Two days, seven themes, over 30 inspiring presentations
The TaaS Technology conference has attracted industry leading experts from all the major companies involved in the connected and autonomous vehicle industry.
The presentations will be grouped into seven key themes which collectively provide complete coverage of the TaaS Technology industry. If you are interested in speaking, please contact firstname.lastname@example.org or call +44 (0)24 76718970.
Key topics covered
Sensors must be able to paint a highly accurate and reliable picture of a car's surroundings in real time ‐ and in all conditions, including bad weather. The technology must be affordable and scalable. How is sensor technology progressing, to make zero-accidents a reality?
The internet will have to become the car's sixth sense. To navigate safely on their own, cars will have to be able to practically see around corners. That will only be possible if there is a powerful backend that provides highly accurate traffic information coupled with shared sensor data from other road users.
Autonomous driving is thought to require one gigabyte of sensor data per minute to be processed in real time. Future system architectures must integrate all the on-board sensor systems and securely process, manage and store this huge amount of information.
It is a common thought that the hardware exists to create fully connected and autonomous vehicles and we are waiting for the software to catch up. Where are we with software and development tools to enable full autonomy?
Excitement around connected vehicles conceals the risks they introduce into our transport networks. What can we do to remove these vulnerabilities and build cars that are secure by design, safe and thoroughly tested?
Autonomous Connected Vehicle technology is advancing rapidly - vehicles are being tested in cities across the world. This theme will explore some of these wider issues, including legislation changes needed, how the insurance industry will adapt to these changes and also usability and HMI considerations needed for CAVs.
The challenge is clear: in an automated vehicle, human and machine must form a relationship. But just how will this happen? We need to evolve from Human Machine Interaction (HMI) to Human Robot Relationship (HRR).
CAVs and TaaS is not limited to individual mobility; the approach can be applied to movement of goods as well. The transportation and logistics industry is confronting immense change: digital transformation, new market entrants, changing customer expectations, and new evolving business models. A ground-breaking change. That’s how the logistics industry worldwide is foreseeing the incoming of the autonomous vehicles technology in warehousing, logistics and supply chain management, and last-mile deliveries, among other crucial areas of this business. If you want to remain competitive, now is the time for action.
It may be over 100 years old, but the auto industry is being redrawn, recrafted and reborn before our eyes. Technology-driven trends will revolutionise how industry players respond to changing consumer behavior, develop partnerships, and drive transformational change. Traditional car manufacturers and auto suppliers will have to adapt, otherwise there is a strong danger they will fall by the wayside, as many traditional phone companies did when the smartphone hit the market. We will look to explore future mobility trends and how car manufacturers and auto suppliers will have to adapt to make sure they still have a place in the new transport revolution.
There is a belief that the next evolution for mobility will be a dramatic one, affecting not only how we get around our cities, but also how our cities are structured in response to that evolutionary shift in transportation.