NVIDIA and LG Join Forces to Deploy AI-Powered Robots in Factories

Strategic Alliance Between NVIDIA and LG Group

According to НВ — Техно: On June 10, NVIDIA and LG Group announced a partnership aimed at integrating artificial intelligence and robotics into manufacturing operations. This collaboration encompasses the development of digital twins, autonomous production systems, home robots, as well as advancements in AI infrastructure and automotive technologies.

As part of the deal, LG plans to unify its enterprise workflows-covering procurement, production, logistics, and delivery-by leveraging NVIDIA’s digital twin technologies. Specifically, LG intends to use the NVIDIA Isaac Sim and Isaac Lab platforms to train its robots. The company is also exploring the capabilities of NVIDIA’s Isaac GR00T foundation model.

LG’s Technology Initiatives

LG Electronics is also building a physical AI data factory using NVIDIA Cosmos models. Meanwhile, LG CNS will integrate NVIDIA’s robotics technologies into its industrial automation platform, and LG Innotek is developing sensor solutions for NVIDIA systems. Additionally, LG Electronics plans to collaborate with NVIDIA on liquid cooling technologies and modular infrastructure for the NVIDIA DSX AI Factory platform.

On the infrastructure side, LG Uplus intends to construct large-scale AI data centers that support NVIDIA GPUs. LG Energy Solution is also evaluating the use of 800-volt direct current power technologies for its data centers. Finally, LG Electronics aims to integrate its driver assistance systems with NVIDIA DRIVE platforms.

The partnership between NVIDIA and LG Group highlights a growing trend of embedding AI and automation into industry, which could significantly boost manufacturing efficiency.

Through this collaboration, both companies have the potential to create new technologies that could transform production and service methods, while enhancing global competitiveness. The integration of cutting-edge technologies into manufacturing may also drive new solutions in environmental sustainability and energy efficiency.