
英国国防省向けのAIサイバー攻撃対応技術開発
The Defence and Science Technology Laboratory (Dstl) set a seriously tough challenge… to develop next generation systems to respond autonomously to a cybersecurity attack on military systems.
The Defence and Science Technology Laboratory (Dstl) set a seriously tough challenge… to develop next generation systems to respond autonomously to a cybersecurity attack on military systems.
Our task was to rise to a challenge set by the Defence and Security Accelerator (DASA), part of the UK government Ministry of Defence. The organisation sought innovations that would deliver a step change in military logistics capability across maritime, land and air domains.
This is the story of digital services innovation that is disrupting traditional markets while helping companies make their product offerings more sustainable, cost efficient and safe. At the heart of the story is a low-cost asset-monitoring sensing tag that is small, light and powerful enough be stuck just about anywhere.
Before athletes even thought about how technology could improve their performance, Harvard students Will Ahmed and John Capodilupo struck on an idea to revolutionise physiological monitoring
Make it smaller, lighter, lower power – and don’t forget the performance improvement. That was the challenge we faced when our client Park Air Systems needed a new generation of its air traffic control radio system