AI NewsWaveHD Hyundai Robotics to Advance Physical AI Solutions With Palantir
Key points
- HD Hyundai Robotics and Palantir cooperate on physical AI
- CTO Ahn Seong-hwan gives keynote at Palantir event in New York
- Work time cut from 21.5 days to 7.9 days
HD Hyundai Robotics will work with US AI software company Palantir Technologies to advance its physical AI solutions. HD Hyundai Robotics announced this on the 1st and explained that it took part as a keynote speaker at Palantir's 'Sovereignty Bootcamp,' held recently in New York. According to Chosun Biz, Chief Technology Officer (executive director) Ahn Seong-hwan gave the keynote.
The figures appear in reports by Digital Daily and Chosun Biz. Digital Daily reported that HD Hyundai Robotics is improving the programming efficiency of industrial robots with Palantir, and that introducing AI agents cut work that used to take 21.5 days to 7.9 days. Chosun Biz put a 63% reduction in work time in its headline.
Outlets stressed different points. The Elec focused on the expanded physical AI cooperation with Palantir and also mentioned protecting corporate data and key business information. iNews24 reported that the company is refining physical AI solutions to be applied at industrial sites, and Digital Daily also noted in its headline that it is pursuing cost savings. EBN centered on the fact that the company is advancing its physical AI solutions in cooperation with Palantir.
Recent developments Palantir also appeared in a report on another Korean company's partnerships. According to Digital Daily, LG CNS Executive Director Yoo Ki-woong said on a conference call on the 30th for third-quarter earnings that the company expects the share of high-value-added business to rise as it expands cooperation with global AI leaders OpenAI, Anthropic and Palantir.
Glossary Physical AI refers to technology that lets devices with physical bodies, such as robots and self-driving cars, perceive and make decisions about the real world with AI and move accordingly. An AI agent is an AI program that carries out tasks by making its own judgments according to goals set by the user.