Cloud Services Monitoring: Implementing a Stratified Approach for Enhanced Visibility and Efficiency

Abstract

Listen

Translate article

- The research paper introduces a novel stratified approach to monitor cloud services, addressing the unique challenges arising from the distributed and dynamic nature of cloud environments. The main objectives of the study are to enhance the effectiveness of cloud service monitoring and management while ensuring the availability, performance, and security of cloud- based applications. The proposed stratified monitoring framework consists of four distinct layers: Infrastructure, Platform, Application, and Security. Each layer focuses on specific monitoring aspects, encompassing infrastructure resources, platform services, application performance, and security events. Methodologically, the paper explores various monitoring tools and techniques suitable for each layer to provide a comprehensive view of the cloud ecosystem. The research includes an empirical case study to demonstrate the practicality and effectiveness of the stratified monitoring approach in real-world cloud deployments. A comparison with traditional monitoring methods is conducted to showcase the advantages of the proposed approach. The obtained results indicate that the stratified monitoring approach significantly improves visibility into the cloud infrastructure, enables early detection of anomalies, and enhances security measures. This approach empowers cloud service providers and users to optimize resource utilization and make informed decisions concerning cloud performance and security. The research paper's significance lies in offering a structured and adaptable framework to monitor cloud services effectively, thus supporting organizations in maintaining reliable and efficient cloud-based applications. The proposed approach fosters a deeper understanding of the cloud ecosystem, mitigates risks, and facilitates prompt issue resolution. Key Words: Cloud computing, Cloud services, Monitoring, Stratified approach, Infrastructure, Platform, Application, Security.