Abstract
Infrastruttura cloud-ibrida UniCA su Microsoft Azure
Questo lavoro presenta la progettazione e l’implementazione di un’infrastruttura cloud ibrida finalizzata a coniugare i vantaggi della scalabilità del cloud con il controllo e la sicurezza delle risorse on premise. L’architettura proposta integra sistemi esistenti con servizi cloud attraverso un modello di gestione unificato, garantendo continuità operativa, flessibilità nell’erogazione dei servizi e ottimizzazione dei costi. Vengono analizzate le scelte architetturali, gli aspetti di connettività e sicurezza, nonché i principali benefici ottenuti in termini di affidabilità e resilienza dell’infrastruttura.
Presentazioni
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Bio
IT professional with extensive experience in information systems, digital infrastructures and technology services within complex environments. He works at the University of Cagliari, within the Directorate for Systems, Infrastructures and Data, where he is responsible for the design, management and support of the University’s ICT infrastructure. Over the course of his career, he has developed cross-disciplinary expertise in networking, systems, digital services and support for administrative and academic units, contributing to the evolution and reliability of the University’s technological platforms. He has always been committed to service quality, security, and the simplification of technology use for both technical and non-technical users.
Abstract
The hybrid cloud infrastructure on Microsoft Azure of the University of Cagliari
This work presents the design and implementation of a hybrid cloud infrastructure aimed at combining the scalability of cloud solutions with the control and security of on-premises resources. The proposed architecture integrates existing systems with cloud services through a unified management model, ensuring business continuity, flexibility in service delivery, and cost optimisation. The paper examines the architectural choices, as well as connectivity and security aspects, and outlines the main benefits achieved in terms of infrastructure reliability and resilience.
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