Abstract
This paper presents a comprehending technology to convince the secure and uninterruptible operation of data centers, addressing the dual challenges of flexibility against disruptions and national security against physical cyber threats. By integrating advanced encryption methods, dynamic access control, artificial intelligence-based anomaly detection, and sustainable energy solutions, the proposed approach provides a new framework for enhancing data center reliability and security. The study brings together interdisciplinary research, including cybersecurity, energy engineering and environmental sustainability, to build a flexible infrastructure capable of supporting vital functions that depend on data centers. The effectiveness of this technique is evaluated. Through a series of simulation scenarios, demonstrating its ability to significantly reduce downtime and mitigate security risks. This research contributes to this field by proposing a comprehensive strategy that not only secures data centers from emerging threats, but also ensures their continuous operation, thereby supporting the growth and reliability of the digital ecosystem. Keywords: Data center, security, uninterrupted services, access control, sustainable energy solutions, resilience, reliability.
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