Who is Mobileye?
Mobileye is a semiconductor and software company that develops computer-vision-based advanced driver-assistance systems (ADAS) and autonomous driving platforms for automotive manufacturers and mobility providers.
- Computer-vision and AI-based Advanced Driver Assistance System (ADAS) platforms for functions such as lane-keeping, collision avoidance, and traffic sign recognition (automotive safety systems).
- System-on-chip (SoC) hardware and perception software that integrate cameras, sensors, and mapping data for real-time driving decisions (embedded automotive compute).
- Autonomous driving and driver-assistance solutions for OEMs, fleets, and mobility services, including highway and urban driving capabilities (autonomous driving platforms).
- High-definition road mapping and crowd-sourced map data to support localization and path planning for assisted and automated driving (HD Mapping and Localization (SLAM)).
- Data analytics, validation, and development toolchains used by automakers to design, train, and test ADAS and automated driving functions (automotive software tooling).
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More About Mobileye
Mobileye develops hardware and software platforms that automotive manufacturers integrate into vehicles to deliver advanced driver-assistance systems (ADAS) and higher levels of automated driving. Its offerings are built around computer vision, Machine Learning (ML), and sensor fusion, combining camera inputs and other sensor data on dedicated automotive-grade system-on-chip (SoC) processors. These platforms are deployed in production vehicles to support functions such as automatic emergency braking, adaptive cruise control, lane centering, and traffic jam assistance. For enterprise and institutional stakeholders, Mobileye operates as a technology supplier embedded in Original Equipment Manufacturer (OEM) programs, fleet solutions, and mobility services rather than as a direct-to-consumer provider.
Architecturally, Mobileye solutions use an on-board SoC that runs perception, decision, and control software in real time, often interconnected with the vehicle’s electronic control units (ECUs) over standard automotive networks. The stack ingests data from cameras and, depending on the automaker’s configuration, may also fuse inputs from radar, lidar, and ultrasonic sensors. Computer-vision algorithms detect and classify objects, lane markings, and traffic signs, while planning modules compute trajectories and control outputs that integrate with braking, steering, and powertrain systems. These platforms are built to comply with automotive safety and reliability requirements and to align with driver-assistance features described in industry frameworks for levels of driving automation.
Mobileye also provides high-definition SLAM services that use data generated by connected vehicles. Vehicles equipped with its technology can upload road information, which is aggregated into HD maps and made available back to the fleet to support precise localization and path planning. This mapping layer is used by assisted and automated driving systems to understand lane-level road geometry, speed limits, and other road attributes with higher resolution than standard navigation maps. For enterprises operating fleets or mobility services, this enables consistent behavior across vehicles and geographies under a common map-based reference.
Within the enterprise technology landscape, Mobileye fits into categories such as automotive safety systems, autonomous driving platforms, embedded Artificial Intelligence (AI) compute, and HD SLAM. Its components are not typically standalone IT systems but are designed to integrate into broader vehicle architectures, backend telematics platforms, and fleet management systems. Automakers and mobility providers use Mobileye platforms as foundational building blocks for their branded driver-assistance and autonomous features, relying on the company’s perception, mapping, and decision software to meet regulatory safety features and to support future automated driving use cases.
Our description of Mobileye. Updated December 2025.
