The Cloud-to-Edge continuum has been used as an enabler to improve the performance of services and applications over different core network technologies. In more recent times, these networks handle a plethora of heterogeneous devices that provide services over multiple technological domains, increasing the complexity of management functions. To aggravate the situation, these devices are prone to performance degradation or even failure. In such a dense and diverse environment, self-organising and self-healing management solutions must prevail over manually configured solutions. Monitoring the assets can help detect performance drops that trigger self-organising solutions, speeding the recovery of the services and preventing any disruption of Service Level Agreements (SLA). The zero-touch self-healing approach focuses on improving fault management and other orchestration tasks by minimising and/or eliminating human intervention by allowing a set of devices in a delimited area to oversee the gathering of data processed and analysed by different mechanisms that enable seamless fault recovery. The workshop will focus on mechanisms that allow performing educated decisions about automated fault mitigation; as well as autonomous and self-optimised collaboration solutions to automate the cloud-to-edge continuum orchestration functions.

The workshop will focus on mechanisms that allow performing educated decisions about automated fault mitigation; as well as autonomous and self-optimised collaboration solutions to automate the cloud-to-edge continuum orchestration functions. ROSS will be hosted and organized as part of The 48th IEEE Conference on Local Computer Networks (LCN) 2023.