Dynamic Information System for Cooperative Autonomous Driving

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[INQ. NO. 2403M01] WAYS1 Inc. recently announced that its self-developed dynamic information system for cooperative autonomous driving, ‘Local Dynamic Map to Everything (LDM2X),’ was selected as an excellent research and development innovation product by the Ministry of Land, Infrastructure and Transport (MOLIT).
WAYS1’s solution LDM2X attracts attention as the first example of a cooperative autonomous driving solution designated as an excellent research and development innovation product in recognition of its innovation and public concern.
In order to overcome the limitations of self-driving cars that currently rely only on their own sensors, LDM2X accurately maps real-time dynamic object information collected from traffic infrastructure such as CCTV and traffic lights on roads, and creates it into the standard messages required for self-driving cars.
In addition, LDM2X can be directly applied not only to autonomous driving, but also to the overall C-ITS, including ITS advancement, smart intersections, and child protection zone control. This is attributable to the result of satisfying the low-latency performance with an edge computing method that performs data processing and analysis at the road site.
In addition, WAYS1 introduced LDM2X for the first time at this year’s Consumer Electronic Show (CES) in Las Vegas. It presented an infrastructure-based cooperative autonomous driving solution as a new alternative to the American and European markets where the need for autonomous vehicle safety is increasing, and received a lot of attention from automakers and various autonomous vehicle startups from overseas.
A spokesperson for the company explained, “We participated in various national research projects including MOLIT’s ‘Urban Road Cooperative Autonomous Driving Safety Infrastructure Research,’ and gained recognition for our technological prowess through leading R&D in the LDM sector,” adding, “We plan to continue commercializing various transportation solutions, including LDM-based autonomous driving digital twin control, signal simulation, etc.”

 
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Autonomous Driving Platforms & Services

https://korean-machinery.com///inquiry[INQ. NO. 1807M31] SpringCloud was founded in 2017 as a developer of autonomous driving platforms and services. With more than 10 years of experiences, know-hows, and technology in the field of automobile, SpringCloud is about to face a new challenge of autonomous driving platforms and services. In cooperation with the Infobank, a listed company in KOSDAQ, a SpringCloud is developing infrastructure for autonomous driving services and working with BlackBerry in Canada for security in autonomous driving. Recently, a SpringCloud entered into an exclusive national sales agreement with NAVYA, a French specialist in autonomous and electric shuttle buses and taxis, as the 1st step of autonomous driving services.
Based on their progress, SpringCloud is planning to select a section of motorway to operate autonomous driving shuttles in universities, hospitals, resorts, and theme parks for the general public, and will apply the services to numerous sectors, in cooperation with other companies, universities, and local governments via SpringGo Alliance.
Moreover, SpringCloud will provide a wide range of autonomous driving services from training and technical development to service operations by providing experience & demonstration services for autonomous driving shuttles, and will promote the autonomous driving for public services like rent-a-car and deliveries. In the 2nd phase of the plan, SpringCloud will establish a consortium for development of autonomous driving shuttle buses in South Korea, localizing the manufacture of the autonomous driving shuttle buses. SpringCloud will face the challenges of autonomous driving, construction of a smart city, public shuttle bus services for the vulnerable in public transportation, unmanned deliveries, and rent-a-car services, creating value via innovation and cooperation.
SpringGo C is a mobility platform for autonomous driving vehicles. The platform enables not only the conversion of production vehicles, but also the autonomous driving of variety of mobility, including the autonomous driving shuttle buses, carts, trucks, ships, special vehicles, and drones.

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