Insights

Advanced driver assistance systems (ADAS) is the fastest growing technology segment in the automotive market. We examine the commercial and technological challenges to wider adoption of ADAS and set out...

The constraints of size, cost, power and connectivity present significant challenges in getting Edge AI to work at its best. This was the backdrop to a recent project we completed for an Asian technology giant...

As the debate moves on – and as we continue to learn from real-world deployments rather than abstract research – it seems like a good time to revisit our core principles for responsible AI. What should we be considering when we develop and deploy AI?

The game is up. Playtime is over and it’s time for virtual reality (VR) to graduate from a world of shooters and armchair sport to become a seriously influential component of breakthrough innovation.

Remote Human Factors testing of medical devices is a concept already being explored, and given the restrictions placed on us by the pandemic, has become a hot topic. The question is, even if it's viable, will the regulators accept it? 

Security is a problem, right? Well there's a radically different way to view it – as a positive force capable of putting clear water between you and your competitors. 

Digital twins are everywhere, whether you realize it or not. They’ve been around for a long time in the industrial arena where digital representations of a plane or car in aerospace and automotive help engineers model and test systems without having to build a real prototype.

OEMs face an uphill road – but advances in processing at the vehicle edge could be the key to helping them to keep pace and compete.

The ‘device plus chemistry’ movement is making its presence felt in areas such as home care and beverages as well as oral care and beauty.

As the digital world matures, we seek to bridge the digital and physical worlds with connections that use more and more of our senses...

Recent months have seen an extraordinary global focus on intensive care and mechanical ventilators, as governments respond to the COVID-19 emergency. Understandably, much of the media attention has concentrated on urgent efforts to create the capacity to cover worst case pandemic scenarios. But beyond the headlines, what role will innovation now play in improving ventilators and ventilation? 

Fluid delivery is harder than it looks. And if precise and robust control of delivery can dramatically enhance the convenience, performance and user experience of a product, the opposite can undermine its reputation at a stroke.