Qualcomm (NASDAQ: QCOM) CEO and president Cristiano Amon says the company is on track to become the largest semiconductor supplier to the automotive industry.
Speaking at Qualcomm’s annual Snapdragon Summit in Maui, Amon outlined the company’s strategic vision for transforming how vehicles are built and experienced.
At the center of that vision is what Qualcomm calls the Snapdragon Digital Chassis, a unified platform designed to power virtually every computing layer of a modern vehicle.
Amon said the company’s competitive edge comes from its ability to operate across every domain relevant to the car, drawing on decades of experience in consumer electronics and mobility.
“What makes us really unique in this field is we understood that we had capabilities in all domains that were relevant to the car,” Amon said during the interview.
The platform combines consumer-grade innovation with the industrial reliability that automotive manufacturers require, bridging two worlds that have historically remained separate in the supply chain.
Connectivity, cockpit displays, infotainment systems, rear entertainment, smart mirrors, and central vehicle computing are all elements that Qualcomm’s platform is designed to consolidate and power.
Amon described the broader shift underway in the industry, saying, “We saw that the car would become a digital computer on wheels,” adding that the sector is undergoing digital transformation at an accelerating pace.
The automotive work, he argued, has directly positioned Qualcomm to compete in robotics, which he identified as the company’s next major growth frontier in what he called physical AI.
“What we did in Auto gave us the right to win in robotics and that’s going to be probably our next wave of growth in physical AI,” Amon said.
To illustrate what agentic AI looks like inside a vehicle, Amon described scenarios where cameras originally installed for autonomous driving are repurposed to provide contextual, real-world information to passengers.
In one example, a passenger in a self-driving car could ask about a company visible on a passing truck, receive a business summary, locate the nearest office, and instruct the car to navigate there, all through voice commands.
In another example, Amon described using the system to identify a busy restaurant, check its Yelp review, confirm a five-star rating, and book a table for lunch without the driver touching a screen.
“When you’re behind the wheel, voice is a much more natural interface,” Amon said, comparing the in-car AI experience to operating inside a smart glass environment.
Heads-up displays that project information directly onto dashboards represent another layer of the experience Amon envisions, with agentic AI redefining how drivers and passengers interact with the world around them.
