CSPUMS: Pioneering Integrated Monitoring in Multi-Service Provider Ecosystems
Jiali Liu, Yuqin Qin · 2024
In the era of information interconnection, the evolution of enterprise digitalization necessitates the adoption of architectures that can support dynamic and complex business operations. Microservices architecture, characterized by its flexibility, scalability, and efficiency, has emerged as a pivotal solution for modern enterprises, enabling the decomposition of monolithic applications into independently deployable services. However, with the expansion of enterprises and the intricate nature of business operations, microservices architecture encounters challenges in service governance, monitoring, management, and integration in multi-vendor environments. Addressing these challenges, this paper introduces a Cross-Service Provider Unified Monitoring System (CSPUMS) tailored for microservice business platforms operating within multi-service provider ecosystems. CSPUMS, a novel three-layer system architecture, encompasses a data acquisition layer, a monitoring layer, and a data presentation layer, designed to ensure the reliability, performance, and security of service platforms across diverse cloud environments. Through the deployment of Docker container technology for data aggregation and the implementation of a multi-dimensional threshold alarm template, CSPUMS enhances operational monitoring, fault management, and service continuity in complex multi-service settings. This paper significantly enhances microservice platforms by providing integrated monitoring solutions for multi-cloud and multi-service environments, ensuring operational efficiency and agility for digitally transforming enterprises.