A TECHNIQUE FOR PROVIDING SECURED UNINTERRUPTED SERVICES OF A DATA CENTER
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Abstract
This paper presents a comprehensive technique for ensuring the secured, uninterrupted operation of data centers, addressing the dual challenges of resilience against disruptions and robust security against cyber-physical threats. By integrating advanced cryptographic methods, dynamic access control, AI-based anomaly detection, and sustainable power solutions, the proposed approach offers a novel framework for enhancing data center reliability and security. The study synthesizes multidisciplinary research, including cybersecurity, power engineering, and environmental sustainability, to construct a resilient infrastructure capable of supporting the critical functions dependent on data centers. The effectiveness of the technique is evaluated through a series of simulated scenarios, demonstrating its potential to significantly reduce downtime and mitigate security risks. This research contributes to the field by proposing a holistic strategy that not only secures data centers from emerging threats but also ensures their continuous operation, thereby supporting the digital ecosystem's growth and reliability.
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