Building self-healing and resilient cloud infrastructure for blockchain-based FinTech organizations

Diwan, Piyush Dhar (2025) Building self-healing and resilient cloud infrastructure for blockchain-based FinTech organizations. World Journal of Advanced Engineering Technology and Sciences, 15 (1). pp. 896-909. ISSN 2582-8266

This article explores the comprehensive strategies necessary for building self-healing and resilient cloud infrastructure specifically designed for blockchain-based FinTech organizations. The rapidly evolving blockchain financial technology landscape demands infrastructure solutions that extend beyond traditional approaches to address unique challenges, including continuous operation requirements, geographic distribution constraints, immutable transaction processing, regulatory complexity, and unpredictable scaling needs. It examines key architectural components, including multi-region deployment strategies with active-active configurations, specialized Kubernetes orchestration optimizations, advanced monitoring with predictive fault detection capabilities, automated recovery procedures that preserve blockchain integrity, and robust security frameworks incorporating zero-trust principles. Special attention is given to regulatory compliance automation across diverse jurisdictions. Through the integration of these specialized approaches, blockchain FinTech organizations can create infrastructure foundations that maintain operational continuity through regional outages, identify potential issues before they impact services, recover without compromising data integrity, and meet complex security and regulatory requirements across global operations.