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 ...

Greater process control, lower setup costs and simple equipment programming make it easier than ever for manufacturers to build their automation in-house rather than hire a machine builder ...

Dr Ashwini Sharan and Cambridge Consultants provoked debate with a film, ‘A day in the life of a Parkinson’s patient in 2030’, which imagined seamless therapy enabled by smart active implants, surgical robotics, digital connectivity and AI ...

Simulation is only as good as its approximation to the real world… its ‘equivalence’. We’ve been exploring how intelligent simulation with a modular framework can deliver results faster to drive autonomous system development ...

近年、AIを搭載した自律移動システムは著しい進歩を遂げようとしています。動的に変化する環境下における自律移動ロボットは、産業に新たな自動化の機会をもたらすものとなるでしょうか？

Should we be designing systems that autonomously control both accuracy and precision for the best outcome of the patient? Andy Savarese explores the questions and looks ahead as the role of surgical robotics evolves ...

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 ...