High Reliability Architecture and Compliance Design of Enterprise Level Financial Infrastructure

Abstract

Along with the rapid evolution of the modern financial industry, enterprise-level financial infrastructure must increasingly satisfy the dual demands of high-level security and stringent regulatory compliance within the financial sector. This article focuses on the systematic construction of an intelligent and highly efficient infrastructure, integrated with a comprehensive legal and regulatory compliance framework. To significantly enhance system reliability, the study utilizes AI-driven load scheduling and predictive analytics to achieve dynamic resource allocation and intelligent capacity management. Simultaneously, the integration of edge computing technology improves real-time response speeds and supports a robust fault-tolerant, self-healing operational mode, ensuring continuous service availability. In terms of compliance and risk governance, this research designs a standardized permission control model, an automated compliance auditing and response algorithm, and a trusted audit framework capable of full-chain tracking. Through the strategic application of these advanced technologies, the framework achieves enhanced data security and operational transparency, effectively building a future-oriented financial infrastructure. This research provides both a theoretical foundation and a practical implementation roadmap for financial institutions seeking to optimize their underlying technical architecture while maintaining rigorous adherence to industrial standards and safety protocols.