HL Clemoove Signs MOU with Autonomous Driving Robot Company in Neom City

Newbility

HL Group's autonomous driving solution specialist HL Clemoove and autonomous driving robot service platform Newbility announced on the 12th that they have signed a Memorandum of Understanding (MOU) for 'autonomous driving robot development technology cooperation.' The signing ceremony, held on the 9th at HL Clemoove's R&D Center in Pangyo, was attended by Kang Hyung-jin, Vice President of HL Clemoove, and Lee Sang-min, CEO of Newbility.

HL Clemoove plans to specialize in developing autonomous driving solutions for robots through this agreement. The company currently provides total autonomous driving solutions from Level 2+ to Level 3 to domestic and international automakers. Based on this, it plans to integrate essential perception sensors and integrated controllers for autonomous driving robots into autonomous delivery robot services.

Vice President Kang Hyung-jin of HL Clemoove (left) and CEO Lee Sang-min of Newbility (right) are posing for a commemorative photo after signing the agreement.
[Photo by HL Group]

Newbility has independently developed camera-based positioning technology, sensor fusion, deep learning-based object recognition and 3D perception technology, and decision control technology. In 2019, it was selected for HL Mando's startup incubation program (Mobility Tech Up Plus). Recently, it was also selected for the 'Oxagon X McLaren Accelerator,' jointly hosted by Oxagon, a future eco-friendly complex industrial zone in NEOM City, Saudi Arabia, and the British supercar brand McLaren.

Kang Hyung-jin, Vice President (CTO) of HL Clemoove, said, "Through collaboration with Newbility, a leader in the outdoor autonomous driving robot field, we will develop and commercialize autonomous driving solutions optimized for robots and contribute to the development of the robot industry."

Lee Sang-min, CEO of Newbility, said, "By collaborating with HL Clemoove, which leads domestic autonomous driving radar technology, we will further enhance technological completeness and present practical and meaningful real-life services using autonomous driving robots."