As cloud-native development continues to rise and the industry embraces a Kubernetes-first paradigm, interest in cloud federation and hybrid cloud architectures is rapidly growing. These models offer compelling benefits such as seamless multi-region scalability, enhanced resilience, and flexible resource management. In this paper, we introduce a state-of-the-art, Kubernetes-native multi-cluster research testbed that leverages Liqo to enable seamless offloading of workloads and services across a distributed edge-cloud continuum. This approach supports dynamic, location-transparent deployment strategies that enhance performance and availability. Our solution paves the way for future-proof infrastructure designs that meet the evolving demands of decentralized computing environments.
Offloading Resources to the Cloud or to the Edge? A Liqo-Powered Testbed / Miola, Davide; Galantino, Stefano; Cerrato, Ivano; Lucrezia, Francesco; Risso, Fulvio; Verticale, Giacomo. - ELETTRONICO. - IEEE Conference on Standards for Communications and Networking (CSCN):(In corso di stampa). (Intervento presentato al convegno IEEE Conference on Standards for Communications and Networking (CSCN) tenutosi a Bologna (IT) nel 15–17 September 2025).
Offloading Resources to the Cloud or to the Edge? A Liqo-Powered Testbed
Miola, Davide;Galantino, Stefano;Cerrato, Ivano;Lucrezia, Francesco;Risso, Fulvio;Verticale, Giacomo
In corso di stampa
Abstract
As cloud-native development continues to rise and the industry embraces a Kubernetes-first paradigm, interest in cloud federation and hybrid cloud architectures is rapidly growing. These models offer compelling benefits such as seamless multi-region scalability, enhanced resilience, and flexible resource management. In this paper, we introduce a state-of-the-art, Kubernetes-native multi-cluster research testbed that leverages Liqo to enable seamless offloading of workloads and services across a distributed edge-cloud continuum. This approach supports dynamic, location-transparent deployment strategies that enhance performance and availability. Our solution paves the way for future-proof infrastructure designs that meet the evolving demands of decentralized computing environments.File | Dimensione | Formato | |
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https://hdl.handle.net/11583/3003055