast Defender 2021. (Photo: US DoD)
In a now-deleted web post, the Bundeswehr detailed how the German Navy must prepare for future conflicts, describing the shape of its fleet and a need for large numbers of uncrewed systems.
The Bundeswehr wrote: ‘The navy must become fit for the future of naval warfare. It requires a large number of unmanned systems and requires artificial intelligence, in particular for situational awareness and analysis.
‘In order for this to become a reality, two things are important: 1. The path to the future of the naval forces must be sustainably financed. 2. It is already important to test the use
Our news & analysis is now part of Defence Insight®
A Basic-level or higher Defence Insight subscription is now required to view this content.
More from Naval Warfare
-
How Canada plans to use the River-class programme to revitalise its defence industry
The Canadian DND estimates that the construction of destroyers will annually inject C$720 million (US$515 million) into the country’s GDP.
-
The FDI frigate: a growing success story with more opportunities to come
Designed as a multi-role frigate with both anti-submarine and air defence capabilities, Naval Group’s medium-sized FDI frigate increasingly stands out as a success story in an industry wrought with delays.
-
US weighs offshore warship production due to industrial limits
A Pentagon push to procure warships from Japanese and South Korean shipyards could reshape allied naval industrial strategy, but critics warn the approach risks hollowing out the domestic base Washington is seeking to restore.
-
Lessons shaping the next phase of Arleigh Burke production post-Flight IIA
The accelerated delivery of the final Flight IIA destroyer, USS Patrick Gallagher, showcases the payoff of years of workforce investment and process reform at Bath Iron Works, with the lessons feeding into Flight III production.