Mobileye software

Mobileye SuperVision™ is positioned as a sophisticated driver-assist system, offering an integration of high-level autonomous navigation capabilities while necessitating the driver's attentiveness at all times. This system is engineered to support standard driving on various road types, ensuring enhanced safety and driving precision. Key features include autonomous lane-changing, highway and traffic jam assist, as well as adaptive cruise control and collision avoidance mechanisms. The system deploys a full surround high-definition perception using an array of 11 cameras and is bolstered by the Road Experience Management™ (REM) based autonomous vehicle maps. Furthermore, it incorporates the Responsibility-Sensitive Safety™ (RSS) model and operates through high-performance EyeQ™ 5/6 SoCs. With nearly 300,000 vehicles equipped with this technology globally, Mobileye SuperVision™ is updated over-the-air, allowing automakers to tailor advanced system functionalities to their brand while speeding up market readiness. This modular system supports incremental steps toward full vehicle autonomy by utilizing Mobileye's foundational technologies.

Mobileye Chauffeur represents an advanced stage in consumer autonomous vehicle technology, offering a comprehensive stack that is both scalable and cost-effective for global deployment. The platform leverages Mobileye's proprietary technologies such as Road Experience Management (REM) and Responsibility-Sensitive Safety (RSS) to provide a versatile and robust solution adaptable to various driving conditions, from highways to urban settings. Designed for seamless integration with automaker's brand identities, it allows customization through adjustable parameters while maintaining a predefined safety margin. The system also includes True Redundancy, employing independent camera and radar-lidar systems for enhanced safety. Equipped with EyeQ 6 High, a system-on-chip with low power consumption, it achieves efficient AI-driven computation. Its sensor suite includes high-resolution cameras and advanced radar and lidar systems, allowing it to operate without geofencing constraints. This integration of high-level technology provides automakers with a foundation to accelerate market entry and deliver a tailored yet advanced driverless experience.

Mobileye Drive is a state-of-the-art autonomous driving system designed to transform various transportation modes into fully autonomous solutions. Built on Mobileye's extensive experience in advanced driver-assistance systems (ADAS) spanning over 150 million vehicles globally, this system offers a mature approach to autonomous mobility. It features a comprehensive suite of technologies including the EyeQ System-on-Chip for efficient computation, and a sensor configuration of cameras, lidars, and imaging radars designed to fit diverse vehicle profiles. The system emphasizes safety through features like the Responsibility-Sensitive Safety (RSS) framework and True Redundancy, ensuring robust performance and global safety standard compliance. Furthermore, Mobileye Drive is adaptable to local driving cultures, scalable to meet evolving automotive requirements, and deployable across various geographies and conditions. It supports applications such as robotaxis, ride-pooling, public transport, and goods delivery, making it a versatile solution for modern transportation challenges.

The EyeQ Kit from Mobileye is a comprehensive software development kit designed for the advanced application of the EyeQ System-on-Chip (SoC). This kit is targeted at original equipment manufacturers (OEMs) and allows them to create innovative applications that enhance their product offerings by leveraging Mobileye's core technologies. EyeQ Kit is essential in developing applications like augmented-reality head-up displays, driver monitoring systems, and advanced human-machine interfaces. The kit supports a wide range of tools including OpenCL runtime, TensorFlow, and a standard Linux environment, providing OEMs with the flexibility to develop and optimize their applications throughout the entire development cycle. By facilitating the integration of multiple electronic control units (ECUs) in a vehicle ecosystem, the EyeQ Kit reduces complexity and costs, accelerating the time to market. This platform not only consolidates car systems but also fosters the creation of unique interfaces and functionalities, ultimately shaping the future of autonomous vehicle technology.