Welcome to the 2025 International Conference on Bio-inspired System and Robotics The 2025 International Conference on Bio-inspired System and Robotics (ICBSR 2025) is one of the flagship conferences in control, mechatronics and robotics, will be held in Xishuangbanna, China, from Dec. 26-29, 2025, which is sponsored by International Association of Swarm and Evolutionary Intelligences, and Technical Committee on Guidance, Navigation and Control (TCGNC), CSAA, and co-sponsored by Kunming University of Science and Technology, Technical Committee on Tri-Co Robot(TCTCR), Chinese Association of Automation(CAA), Technical Committee on Intelligent Automation(TCIA), Chinese Association of Automation(CAA), supported by Hong Kong Society of Mechanical Engineers(HKSME), Springer Nature, organized by Yunnan University, Sichuan University, will spotlight cutting-edge technologies, industrial applications, and societal impacts, fostering the growth of intelligent systems in Asia and beyond. Distinguished scientists, emerging scholars, and industry leaders worldwide will converge to share breakthrough research, exchange insights, and chart future directions. ICBSR 2025 serves as a premier international platform for academia, industry, and policymakers to collaborate, accelerate innovation in AI and robotics, and inspire the next generation of researchers and engineers. Publication The conference papers presented at the ICBSR 2025 will be published by Springer-Nature in Lecture Notes in Mechanical Engineering (indexed by EI-Compendex). Topics Call for paper(flyer) has been released! (Downloading Link) The current topics of interest including, but not limited to: Bioinspired Systems Modeling and Identification Bioinspired Robotics Design Bioinspired Robotics Mechtronics Bioinspired Unmanned Systems Bioinspired System Interactions Bioinspired Information Processing Cognitive Machine Intelligence in Robotics Bioinspired System Control Evolutionary Computation and Control Guidance, Navigation and Control in Robotics Artificial Intelligence in Robots Bioinspired Collaborative Manipulation Bioinspired Multi-agent Systems Swarm Robotics and Systems Bioinspired Control Applications Human-Machine Interfaces Bioinspired Marine Systems Bioinspired Ground Systems Bioinspired Aeronautical Systems Bioinspired Astronautical Systems Bioinspired Systems and Robotics Education New Emerging Technologies in Bioinspired Robots ……