Qualcomm is helping address one of the auto industry's most pressing needs - scaling intelligent vehicle technology to meet growing consumer demand for vehicles that are automated, connected and highly personalised.
Dr. Conor Boland explained that red-light timing can erase small speed advantages, allowing a slower car to catch up again and again. He noted, 'You pass a car, and then a few minutes later, it ends up beside you again.' This phenomenon is partly psychological, as we remember surprising moments when the same car shows up again, but it is also built into how traffic works.
Compact, low-rise villages and cities made sense based on how far people could reasonably travel on foot or by horse. This was true all the way up until the late 1800s. Then came an invention that let people travel incredible distances in seconds, entirely reshaping cities with dense population clusters.
Kinetic's CEO Nikhil Naikal states, 'We have eyes, and when we need to correct vision, we go to an optometrist... In the same way, this is a digital prescription to correct the errors of the car's understanding of the world around it.'
Despite significant investments and technological advancements, the reality is that no vehicle currently operating on public roads can be classified as fully autonomous. The complexities of real-world driving conditions present insurmountable challenges.