Robotics Assembly

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PALO ALTO, Calif. — Mind Robotics announced plans to develop and deploy AI-enabled robotic systems designed to automate complex manufacturing tasks that traditional industrial robots cannot perform.

SEONGNAM, South Korea — Doosan Robotics will supply more than 100 manufacturing robots to Kwangjin Group under a strategic partnership aimed at automating production and strengthening quality competitiveness.

MUNICH, Germany — Misplaced glasses on the kitchen counter or a phone left somewhere in the living room could soon be found by a robot. Researchers at the Technical University of Munich have developed a system that locates lost objects by combining 3D vision with language-based artificial intelligence.

PALO ALTO, Calif. — Rhoda AI has introduced FutureVision, a robotic intelligence platform designed to help robots operate reliably in real-world production environments where materials, layouts and workflows constantly change. The system uses video-predictive control to continuously observe and predict physical interactions, enabling robots to adapt in real time rather than follow fixed, pre-programmed trajectories.

ZURICH—Automakers around the world are showing growing confidence in their ability to build electric vehicles efficiently and at scale. 

BINGHAMTON, NY—New research indicates that human-robot collaboration can improve work environments.

Munich — AGIBOT, the company ranked No. 1 globally in humanoid robot shipments, unveiled its full robot portfolio, signaling its strategic expansion into the German and European markets. The launch highlighted AGIBOT’s advanced R&D, system-level robotics capabilities and the critical role of real-world training in scaling industrial deployment.

SEOUL—Samsung Electronics plans to transition all manufacturing operations into AI-driven factories by 2030.

ZURICH—A European R&D initiative is examining the energy efficiency of robots. 

Compared with Industry 4.0, where humans mainly act as supervisors, Industry 5.0 elevates human expertise and contextual understanding. The objective is to allow people to focus on high-value cognitive tasks while being supported by intelligent machines that handle routine, hazardous or precision-intensive work.