Abstract
Quantum Cloud: orchestrazione e sicurezza per infrastrutture quantistiche distribuite
Il calcolo quantistico non è più soltanto una tecnologia sperimentale: oggi viene offerto come risorsa computazionale accessibile via cloud. In questo scenario, la sfida non consiste solo nel progettare algoritmi, ma nel coordinarne l’esecuzione su infrastrutture distribuite ed eterogenee, caratterizzate da hardware diversi, code, costi variabili e limiti di rumore propri dell’era NISQ. Questo talk propone di interpretare l’orchestrazione quantistica come un livello software capace di astrarre la frammentazione delle risorse, trasformare l’eterogeneità in leva di ottimizzazione e governare l’esecuzione tra backend e domini amministrativi differenti, nel rispetto di requisiti di qualità del servizio, efficienza e sicurezza. L’obiettivo è delineare un middleware provider-agnostic, aperto e federato, per garantire alla comunità scientifica un accesso equo, sicuro e sovrano alle tecnologie quantistiche.
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Bio
Giuseppe Bisicchia is a postdoctoral researcher at the University of Pisa in the field of Software Engineering. His research focuses on the design and analysis of complex and distributed systems, with particular attention to the integration of emerging technologies and their impact, including Quantum Computing. Prior to his PhD, he worked as a research fellow for the Consortium GARR, where he was involved in the orchestration of multi-service applications in heterogeneous Cloud–Edge environments. Alongside his scientific work, he is actively engaged in STEAM education, from primary school to university level, designing and delivering training programmes and hands-on workshops. He is also involved in educational volunteering and in the dissemination of scientific and technological knowledge. He is co-founder of the Quantum Festival, an outreach initiative that has brought hundreds of students, researchers and members of the public closer to the world of quantum computing.
Abstract
Quantum cloud: orchestration and security for distributed quantum infrastructures
Quantum computing is no longer merely an experimental technology: it is now offered as a computational resource accessible via the cloud. In this context, the challenge lies not only in designing algorithms, but in coordinating their execution across distributed and heterogeneous infrastructures, characterised by diverse hardware, queues, variable costs, and noise constraints typical of the NISQ era. This talk proposes interpreting quantum orchestration as a software layer capable of abstracting the fragmentation of resources, turning heterogeneity into an optimisation lever, and managing execution across different backends and administrative domains, while meeting requirements for quality of service, efficiency, and security. The aim is to outline a provider-agnostic, open, and federated middleware, ensuring fair, secure, and sovereign access to quantum technologies for the scientific community.
Attribuzione 4.0 Internazionale