The Hong Kong Applied Science and Technology Research Institute (ASTRI) is showcasing smart mobility technologies, including cutting-edge Cellular Vehicle-to-Everything (C-V2X) technologies aim at enhancing autonomous driving safety, at the 44th HKTDC Hong Kong Electronics Fair (Autumn Edition), running from 13-16 October at the Hong Kong Convention and Exhibition Centre (HKCEC).
Richtech Robotics Inc., a Nevada-based provider of AI-driven service robots, today launches Scorpion, its AI-powered, single-arm beverage service robot.
Researchers at the Max-Planck-Institute for Intelligent Systems have created hexagon-shaped robotic modules that snap together like LEGO pieces to create fast robots with interchangeable parts.
A big question for our industry, explored in RubbishTalk's 40th episode with Alasdair Meldrum, Jane Bond and Danu's CMO Nick Noble.
RobotPlusPlus, an engineering-led company that develops working-at-height robots, launched its HighMate C20 Cargo Hold Cleaning Robot this week with live demonstrations at the SMM 2024 conference in Hamburg, Germany.
Pano AI (Pano), the leading developer of artificial intelligence-driven wildfire detection, and Austin Energy, today announced the full deployment of an advanced AI-driven wildfire camera detection system, marking a significant step forward in enhancing wildfire response capabilities across Central Texas.
MIT researchers developed a tiny zinc-air battery capable of powering autonomous cell-sized robots. This innovation promises to revolutionize miniature robotics by providing a reliable and efficient power source. It will enable applications in medicine, environmental monitoring, and search and rescue operations.
Ainos, Inc., a diversified healthcare company focused on cutting-edge AI-powered point-of-care testing (“POCT”) and VELDONA low-dose interferon therapeutics, announced that its AI Nose has made a significant advancement in factory automation.
The Estimate Extrapolate and Situate (EES) algorithm enables robots to refine their skills in unfamiliar environments with minimal human input. This innovative approach, tested on Boston Dynamics' Spot robot, significantly reduces learning time, enhancing robot adaptability in various real-world applications.
Researchers from BMW and Figure investigated the integration of humanoid robots, specifically Figure 02, into automotive manufacturing, focusing on tasks like inserting sheet metal parts for chassis assembly. The study demonstrated that these robots could enhance efficiency, improve safety, and address ergonomic challenges, highlighting their potential to transform manufacturing processes across industries
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