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This report defines a critical architectural shift for 6G by integrating distributed computing directly into network infrastructure to overcome latency and power constraints. By enabling tasks like autonomous driving and digital twins to be processed across edge devices, networks, and the cloud simultaneously, it establishes a foundational framework for Integrated Sensing and Communications (ISAC). This approach moves beyond simple connectivity standards to address the core computational demands required for next-generation AI-driven applications.
ETSI outlines how integrated computing could unlock future 6G services

ETSI announced the publication of ETSI GR ISC 005, a new report that examines how computing can be incorporated into Integrated Sensing and Communications (ISAC) to support future 6G services. The post ETSI outlines how integrated computing could unlock future 6G services appeared first on ETSI.
ETSI today announces the publication of ETSI GR ISC 005, a new report that examines how computing can be incorporated into Integrated Sensing and Communications (ISAC) to support future 6G services—such as smart factories, drones, collaborative robots (cobots) and extended reality (XR). Developed by ETSI’s Industry Specification Group on ISAC, the report identifies five…
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