Mobileye founder and CEO Prof. Amnon Shashua will illustrate the company’s global leadership in autonomous vehicle and advanced driver-assistance technology, providing new details on the company’s business for 2023 and beyond. In particular, Shashua will lay out how future consumer AVs will come to market at scale by harnessing Mobileye’s state-of-the-art driver assist system, Mobileye SuperVision™, as the baseline for higher levels of autonomy.
Mobileye now sees a revenue pipeline of ADAS business through 2030 of greater than $17 billion – including $3.5 billion of projected revenue from SuperVision alone, a product that was only launched in the fourth quarter of 2021. Thanks to other new products like EyeQ6™ system-on-chip, the pipeline grew impressively over the course of 2022 as Mobileye added $6.7 billion projected revenue in ADAS, across projected future volume of 63.6 million systems.
In addition to ADAS, Mobileye announced an additional $3.5 billion in expected revenue from Autonomous Mobility-as-a-Service products through 2028, based on deals with three major partners, including a recently secured mobility-as-a-service AV program with a EU commercial vehicle builder. Mobileye also has a line of sight for $1.5 billion in revenue from a single consumer AV (Mobileye Chauffeur™) program through 2030.
“In the short time since we went public in October, Mobileye’s business has accelerated substantially,” said Shashua. “We’ve seen strong positive response from our existing customers and new automakers as well who believe in our vision for building cloud-connected, AI-driven driver assist and autonomous technology that can scale globally and provide meaningful benefits to millions of drivers worldwide.”
SuperVision leads the market
Mobileye’s SuperVision “eyes-on, hands-off” system is seeing strong customer demand in China, where more than 70,000 Zeekr 001 EV owners will soon get an additional over-the-air update that unlocks key mapping-based features. SuperVision will also be included in the upcoming Zeekr 009, along with near-term global launches on models from three other brands under the Geely umbrella.
By combining a camera-only sensing system with Mobileye’s key mapping and decision-making technology, SuperVision gives automakers an affordable, flexible platform for eyes-on, hands-off driving across a range of operational design domains.
The system’s success and speed-to-market in China’s highly competitive automotive landscape has driven new business wins for SuperVision-based systems around the world. Mobileye has kicked off development work with a premium European automaker for programs targeting delivery in 2025, with other customers at advanced stages of development. Overall, Mobileye now expects volume of SuperVision based vehicles to reach about 1.2 million units in 2026.
Just as importantly, OEM’s are showing strong desire to leverage investments in SuperVision as a bridge to enable eyes-off autonomous functions – comparable to SAE Level 3 and Level 4 — across a variety of operational design domains. This can be done by simply adding additional sensing suites and computing power in a modular way to create a high-value, cost-efficient, eyes-off product for consumer-owned vehicles in the medium term.
Continued progress on Mobility-as-a-Service technology and validation
Beyond SuperVision and consumer-owned AVs, Mobileye has continued to develop its Mobileye Drive mobility-as-a-service (MaaS) autonomous vehicle technology in 2022. We recently signed an MOU for several thousand units with a major global producer of light commercial vehicles. In 2023, Mobileye will continue testing its AV tech, with pilots of our latest vehicle technology hitting the road in Germany.
While sentiment around AVs has swung widely over the past year, Mobileye has remained focused on delivering scalable, modular AV technology. Ensuring public and regulatory trust in autonomous vehicles before they hit the road will require robust, transparent validation.Shashua will detail for the first time Mobileye’s three-layer validation approach to AV technology that leverages our unique assets (such as Road Experience Mapping data and True Redundancy™). This combination of real-world testing, simulation and hardware-in-the-loop validation allows Mobileye to marshal its massive road-test data towards solving AVs at scale.
Our MaaS deployment partners also continue to make progress. At CES 2023, our AV collaborator Holon revealed a new autonomous people mover powered by Mobileye Drive, one of many such collaborations we have worldwide with companies exploring different AV business models.
By approaching AV tech in the same way we popularized ADAS technology – focusing on solutions that can be built affordably, work globally and built flexibly for different types of vehicles – Mobileye sees a clear and financially sustainable path to developing both consumer-owned and fleet-deployed AVs.
Additional expansion in ADAS
All of these advancements build from our ongoing innovation in the ADAS market, where we continue to see strong demand and growth. Last year alone, some 233 models launched globally with Mobileye technology inside.
Our innovation roadmap for the future includes key new technologies like imaging radar, a sensor that can provide the benefits of lidar at a fraction of the cost. After demonstrating the potential of imaging radar last year, Mobileye has begun collaborating with Wistron NeWeb, an experienced automotive radar supplier, to bring the technology to production two years from now. And our other advanced solutions, from cloud-enhanced services to intelligent speed assist, continue to make strong inroads among key global automakers.
As a public company once again, Mobileye’s history as a pioneer in ADAS demonstrates how we’ve changed the world over the past 20 years, and how we will bring innovation to life at a global scale in the years ahead.
 Mobileye’s revenue for the periods presented represent estimated volumes based on projections of future production volumes that were provided by our current and prospective OEMs at the time of sourcing the design wins for the models related to those design wins. See the disclaimer under the heading “Forward–Looking Statements” below for important limitations applicable to these estimates.