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AI & Robotics

Centre for Artificial Intelligence and Robotics, Hong Kong Institute of Science & Innovation, Chinese Academy of Sciences

Centre for Artificial Intelligence and Robotics, Hong Kong Institute of Science & Innovation, Chinese Academy of Sciences

Dedicated to innovative integration of AI and healthcare

With a mission of bringing a healthier future through technology innovation, CAIR strives to make breakthroughs in AI & Robotics technologies. Through AI technology innovation, CAIR endeavours to enhance the international competitiveness of healthcare industry for Guangdong-Hong Kong-Macao Greater Bay Area.
Professor Hongbin Liu

Director, Professor, Centre for Artificial Intelligence and Robotics (CAIR), Hong Kong Institute of Science & Innovation, Chinese Academy of Sciences

Clinical-needs-driven technological innovation to create value for patients and clinicians

Established in 2019, CAIR is one of the centres under Hong Kong Institute of Science & Innovation, Chinese Academy of Sciences and has been selected into the InnoHK Clusters. Centered around three key research areas: Multimodal AI Large Models, Embodied-AI Robotics, and Digital Twin Technology, CAIR has collaborated with top universities in the UK, Germany and other countries to establish joint laboratories and is equipped with a hybrid computing platform featuring Huawei NPUs and NVIDIA GPUs. It carries out AI system R&D and technology transfer, with a specialized focus on healthcare applications.

 

Independently developed new-generation multimodal medical AI large model. It features core capabilities including real-time intelligent analysis of multimodal medical images, semantic understanding of complex endoscopic video scenarios, and full-process intelligent perception of operating room behaviors, delivering full-cycle intelligent support for precise surgical procedures.

Independently developed new-generation multimodal medical AI large model. It features core capabilities including real-time intelligent analysis of multimodal medical images, semantic understanding of complex endoscopic video scenarios, and full-process intelligent perception of operating room behaviors, delivering full-cycle intelligent support for precise surgical procedures.

Focusing on the R&D of embodied intelligent surgical robot systems with multimodal environmental perception, it empowers high-degree-of-freedom precise operation, dynamic adaptive motion control and real-time collaborative interactive sensing capabilities, and builds a full-link intelligent robot system for diagnosis and treatment assistance.

Focusing on the R&D of embodied intelligent surgical robot systems with multimodal environmental perception, it empowers high-degree-of-freedom precise operation, dynamic adaptive motion control and real-time collaborative interactive sensing capabilities, and builds a full-link intelligent robot system for diagnosis and treatment assistance.

Digital twin technology provides real-time digital mirroring and dynamic simulation for surgical settings and medical devices to boost surgical accuracy, cut risks and refine medical robot safety and precision.

Digital twin technology provides real-time digital mirroring and dynamic simulation for surgical settings and medical devices to boost surgical accuracy, cut risks and refine medical robot safety and precision.

Capitalising on Hong Kong’s international strengths and the Greater Bay Area’s industrial resources, CAIR engages global top talents to develop multi-modal large models for diagnosis and surgery, digitalization and simulation of clinical treatment workflows, flexible surgical robots & physician-assisting systems, and real-time intraoperative imaging for neurosurgery. It advances full-chain R&D-clinic-industry integration to speed up clinical translation and boost high-quality healthcare development in the Greater Bay Area.

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