
The latest thought leadership from our expert teams

Revolutionising AI and sensor fusion for autonomous vehicles
Watch our webinar to see how new approaches to deep learning and the fusion of low-cost sensors can dramatically reduce the cost and time to market of self-driving technologies, whilst achieving radical advances.
- AI & Analytics
- Connectivity & IoT
- Electronics & ASICs
- Sensing
- Signal processing
- Strategic advice

Will edge processing help incumbent OEMs in the autonomous driving race?
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.
- AI & Analytics
- Electronics & ASICs
- Sensing

Edge-first will be the foremost model for intelligent systems of the future
The days of sucking up any and all data that you can get your hands on are over. Cloud-first will be replaced with edge-first thinking for AI applications...
- AI & Analytics
- Connectivity & IoT
- Digital service innovation
- Electronics & ASICs

My battery research findings – it’s time for ‘smart’ to prevail over ‘disposable’
Despite working with the latest technologies, I am perfectly happy with tried and tested (for that read old!) computer hardware. In fact, I’m proud that...
- AI & Analytics
- Electronics & ASICs
- Industrial design
- Product realisation

Digital radio for the world – the newest old news?
Digital launched, ever so long ago, with TV and radio. So what’s the big story? It’s that the last piece of the digital jigsaw is finally in place: a system called Digital Radio Mondiale (DRM), designed to deliver FM-radio-like quality using the medium wave and short wave bands.
- Electronics & ASICs
- Radio systems
- Signal processing

The road to AI-enhanced ADAS
Advanced driver assistance systems (ADAS) is the fastest growing technology segment in the automotive market and paving the way for self-driving vehicles. AI is one of the most critical components in ADAS, vastly outperforming traditional...
- AI & Analytics
- Connectivity & IoT
- Electronics & ASICs
- Radio systems
- Sensing
- Strategic advice

Bringing desirability to medical devices
The recent launch of the Apple Watch Series 4 is the latest example of a device developed by a traditional consumer product company making a well-publicized entry into the patient-facing medical device market. Patient-facing devices...
- Digital health
- Electronics & ASICs
- Human factors
- Industrial design
- Mechanical engineering
- Product realisation
- User Experience (UX)

Independent design review - rooting out unreliability
Product failures are bad for everyone. Whether it be the customer who has purchased something that breaks, or the manufacturer or distributor who honours the warranty claim.
- Electronics & ASICs
- Product realisation

Adding Electronics to the Breezhaler®: Satisfying the Needs of Patients and Regulators
Low adherence to therapy is a recognized issue in respiratory disease and has driven the development of electronic sensors for monitoring inhaler use. To date, sensors for dry powder inhalers (DPIs) have...
- Connectivity & IoT
- Digital health
- Electronics & ASICs
- Embedded software
- Mechanical engineering
- Sensing

When is a thin battery a useful battery?
As technology advances, devices tend to get smaller and lighter. So, we just need thinner batteries right? Let me explain why this is not necessarily true.
- Electronics & ASICs

Sensing the need for cockpit innovation
There’s a lot written about new sensors that are used in cars to make them more autonomous or safer. LIDAR, radar and externally facing cameras are often mentioned. However, in the automotive market...
- Cloud/scalable systems
- Connectivity & IoT
- Electronics & ASICs
- AI & Analytics

The future is bright for AI in automotive
Artificial Intelligence (AI) in automotive is well established in self-driving cars. But how far can AI stretch beyond advanced driver-assistance systems (ADAS) and play a much wider role in enhancing...
- Cloud/scalable systems
- Connectivity & IoT
- Electronics & ASICs
- AI & Analytics