US, UK and Australia to develop underwater drones under Aukus pact to protect undersea cables
By
Tessa Wong
Sesame, salt, and substance. A flagship bake.
Summary
The US, UK, and Australia announced a new Aukus project to develop underwater drone technology (uncrewed undersea vehicles - UUVs) aimed at protecting undersea cables and strengthening naval defence. UK Defence Secretary John Healey stated the UK would contribute £150 million ($201 million) to the project, which is expected to be operational by next year. The announcement was made at the Shangri-La Dialogue security summit in Singapore.
Key quotes
· 1 pulledUK defence minister John Healey said the UK would be contributing £150m to the new project
You might also wanna read
UK government considers ending Palantir's £330M NHS data contract early
The UK government is considering triggering a break clause in its £330 million contract with Palantir, the US spy-tech firm, for a central N

FCA's Palantir deal raises concerns over US access to UK financial data
The UK's Financial Conduct Authority (FCA) is facing scrutiny over its partnership with Palantir, the US tech company co-founded by Peter Th
Opinion: New Zealand's public service job cuts before AI adoption is the wrong sequence, says Justin Flitter
Justin Flitter argues that New Zealand's government is making a strategic error by cutting 9,000 public service jobs first and turning to AI
Pope Leo XIV's First Encyclical Warns of AI Risks to Human Dignity
Pope Leo XIV released his first encyclical, "Magnifica Humanitas," a 42,300-word document addressing the risks of artificial intelligence. T
Erin Brockovich launches transparency initiative targeting data center construction and community impact
Environmental activist Erin Brockovich is launching a transparency initiative focused on data center construction and its impact on nearby c
AUKUS partners announce underwater drone weapons project for 2027
The US, Australia, and the United Kingdom announced a new "signature" AUKUS project to develop advanced weapons systems and sensors for unde
