Korea’s LiDAR sensor startup company, SOS LAB, announced that it has secured series A+ investment of a total of US$8 million starting from a lead investment from Korea Development Bank (KDB), bringing the company’s total capital raised so far to US$ 14 million. Despite a decline in general economic activities due to COVID-19, SOS LAB successfully attracted the investment and it has now unveiled its plans for the commercialization of LiDAR.
(Image: SOS LAB)
SOS LAB disclosed ML-1, the product which mounted the aforementioned technology, at CES 2020. Later, the company LAB singed a MOU with ON Semiconductor. The two companies aim to enhance LiDAR technology commercialization in the automotive and smart factory market.
In addition, SOS LAB built partnerships with OEMs and electronic component manufacturers for the development of LiDAR. It showed strong confidence about the commercialization of car LiDAR sensor for 2021.
SOS LAB is also planning to expand its business to various different areas with its LiDAR technology. It is currently supplying security solution LiDAR to customers like the Busan Port Authority in South Korea while targeting a wider range of applications in security, robotics, industry, smart city and more.
Proprietary Rights
You may not reproduce, modify, create derivative works from, display, perform, publish, distribute, disseminate, broadcast or circulate to any third party, any materials contained on the services without the express prior written consent of the website or its legal owner.
Over the past 50 years, Nichia has demonstrated its commitment to improving the overall performance…
To fund the acquisition and ongoing operation of the production facility, BluGlass has secured A$3.4…
New CAS 140D IR spectroradiometer with improved optical and electronic components offer the user higher…
SSC boasts world's only LED and LD technology for vehicles using all wavelengths of light…
E-cars do not have a classic radiator grille, so the front of the vehicle…
“We welcome the further alignment of ANSI C137.4-2021 and D4i, which is expected to lead…