<p><i><strong>Driving the Future of Safety: Cost-Effective, AI-Powered ADAS Solutions for Global OEMs</strong></i></p>

New Liquid AI-Powered Skills Solution Offers a Modular, Optimized for Edge Cases, and Affordable Alternative to Existing Autonomous Driving Approaches

With Air2Road, Autobrains is setting new standards in localization technology for advanced driver assistance systems (ADAS) and autonomous vehicles. Based on Autobrains’ Liquid AI technology, Air2Road combines aerial images and vehicle camera data for highly precise localization. The multimodal system enables centimeter-level accuracy, thereby improving the safety of assistance systems.

Expected to launch in Q4 2024, Autobrains' new vehicle production features an advanced ADAS solution, harnessing cutting-edge Artificial Intelligence to provide drivers with unparalleled assistance.

Autobrains, an automotive AI powerhouse, is unveiling its new groundbreaking AI technology, Liquid AI,
which effectively tackles the three major challenges in today’s automotive AI landscape -
covering edge cases, achieving a viable cost point, and bridging the gap between perception and decision.

Leading Provider Nexdata Demonstrates Advanced Annotation Platform and Ground Truth Data Processing Techniques, Revolutionizing AI Development in Autonomous Driving Sector

The Expansion of ADAS is Changing How Accident Investigation Should be Performed

The new Eos Robust Depth Perception Software resolves the range, resolution, cost, and robustness limitations of the latest lidar, radar, and camera based systems combined with a scalable and modular software perception suite.

The UAI Automation Engine is making the development of autonomous driving faster and affordable, tackling the biggest barrier to high-volume data annotation.

BlueSpace.ai enhances safety and performance in Autonomous Driving/ADAS with industry leading motion accuracy

Series A funding, first production contracts expected in 2021

Europe's automotive electronics market is set to maintain a high demand during the forecast period, driven by the presence of prominent luxury, commercial and passenger vehicle manufacturers, such as BMW and Mercedes Benz, in the region.

Radars evolve towards 4D imaging with improved resolution and object detection AIs, surpassing $15Bn as forecast by IDTechEx Research in their latest report on the topic, covering ADAS and autonomous driving, 4D imaging radars, semiconductor technology, low insertion loss materials, advanced packaging, deep learning, object detection/classification/tracking.

North America automotive camera market is expected to grow at around 24% CAGR from 2019 to 2025 due to an increase in the demand for luxury vehicles in the U.S. and Canada.

The CV2 platform integrates computer vision, telematics, and data analytics to enable customers to truly benefit from connected vehicle apps

XCube Research and Development Announces New DR300 Data Recorder

Beacon Angels Supports XCube Research and Development with Second Round of Funding

ADAS 2016 -
Asian Defence, Security & Crisis Management Exhibition & Conference -
28-30 September 2016 -
World Trade Centre, Metro Manila, Philippines -
www.adas.ph

Advanced Driver Assistance Systems which is a part of the Automotive Electronics market is expected to grow at a rapid rate in value, with estimates suggesting a CAGR of more than 50% for the period of 2013-18.

Aerostar's recently announced obstacle detection platform now boasts an improved pedestrian detection range approaching 17 meters, works flawlessly in inclement weather conditions and meets NCAP standards.

The unique proprietary LIDAR obstacle detection technology is especially suited for all ADAS functions with a focus on pedestrian detection and avoidance.

Aerostar Industry Co. announced today successful TRL6 testing of its ground-breaking LIDAR and camera fusion ADAS. Aerostar plans to quickly move the system into TRL9 testing and have full integration into end user's cars by 2014.

Aerostar Industry Co. today announced that its proprietary and cost-effective LIDAR and video fusion ADAS should play a major role in providing nearly autonomous driving in the not-too-distant future.

The test will simulate the natural air flow generated by a vehicle's acceleration as well as certain environmental conditions such as heavy rain and snow. The results will provide an abundance of quantitative data which will be used for analysis.