Mobileye SuperVision

Mobileye SuperVision. It is an advanced driver-assistance system (ADAS) platform developed by the Intel-owned company Mobileye. The system is designed to provide vehicles with a comprehensive suite of automated driving functions, primarily focused on hands-free operation on highways and other mapped roads. SuperVision represents a key technological step between conventional ADAS and future fully autonomous systems, relying on a camera-centric sensor suite and detailed roadbook maps.

Overview

Mobileye SuperVision is positioned as a scalable, vision-based platform for enabling what the industry terms "eyes-on, hands-off" driving assistance. Unlike systems that depend heavily on lidar or radar, its architecture is built around a sophisticated array of optical cameras and powerful processing software. The platform is central to Mobileye's strategy, competing with similar offerings from companies like Tesla with its Autopilot and General Motors with its Super Cruise system. Its development is closely tied to Mobileye's broader ambitions in the autonomous vehicle sector, which also includes its more advanced Mobileye Drive platform intended for robotaxi applications.

Technology and components

The core hardware of the system typically consists of eleven high-resolution cameras: seven long-range and four parking cameras. These feed data into two of Mobileye's proprietary systems on a chip (SoCs), the EyeQ5 or the more advanced EyeQ6, which handle the immense computational load required for real-time perception. A critical software component is Mobileye's Road Experience Management (REM) mapping technology, which crowdsources data from millions of vehicles to create and continuously update highly detailed maps. This map layer, often called the roadbook, provides the system with precise localization and prior knowledge of road geometry, essential for planning smooth trajectories. The fusion of this map data with the camera-based perception allows for robust path planning and vehicle control.

Deployment and partnerships

The system first entered series production with the Chinese electric vehicle manufacturer Zeekr, on its Zeekr 001 model. This partnership with Geely marked a significant milestone as the first volume deployment of a truly hands-free system on consumer vehicles in the Chinese market. Subsequent agreements have expanded its adoption, including with other Geely brands like Polestar and Lotus, as well as with Ford for future electric vehicles. These collaborations are often structured as technology supplier partnerships, where Mobileye provides the core SuperVision stack while the automaker integrates it with their vehicle's steering, braking, and throttle systems. The rollout strategy focuses initially on key markets like China and North America.

Capabilities and operational design domain

Within its defined operational design domain (ODD), which primarily includes divided highways and other well-mapped thoroughfares, SuperVision enables functions such as adaptive cruise control, automated lane centering, and automated lane changes initiated by the driver. The system is designed to manage complex scenarios like navigating highway interchanges and merges. A key feature is its driver monitoring system, which uses an in-cabin camera to ensure the driver remains attentive and ready to resume control when required, a critical safeguard for this level of automation classified as Level 2+. The ODD is dynamically constrained by factors like weather conditions, road type, and the availability of high-fidelity map data from the Road Experience Management (REM) system.

Development and roadmap

The development of SuperVision is intrinsically linked to the progression of Mobileye's other technologies. It serves as a foundational application for the company's EyeQ processor family and a primary data source for its mapping ecosystem. The roadmap involves continuous enhancement of its capabilities through over-the-air software updates, gradually expanding the ODD to cover more road types and driving conditions. Future iterations are expected to leverage more advanced versions of the EyeQ chip and improved perception algorithms. The ultimate goal is to use the learnings and technological maturation from SuperVision to inform and accelerate the development of Mobileye's higher-level autonomous systems, such as Mobileye Drive for fully driverless mobility services.

Category:Advanced driver-assistance systems Category:Automotive technology Category:Mobileye