DROIDS Daily. May 18, 2026. Robotics News.

Welcome to the DROIDS Newsletter daily update for May 18, 2026.Korea’s Ministry of Science and ICT has announced a national program to invest over 33.5 million dollars through 2030 to develop homegrown AI-powered humanoid robots for domestic and industrial use, positioning Korea as a strategic competitor in full-stack humanoid platforms that integrate high-torque actuators, whole-body control, and embedded large models for task planning. The roadmap emphasizes open middleware and domestic supply chains for key components, including servo drives, reduction gears, and safety-rated sensors, with an explicit goal of certifying these humanoids for operation in logistics, manufacturing, and public-service environments.WoAn Robotics, described as “China’s version of Figure,” has begun deploying its home-focused humanoid robots into overseas real-world scenarios, moving beyond lab demos into live pilots. The company is targeting household and hospitality tasks, building on a bipedal platform tuned for low-noise operation, dexterous manipulators for kitchen and cleaning workflows, and perception stacks optimized for cluttered indoor spaces, with deployments framed as a validation step before broader commercial scaling.Faraday Future has launched a new Physical AI robotics institute focused on integrating robotics into its vehicles and infrastructure, highlighting a push to fuse autonomous motion planning, embodied AI, and human–machine interfaces in automotive contexts. The initiative centers on mechatronic systems and embedded AI controllers that can handle tasks such as automated factory handling, in-vehicle robotic assistants, and dynamic inspection, with the institute positioned as an R&D hub for cross-disciplinary robotics and AI safety research within the company’s ecosystem.Scientists at the University of Cambridge have demonstrated a new class of light-emitting devices by electrically powering insulating nanoparticles using tiny organic “molecular antennas,” effectively creating an LED architecture that operates in a regime previously considered impossible for insulators. The work shows that these molecular antennas can funnel energy into the nanoparticles efficiently enough to generate light, opening a pathway to unconventional LED designs that could alter the materials palette for optoelectronics and enable new device geometries at the nanoscale.For all the latest robotics information, be sure to subscribe to DROIDS Newsletter.#robotics #roboticsnews #droidsnewsletter #dailyroboticnews