It’s been brewing for a while, but suddenly Web3 is on everyone’s lips. Web3 promises a democratised future free of big tech monopoly. But if you’re a member of the C-Suite, you might well be asking the key question: ‘Web3, ...

The ability to count and track individual units of light can have an exciting range of applications across medtech and beyond, as a recent collaboration with Cambridge University has proved ...

A holistic approach is essential to making sure that the security of machines involved in a large-scale autonomous project can be trusted ...

Photonics promises to revolutionise health monitoring. Here, Tom Watson explores the wider potential in personalised medicine – and provides insight into overcoming the key challenges that lie ahead ...

Designing a medical device is a challenging creative task. Not only must it be safe, reliable, easy to use and have market appeal, the product design must be accepted into people’s lifestyles ...

While full AI consciousness might be some ways off, there are some exciting developments. The need to train machines more quickly, efficiently, and less expensively is a pressing imperative ...

To decentralise, or not to decentralise, that is the question. This Web3 dilemma reflects the likely thoughts of current digital leaders who want to make the best use of their digital assets while maintaining trust in their data systems ...

They are already physically loading our online shopping baskets, vacuuming our homes and maintaining our lawns. But what will it take for automated and autonomous systems to proliferate across industry and society – on the roads, city streets, building sites, ...

Just how safe is artificial intelligence? Those of you of a sensitive disposition might be recalling James Cameron’s self-aware Terminators in a post-nuclear wasteland. If you need some ‘AI assurance’, read on ...