6GSMART takes advantage of the use of 6G technology to improve cyber-physical systems for smart production. These systems are based on 5G/6G private networks, time sensitive networks, artificial intelligence techniques and Cloud Continuum environments.
6GSMART-ICC envisions the development of meta-operating systems (meta-OS) that will enable seamless interaction of service developers with the underlying computing infrastructure, which is heterogeneous in nature. In addition, the objective of this subproject is the development of mechanisms for orchestration and integration of public and private networks, as well as their validation and evaluation.
6GSMART-EZ is aimed at:
6GSMART-S plans to promote collaborative robotics and the application of digital twins in Industry 4.0 manufacturing systems. To this end, the subproject will focus on:
6GSMART-EXP aims to encourage the adoption of 6G technologies in the manufacturing environment. To this end, this subproject will work on the demonstration of three advanced manufacturing services through 6G networks. Validated services will include:
Abstract: The high-precision remote metrology use case within the UNICO i+D 6G 6GSMART project uses 5G connectivity to enable metrologists to monitor and operate coordinate measuring machines (CMMs) remotely, ensuring
i2EDGE is an advanced on-premise edge orchestrator built to manage the full lifecycle of industrial applications deployed at the network edge. It enables autonomous, zero-touch application deployment, positioning applications closer
A public-private network integration system from a cloud point of view is one of the main drivers to support multi-domain cloud-native orchestration in industrial and manufacturing environments. The system must
Nowadays, to meet the demands of Industry 4.0, a seamless convergence between the different cloud domains (edge and cloud) is key for industries to have a cloud-native intelligent orchestration layer
In industrial environments, cloud services and the Internet of Things (IoT) converge, with the need to manage complex and diverse computing environments for service and infrastructure providers, a process called
Network-as-a-Service (NaaS) represents a paradigm shift whereby network operators can make telco capabilities from public networks available for external consumption, including monitoring and configuration-related capabilities, through Application Programming Interface (APIs).
