Insights

Autonomous

programmer using an autonomous algorithm for a drone

Making autonomous algorithms safe in the face of noise and uncertainty

How maths will make drones and robots safer

How to prove your new driver safety innovation is effective

autonomous delivery vehicle models

“Autonomous Prime”: moving parcel lockers and robo-shuttles will bring autonomous technology into the hands of the public more quickly

Do we need new standards for quantum technology?

Detect and avoid: how do we make UAVs “uncollidable” without heavy and expensive sensors?

BVLOS for UAVs: How can we let smaller drones off the leash?

Space safety: What can small satellites learn from drones?

Are uncrashable cars moving from an ambition to a necessity?

Interview: Dr Christopher Borroni-Bird, founder of Afreecar, on autonomous driving and connectivity

Quantum technology: addressing the packaging challenge to foster commercialisation

Is “sharing” space on wafers an effective solution for micro-fabrication prototyping?

Lidar: How to get OEM orders with diffractive optics

Autonomous mobility: How do we prevent vehicles from going blind?

Towards a technology platform for future enterprise drones: Easing drone product managers’ woes

Swarming service robots? How human-multi-robot collaborative teams will tackle real-world problems

Advanced statistical testing to reduce development costs and improve machine reliability

Human learning with machine learning: the game of Go and real-life applications

How to build working AI models when you are short on training data: AI as part of the business transformation toolkit (Part 3)

AI – The Blinking Red Warning Light

Layer-by-layer NDT for additive manufacturing: a new paradigm in quality assurance

Fashion or Future? AI as part of the business transformation toolkit