Designing Resilient Network Architectures for Disaster Recovery

Digital infrastructure is always changing, therefore secure network designs are essential to keep things running amid natural catastrophes. The Dynamic Resilience Framework (DRF) uses ARO, DDI, and ERA to strengthen networks. Many prominent methods are used to compare the proposed framework against new ones. Hierarchical network design, SDN, distributed cloud architecture, and active-active redundancy are examples. The experiment simulates disaster situations to examine each network architecture's downtime, data recovery, and resource use. DDI scores reveal how well components interact; ARO scores show how repetition varies with difficulty. ERA scores measure resource efficiency and how to scale them with demand. You may analyze qualitative and quantitative statistics, user comments, and qualitative assessments. DRF outperforms other methods in ARO, DDI, and ERA. Statistics show that these performance variances are considerable, proving that the proposed structure is strong and adaptive. This research provides a comprehensive catastrophic recovery strategy, adding to the resilient network architecture discussion. The results will help companies determine the best ways to protect their digital assets against unexpected challenges.