UK military and novel tech
Taking into account inflation, the UK spends more on the military now than it did in the 1980s, at the height of the Cold War arms race.
It budgeted £60bn for defence in financial year 2024/25. This will go up to £73.5bn in 2028/29 – £7bn more than the government plans to spend on schools – to grow the defence industry.
As part of this strategy, the Ministry of Defence will use at least 10% of its equipment budget to buy “novel technologies, such as quantum technologies, uncrewed and autonomous systems, and AI” – with the help of “SMEs, start-ups, dual-use tech companies, and private finance”.
Historical military tech links
Close relationships between tech companies and the military are not new.
ARPANET, the first version of what we now know as the internet, was largely funded by the US Department of Defense’s Advanced Research Projects Agency (DARPA). Defence and intelligence agencies also put up much of the funding for the early development of Silicon Valley as a home for tech.
It does not come as a surprise then that the Big Tech companies, already nestled into most aspects of our daily life, are also deeply intertwined with the world’s military systems.
Little tech and the military
The military first collaborated with companies making consumer tech products on basic programmes such as web browsers and email clients.
It is ironic that some of the open source and privacy-conscious products we now see as alternatives to Big Tech were created by or with the military in the 2000s. The French Ministry of Defence, for example, started using open source software such as Mozilla’s Firefox web browser early on. It also donated security features to Mozilla’s Thunderbird, to make the email client safe to use for the military.
The Tor browser, favoured by journalists and activists as well as Dark Web drug dealers and CIA agents, was developed by the US Naval Research Lab (NLR), to “create internet connections that don't reveal who is talking to whom, even to someone monitoring the network”.
Tor’s decentralised network of servers and encryption is designed to bury traffic that people want to keep secret in a pool of as many anonymous users as possible.
To this day, NLR researchers are part of the Tor team and the Tor Project’s latest annual report lists DARPA as one of its funders – although we did not find evidence that this collaboration went further than developing "unobservable and compromise-resistant obfuscation channels … for censorship-resistant communication”.
We write more about Tor in our web browsers guide.
Enter Big Data: Project Maven
In 2015, the Pentagon opened a Silicon Valley start-up accelerator, DIUx, to find new technologies that could be useful to the military. It was specifically looking to invest in companies working on AI, robotic systems, big data analysis, cybersecurity, and biotechnology.
The US Department of Defense (DoD) was frustrated that Big Tech giants were far ahead of it in their use of large datasets. As Google Maps directed drivers around traffic jams, Donald Trump and Brexit campaigners focused on Facebook profiles that would be most receptive to their messages, and Alexa encouraged people to shop online, the US military wanted to turn real-world big data into automated military action with Project Maven.
The first aim of Project Maven was to make sense of the overwhelming amount of video the department captured during its field operations. The DoD directed DIUx to find corporate partners that could develop the algorithms needed for this. Within months, it was using them for drone missions against ISIS in Iraq and Syria.
Google was the first Big Tech company involved in Project Maven. With AI, it analysed the drone footage and was working towards drone missions that did not require human direction. Google workers protested against the way the company was going. 4,000 employees signed a letter stating that “Google should not be in the business of war”, and a dozen workers resigned. Because of this, Google did not renew its Project Maven contract.
In 2026, Project Maven has become Maven Smart Systems, run by Palantir. It is directing the war in Iran as the core AI operating system of the US military, and NATO is using it to prepare for “the future of warfare”.
Maven can track targets in real time, recommend which weapons to use, and has reduced the time between detection and shooting “from hours to minutes or less”.