Press

Royal Academy of Engineering: Spotlight Series – Interview with Yang Lu, CTO and Co-founder of Vivacity Labs

Posts by Cath Firmin, Wednesday, 3 June, 2020

It was a pleasure to be interviewed by the Royal Academy of Engineering for their Spotlight Series recently.

Who are you?

I am Yang Lu, CTO and co-founder of Vivacity Labs. We are working to revolutionise urban mobility by bringing cutting-edge AI to road infrastructure. At Vivacity Labs, we are combining our AI powered sensor and optimisation technologies to enable traffic lights to respond to an ever-changing road environment and for all types of road-user.

What inspired you to create with Vivacity Labs?

The founders of Vivacity Labs met while we were working on a student project to build a solar powered racing car. Following this experience, we were interested in starting a company in the mobility and transport space. It was clear to us that despite great technical innovations around electric and autonomous vehicles, the transport infrastructure that underpins our roads was still built on technology from the 1980’s. We started Vivacity Labs with a vision to bring the AI revolution to that transport infrastructure.

How does it work?

At Vivacity Labs we have developed AI software to interpret video from a camera device, allowing the software to identify and recognise objects much like a human would. Combining this with our custom camera platform with an embedded AI processor, we can deploy a low-cost sensor mounted on lamp posts or traffic lights. These sensors are able to continuously provide real-time insights into the movement patterns of all road users within its view. We also care strongly about data privacy, so all video footage is discarded as soon as it is processed by our AI, leaving only the useful anonymous data of how pedestrians, cyclists and vehicles are using the road-space.

Read the full interview on the Royal Academy of Engineering website.

Recent tweets

Through our #sensor tech, we support #localauthorities to not only count #cyclists, but also to understand interact… https://t.co/Y5eOFKsayF
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Not only do we count and monitor #vehicle type, but also vehicle speed, interaction, #junction/turning counts and… https://t.co/0CuneB5akQ
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