Insights

This paper outlines our concept of ‘evolved intent-based networks’ – utilising pervasive intelligence from across an entire communications network to automate configuration that supports a specific set business of requirements. The ability to assure a specific service and experience level offers huge opportunities.

This whitepaper explores the critical role that the RAN Intelligent Controller (RIC) plays in transforming the network and empowering operators to create and monetise distinctive service propositions. In other words, it’s the RIC that can unlock the true value of the “open” proposition of  Open Radio Access Network (O-RAN).

Multiple industries are increasingly frustrated by the prohibitive cost and excessive timeframes of obtaining real-world data for autonomous vehicle (AV) development. Using simulated environments - specifically mmWave radar simulation - to train machine learning models slashes the need for real-world data collection and provides a platform for rare use cases. This innovation briefing further explores the potential of mmWave radar simulation to reduce autonomous machine costs and enable greater levels of autonomy.

Digital transformation is a huge topic, sweeping across many aspects of our lives, from ecommerce to the digitalization of internal systems.When we partnered with news publisher CGT (Consumer Goods Technology) for its latest webinar, we were keen to focus on a specific part of this topic - digitally enabled products. It was energizing to be joined by a world-class panel of industry experts as we swapped insights into how CPG brands can rise to this challenge.

The design and technology teams working in medical technology innovation at Cambridge Consultants are passionate about improving women’s healthcare. We were delighted to welcome to CC Aashi Srivastava, the winner of Cambridge Consultants ‘Excellence in Breakthrough Design’ at the New Designers award ceremony to hear more about her perineal tear recovery kit to aid new Mums. 

Seoul based Nu Eyne is a medical device R&D company that is exploring the potential of wearable bioelectronic medicine, or electroceuticals. This is the application of electrical stimulus on the body to induce a biological reaction in order to treat chronic diseases.

A rapidly growing global population is feeding a spiralling demand for precious energy and food resources. It also means that at the expected rate of growth, the world’s healthcare model is unsustainable. But I have a vision of a better future for healthcare, and a faith in the technology that will get us there…

Stomach disorders have remained among the most impenetrable areas for medical diagnostics. Medtech start-up Alimetry aims to improve the diagnosis of gastrointestinal diseases with their non-invasive Gastric Alimetry™ solution.

Singapore company NousQ has created a robotic, automated, sensor-controlled, handheld applicator called CLiXX® that promises to revolutionize ventilation ear tube surgery for children.

In my second article on Web3, I retain my digital services viewpoint, but provide a more nuanced overview by unpacking the potential benefits of Web3. It continues my take on what every member of the C-Suite needs to know about Web3.

Cell4D is developing ‘fingerprinting’ technology for live cells using mechanomics, a discipline sitting at the intersection of biology and biomechanics. It is a biomarker that Cell4D is using to screen and sort live cells

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, why should I care?’