Resilient cloud-native architecture for fixed-income applications during market volatility

Chataraju, Tarun (2025) Resilient cloud-native architecture for fixed-income applications during market volatility. World Journal of Advanced Engineering Technology and Sciences, 15 (2). pp. 1275-1283. ISSN 2582-8266

This article examines strategies for architecting resilient fixed-income applications in cloud-native environments to address challenges faced during market volatility. The article shows resilience approaches including geo-redundancy and multi-region deployments, analyzes scalability frameworks through container orchestration and serverless technologies, explores observability systems for real-time monitoring, and evaluates design patterns that enhance transaction reliability. Through extensive article analysis of implementation data across financial institutions, the article demonstrates how cloud-native architectures significantly outperform traditional infrastructures in availability, performance, and cost efficiency during market stress events. The article provides actionable insights on architectural principles, implementation trade-offs, and regulatory considerations while highlighting emerging trends and remaining challenges in building financial systems that maintain operational integrity during extreme market conditions.