ADAS.ai

In June 2021, ZF Group is introducing a new scalable suite of Data and AI based services for ADAS Virtual Engineering and Digital Validation called ADAS. ai. ADAS.ai is designed to help OEMs accelerate the development of advanced driver assist systems (ADAS) for passenger cars and commercial vehicles. ZF ADAS.ai can be applied to ADAS systems developed by ZF as well as other Tier I suppliers.

ADAS.ai is based on two breakthroughs: (1) a super-high resolution multi-sensor synchronized data set collected by driving all scenarios and mileage required to validate L2+ ADAS systems globally, and (2) proprietary AI technology developed with Cognata of Rehovot, Israel, that transforms the superhigh-resolution data set to sensor inputs “as seen” by new sensors in new vehicle applications.

Full L2+ scenarios based on real-world-driving

ADAS.ai is cloud-based and is designed to provide significant cost and quality advantages compared to traditional engineering and validation based on physical test drives and existing simulation technology. Full L2+ scenarios based on real-world-driving derived data are injected at multiple points in the engineering and validation phases, either in “virtual” or “full sensor” modes providing dramatic acceleration and efficiency of the engineering and validation processes.

ZF and Cognata bring real and virtual world together

ZF’s ADAS.ai integrates exclusive algorithms from Cognata, a leader in application of AI to AD and ADAS. “Cognata’s AI enables ZF’s validation suite to transfer real driving data to all existing and new vehicles with ADAS technology up to Level 2+ and validate it in the virtual space. We call this real-to-real transformation,” explains Danny Atsmon, CEO of Cognata.

As the world largest manufacturer of front cameras, ZF has vast experience in ADAS hardware and software technology, OEM-specific validation, and developing the necessary documentation to comply with international regulations. This experience and competence combined with full backend capability and advanced AI creates an efficient and fast process which will change the way ADAS systems are brought to market.

Real-to-Real transformation: reduces the cost and time of ADAS system validation. Rapidly tests thousands of real world L2+ scenarios for a defined sensor set prior to vehicle launch. Source: ZF

Driver sentiment on ADAS

In August 2021, CCC Intelligent Solutions Inc. announces the release of its 2021 Crash Course Midyear Report. This edition of Crash Course examines how permanent changes to consumer expectations and the desire for personalized experiences continue to accelerate the deployment of AI, IoT, and mobile technology in the auto claim and repair process. The report also explores changing driving behavior and features research on consumer attitudes towards Advanced Driver Assistance Systems (ADAS) technology in newer vehicles.

Data in Crash Course suggests a shift back to personal vehicle ownership and away from a trend towards shared mobility over recent years with more than 35 percent of new vehicles sold between March 2020 and March 2021 purchased by first-time vehicle buyers – a trend that also points to an increase in first-time auto insurance customers. Crash Course also reports that when accidents occur, the percent of appraisals generated via photo estimating and advanced AI continues to grow, continuing its rise since the start of the pandemic. The report also looks at miles driven, road congestion, claims frequency, and repair costs.

Original research from CCC on ADAS technology is also included in the report and reveals consumers have a positive if the complicated relationship with the technology. The research found more than 84 percent of drivers believe ADAS features promote safe driving. Despite this belief, more than 54 percent of those who own a vehicle with ADAS believe that certain features can increase the chance of an accident and 70 percent have actually turned ADAS features off.

The 2021 Crash Course Midyear Report draws from various sources, including data processed by CCC on behalf of customers, which includes 30,000 companies spanning auto manufacturers, insurers, repair facilities, parts suppliers and auto lenders interacting with CCC’s platform.

HEADLINES RECAP

● Hammerhead 3D vision platform for autonomous vehicle ● Brigade Electronics launches vehicle turning indicator alarm to alert vulnerable road users ● asTech acquires adasThink ● Hunter introduces ADASLink diagnostic scan tool ● GM announces Ultra Cruise, enabling true hands-free driving across 95% of driving scenarios ● DreamDrive: Lucid’s proprietary advanced driver assistance platform that’s user-friendly and future-ready ● Brigade Electronics launches new predictive collision detection system