one6G Supports IEEE Communications Standards Magazine Special Issue on empowering robotics with 6G

one6G is pleased to highlight the IEEE Communications Standards Magazine special issue, “Empowering Robotics With 6G: Connectivity, Intelligence, and Beyond.” Guest-edited by Mona Ghassemian, Kaspar Althoefer, Aryan Kaushik, Mahdi Tavakoli, Douwe Dresscher, and Xueli An, this publication captures the rapidly emerging convergence of 6G and robotics. The insights shared within it align closely with one6G’s ongoing focus on advancing 6G capabilities for robotic systems and future autonomous services.

This special issue presents a timely and comprehensive view of how next-generation networks can enable advanced robotics. By leveraging cornerstone technologies like sub-millisecond latency, Integrated Sensing and Communication (ISAC), native intelligence, network slicing, edge computing, and trustworthy system design, the publication establishes a clear roadmap for the industry. The guest editors frame the domain around three major themes: foundational robot-to-network interfaces, AI-driven control and coordination, and trustworthy, mission-critical autonomy. Together, these elements provide a solid foundation for reliable remote operation and enhanced situational awareness.

The editorial also features seven related papers that contribute practical and conceptual advances across the ecosystem. These include research on SLAM standardization, robotic aerial base stations, generative AI-in-the-loop coordination, and deep transfer learning for radio resource management. Additionally, the papers explore network slicing and mobile edge computing (MEC) for mobile and search-and-rescue robotics, while addressing the essential ethical and privacy dimensions of AI in 6G robotics.

Ultimately, this special issue represents a meaningful step toward moving the field from vision to practical implementation. The publication reflects the steady expansion of the international ecosystem and highlights the vital role 6G will play in shaping the future of autonomous robotic systems.