The International Artificial Intelligence and Robotics Summit 2024, organized by the Hong Kong Productivity Council, brought together global leaders, innovators, and industry experts to explore how different regions—including Singapore, the EU, Hong Kong, China, and the UK—are advancing the adoption of AI and robotics. Despite varying approaches, the shared commitment to fostering innovation was a key theme throughout the discussions.

A significant focus of the event was on standardization, with initiatives like Tech Ref 93 (Robots Interoperability) and TR108 (Robots for Healthcare) taking center stage. These frameworks are critical for creating safer and more interoperable robotic ecosystems, ensuring reliability, and fostering seamless integration across industries. The participants emphasized how these efforts are laying the foundation for the future of AI and robotics.

The exhibition area vividly showcased the transformative potential of robotics in diverse industries. In healthcare, robots assist patient care by facilitating movement, reducing recovery times, and supporting nursing staff. In logistics, autonomous systems are optimizing warehouse operations, demonstrating the power of human-robot collaboration to enhance efficiency. In infrastructure, robots are playing an essential role in large-scale operations, from routine maintenance to disaster recovery efforts. These displays inspired attendees by highlighting robotics’ vast possibilities across sectors.

Discussions during the event explored the evolving relationship between humans and robots. The next frontier in robotics involves enhanced perception and reasoning capabilities so robots can move beyond supervised tasks to scenarios where they oversee tasks independently. Concepts such as positioning accuracy and perception models were explored, focusing on how robots can better understand and interact with their environments.

The event also addressed critical challenges in robotics, particularly the efficiency and sustainability of solutions powered by complex AI models and advanced processors. As the industry progresses, the balance between innovation and practical considerations – such as energy consumption and environmental impact – remains a priority.

POLYN presented our distributed bio-inspired approach as a cutting-edge solution to some of these challenges. POLYN explained how, utilizing its proprietary NASP technology-on-chip, raw sensor data can be pre-processed directly at smart sensors, significantly reducing power consumption and improving response times. This innovation enhances safety and efficiency, particularly in robotics applications. POLYN’s NASP-based designs are particularly effective for tactile and movement sensors and advanced smart voice control systems (e-ear). Additionally, the technology supports data abstraction, where extracted data is shared as patterns, preserving data privacy while ensuring interoperability across systems.

While the event celebrated the transformative potential of modern technologies, it also underscored the importance of thoughtful development. Trust, collaboration, and ethical data practices were highlighted as essential for ensuring that AI and robotics are tools for the greater good. The event served as a powerful reminder that innovation in AI and robotics must prioritize safety, efficiency, and sustainability to benefit humanity at large. POLYN’s participation reflected our commitment to driving forward-thinking solutions and fostering collaboration in the global robotics and AI community.