press-kit
|
February 10, 2026
Mobileye at The ADAS Show 2026
Visit our press kit throughout the show for the latest news, multimedia, press resources and more.
Bring world-class safety and driving intelligence to India’s roads
India, the world’s third-largest automotive market, is entering a phase of accelerated advanced driver-assistance systems (ADAS) adoption, driven by increasing safety awareness, broader integration of advanced driver assistance systems across vehicle segments, and supportive regulatory developments. These dynamics present unprecedented opportunities for market players. Local OEMs are intensifying efforts to introduce and scale ADAS technologies to strengthen their competitive edge in this promising market. As a global leader in ADAS and autonomous driving technologies, Mobileye is uniquely positioned to support India’s mobility transformation with globally proven and locally adapted solutions.
With this mission and vision, Mobileye is joining The ADAS Show on February 12, 2026, as the exclusive “Powered By” sponsor, alongside the Automotive Research Association of India and the Ministry of Heavy Industries India, to discuss key industry topics aimed at benefiting hundreds of millions of road users across the country.
Visit us at Booth #B17-18, ADAS Test City, Takwe, Pune, and hear insights from Mobileye spokespersons Elie Luskin, Vice President India and China, and Dhairyashil Gaekwad, Director of Business Development & Strategy India, to learn how our technological expertise and real-world deployment experience can help expedite ADAS adoption at scale in India and pave the way toward higher levels of driving automation.
Throughout the show, this press kit will be updated with Mobileye-related sessions, blogs, visual assets, and additional resources as they become available.
Events:
The ADAS Show Edition 3 Powered by Mobileye
12th February 2026
ADAS Test City – Pune – ARAI
Technology Presentation
Mobileye: Go-To ADAS Partner for India & Physical AI Powerhouse covering ADAS - Autonomous Driving and Humanoid Robots
10:40 – 11:00 AM, February 12, 2026
Elie Luskin, VP India and China, Mobileye, will share insights into India’s transformation toward safer and smarter mobility, demonstrating why Mobileye, a leader in ADAS and autonomous driving technologies and now a Physical AI Powerhouse, is the trusted go-to partner for scaling ADAS in the Indian market.
Panel Discussion
ADAS for the Indian Market – From Premium to Mass Adoption
11:00 AM – 12:00 PM, February 12, 2026
Dhairyashil Gaekwad, Director of Business Development & Strategy India, will join the panel and share insights on how Mobileye’s scalable technologies are enabling automakers to bring advanced safety systems across all vehicle tiers – from premium models to affordable segments in India.
Mobileye in the Indian Press
ETAuto: Mobileye VVDN Technologies Partnership For ADAS: Mobileye and VVDN Technologies Partner to Localize Advanced Driver Assistance Systems in India
Acko Drive: 2026, 2027 to be Defining Years for ADAS in India: Mobileye
Future Mobility Media: Global Tech Leadership Meets Local Traffic Conditions: Mobileye Steers Towards Road Safety for All in India
Motorindia: Mobileye to Power India’s ADAS Revolution at Inauguration of ARAI’s ADAS TEST CITY in Pune
Galleries
Mobileye technology and solutions
Mobileye Surround ADAS™ combines surround-view perception, RSS driving policy and REM™ crowdsourced maps with a single EyeQ™6H to enable hands-free highway driving, intelligent parking, and context-aware decision-making for enhanced safety.
Mobileye computer vision detects and classifies objects around a vehicle on a European highway for ADAS applications.
Mobileye's purpose-built EyeQ family of SoCs supports a full spectrum of mobility solutions, from front-camera driver-assist systems to multi-sensor processing for full self-driving.
Mobileye computer vision technology detects pedestrians in a crosswalk at night.
Mobileye computer vision detects and classifies objects in an environment, including vehicles, pedestrians, and traffic lights.
Vehicle equipped with Mobileye SuperVision™ detects and responds to traffic light.
Using only cameras, Mobileye technology can detect a wide array of traffic signs to support Intelligent Speed Assist systems.
Mobileye's Road Experience Management™ (REM) technology detects traffic lights, lane markings, and road signs.
Mobileye's Cloud-Enhanced Driver-Assist™ leverages crowdsourced data from millions of Mobileye-equipped vehicles around the world providing centimeter-level localization.
Cloud-Enhanced Driver-Assist™ adds incremental features to base ADAS using Mobileye's REM crowdsourced mapping technology, such as real-time traffic light detection.
The Mobileye DXP platform offers automakers the ability to customize the driving experience.
An interior screen of a Mobileye development AV operating in Comfort Mode visualizes the path forward based on Mobileye sensing.
Mobileye’s imaging radar generates up to 0.5 million detections per second, providing a detailed view of the environment using radar alone.
Mobileye's front software-defined imaging radar and surround software-defined imaging radar.
The EyeQ6L is Mobileye's most powerful and cost-efficient SoC for base ADAS.
The EyeQ6 Lite and an 8-megapixel camera that enables broader data for ADAS applications
Mobileye's EyeQ™ 6 High, designed for premium and surround ADAS and autonomous driving applications.
Mobileye Surround ADAS™ combines surround-view perception, RSS driving policy and REM™ crowdsourced maps with a single EyeQ™6H to enable hands-free highway driving, intelligent parking, and context-aware decision-making for enhanced safety.
Mobileye computer vision detects and classifies objects around a vehicle on a European highway for ADAS applications.
Mobileye's purpose-built EyeQ family of SoCs supports a full spectrum of mobility solutions, from front-camera driver-assist systems to multi-sensor processing for full self-driving.
Mobileye computer vision technology detects pedestrians in a crosswalk at night.
Mobileye computer vision detects and classifies objects in an environment, including vehicles, pedestrians, and traffic lights.
Vehicle equipped with Mobileye SuperVision™ detects and responds to traffic light.
Using only cameras, Mobileye technology can detect a wide array of traffic signs to support Intelligent Speed Assist systems.
Mobileye's Road Experience Management™ (REM) technology detects traffic lights, lane markings, and road signs.
Mobileye's Cloud-Enhanced Driver-Assist™ leverages crowdsourced data from millions of Mobileye-equipped vehicles around the world providing centimeter-level localization.
Cloud-Enhanced Driver-Assist™ adds incremental features to base ADAS using Mobileye's REM crowdsourced mapping technology, such as real-time traffic light detection.
The Mobileye DXP platform offers automakers the ability to customize the driving experience.
An interior screen of a Mobileye development AV operating in Comfort Mode visualizes the path forward based on Mobileye sensing.
Mobileye’s imaging radar generates up to 0.5 million detections per second, providing a detailed view of the environment using radar alone.
Mobileye's front software-defined imaging radar and surround software-defined imaging radar.
The EyeQ6L is Mobileye's most powerful and cost-efficient SoC for base ADAS.
The EyeQ6 Lite and an 8-megapixel camera that enables broader data for ADAS applications
Mobileye's EyeQ™ 6 High, designed for premium and surround ADAS and autonomous driving applications.
Mobileye ECU Series
The Mobileye ECU series is built with the future in mind and scalability by design, offering three product configurations to support various levels of driving automation.
The heart of Mobileye's ECU series is a shared primary board featuring two EyeQ6H chips and an integrated MCU.
Three configurations create a modular framework that powers the full spectrum of our premium ADAS and autonomous driving solutions: Mobileye SuperVision, Chauffeur, and Drive.
The base configuration is Mobileye SuperVision™, Mobileye's hands-off/eyes-on platform that is connected to 11 cameras and an optional radar.
The powerful architecture of the Mobileye ECU provides automakers with the foundation for autonomous driving solutions, requiring only some adjustments to the future hardware and software design of the vehicle.
Mobileye SuperVision™ ECU
Mobileye Chauffeur™ ECU
Mobileye Drive™ ECU
The Mobileye ECU series is built with the future in mind and scalability by design, offering three product configurations to support various levels of driving automation.
The heart of Mobileye's ECU series is a shared primary board featuring two EyeQ6H chips and an integrated MCU.
Three configurations create a modular framework that powers the full spectrum of our premium ADAS and autonomous driving solutions: Mobileye SuperVision, Chauffeur, and Drive.
The base configuration is Mobileye SuperVision™, Mobileye's hands-off/eyes-on platform that is connected to 11 cameras and an optional radar.
The powerful architecture of the Mobileye ECU provides automakers with the foundation for autonomous driving solutions, requiring only some adjustments to the future hardware and software design of the vehicle.
Mobileye SuperVision™ ECU
Mobileye Chauffeur™ ECU
Mobileye Drive™ ECU
Mobileye SuperVision on the Road
Mobileye SuperVision™ is designed for premium safety and comfort with features including autonomous lane changing, highway traffic jam assist and point-to-point automated navigation.
Based on the core technologies of Mobileye’s autonomous vehicles, Mobileye SuperVision builds a bridge between existing ADAS functions and fully autonomous vehicles of the future.
With over-the-air updates, the advanced capabilities of Mobileye SuperVision™ can be upgraded as development progresses.
The Mobileye SuperVision platform leverages AI-powered surround computer vision to enable navigate-on-pilot functions for highway, rural and urban roads in defined operational domains.
Mobileye SuperVision™ is one of the most advanced driver-assist system on the market.
Zeekr has delivered more than 240,000 Zeekr 001 and Zeekr 009 vehicles, powered by the Mobileye SuperVision™ platform, to customers in China and globally.
A Zeekr 001 equipped with Mobileye SuperVision™ navigates Shanghai, China.
Mobileye SuperVision™ is designed for premium safety and comfort with features including autonomous lane changing, highway traffic jam assist and point-to-point automated navigation.
Based on the core technologies of Mobileye’s autonomous vehicles, Mobileye SuperVision builds a bridge between existing ADAS functions and fully autonomous vehicles of the future.
With over-the-air updates, the advanced capabilities of Mobileye SuperVision™ can be upgraded as development progresses.
The Mobileye SuperVision platform leverages AI-powered surround computer vision to enable navigate-on-pilot functions for highway, rural and urban roads in defined operational domains.
Mobileye SuperVision™ is one of the most advanced driver-assist system on the market.
Zeekr has delivered more than 240,000 Zeekr 001 and Zeekr 009 vehicles, powered by the Mobileye SuperVision™ platform, to customers in China and globally.
A Zeekr 001 equipped with Mobileye SuperVision™ navigates Shanghai, China.
Mentee images
Mentee Robotics is developing an AI-first, vertically integrated humanoid robot designed for real-world usefulness and adaptability.
MenteeBot is engineered to perform complex tasks through locomotion, scene understanding, manipulation, and natural-language guidance.
MenteeBot uses camera-only sensing, integrated AI, and proprietary electric motors to support precise, high-dexterity movement.
MenteeBot’s hands present a full range of motion, strength and accuracy to perform delicate tasks.
MenteeBot’s hot-swappable battery ensures seamless operation, enabling round-the-clock performance for increased efficiency.
MenteeBot’s dexterity is designed for a wide spectrum of activities in both households and industrial warehouses.
Mentee Robotics' mission is to fully integrate robotics, sensing, and AI into a humanoid robot with human-like dexterity and perception, that can be personalized and adjusted to different environments and tasks using natural human interaction.
Menteebot 3.0 is powered by camera-only sensing, proprietary electric motors that support unprecedented dexterity, and fully integrated AI.
Two MenteeBots demonstrate stability, accuracy, and adaptive control transferring 32 boxes across multiple racks.
MenteeBot showcases the complete autonomous execution of a task, encompassing scene perception, movement (navigation and locomotion), finding and locating objects (detection and localization), gripping (grasping), and manipulating objects (handling).
A coordinated workflow shows how humanoid robots can safely and reliably perform real warehouse tasks autonomously.
MenteeBot performs steady locomotion, stable manipulation and dexterity, and consistent decision making while interacting with real objects in a warehouse environment.
Mentee Robotics is developing an AI-first, vertically integrated humanoid robot designed for real-world usefulness and adaptability.
MenteeBot is engineered to perform complex tasks through locomotion, scene understanding, manipulation, and natural-language guidance.
MenteeBot uses camera-only sensing, integrated AI, and proprietary electric motors to support precise, high-dexterity movement.
MenteeBot’s hands present a full range of motion, strength and accuracy to perform delicate tasks.
MenteeBot’s hot-swappable battery ensures seamless operation, enabling round-the-clock performance for increased efficiency.
MenteeBot’s dexterity is designed for a wide spectrum of activities in both households and industrial warehouses.
Mentee Robotics' mission is to fully integrate robotics, sensing, and AI into a humanoid robot with human-like dexterity and perception, that can be personalized and adjusted to different environments and tasks using natural human interaction.
Menteebot 3.0 is powered by camera-only sensing, proprietary electric motors that support unprecedented dexterity, and fully integrated AI.
Two MenteeBots demonstrate stability, accuracy, and adaptive control transferring 32 boxes across multiple racks.
MenteeBot showcases the complete autonomous execution of a task, encompassing scene perception, movement (navigation and locomotion), finding and locating objects (detection and localization), gripping (grasping), and manipulating objects (handling).
A coordinated workflow shows how humanoid robots can safely and reliably perform real warehouse tasks autonomously.
MenteeBot performs steady locomotion, stable manipulation and dexterity, and consistent decision making while interacting with real objects in a warehouse environment.
Video
Mobileye 2026 Corporate Broll
Mobileye 2026 Corporate Broll
Mobileye acquires Mentee Robotics
Mobileye acquires Mentee Robotics
Get to Know Mobileye
From driver assisting to self-driving: Mobileye’s most FAQs
Mobileye Solutions | From Driver Assistance to Self-Driving
Mobileye’s ADAS: Poised to power India's safety shift
Mobileye Technology | Rethinking the Autonomous Future
The fast lane to higher levels of autonomy with the EyeQ™6 SoC
The road to the future of mobility is being mapped by REM™
Mobileye Insights
Prof. Amnon Shashua at CES 2026: Robotaxi updates, breakthroughs in AI, and robotics | Mobileye Blog
Autonomous Driving Levels: Hands Off, Eyes Off - A New Taxonomy
Compound AI: The framework powering scalable autonomy
Tackling global regulations and safety standards
The Mobileye safety methodology for fully autonomous driving
Pedestrian Safety: Protection Begins with Detection
Share article
Related News
Press Contacts
Contact our PR team
