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Informative Article | Computer Science and Information Technology | India | Volume 12 Issue 9, September 2023 | Rating: 4.6 / 10
Optimizing Microservices Management: Integrating Kong Service Mesh with Kubernetes on AWS Using Infrastructure as Code
Abhiram Reddy Peddireddy
Abstract: This paper delves into how Kong Service Mesh can be integrated with Kubernetes using Infrastructure, as Code (IaC) tools to deploy on Amazon Web Services (AWS). The study aims to offer an examination of the deployment process, performance metrics and the overall scalability and reliability of this combined setup. By conducting tests and performance evaluations important metrics like latency, throughput, resource usage and fault tolerance were scrutinized. The findings indicate that combining Kubernetes with Kong Service Mesh provides benefits such as performance improved security and effective management of microservices architectures. The paper also addresses challenges faced during deployment, such as configuration intricacies and network latency issues along with proposed solutions to tackle these obstacles. Practical advice and best practices are shared to assist professionals in deploying and managing Kong Service Mesh on Kubernetes. Furthermore, the paper sheds light on areas, for enhancement and future research directions including exploring features enhancing security measures and deploying in hybrid or multi cloud environments. This research provides insights, into managing microservices highlighting the advantages and practicality of combining Kong Service Mesh with Kubernetes, for cloud based applications.
Keywords: Kubernetes, Kong Service Mesh, Infrastructure as Code, AWS, microservices, performance metrics, scalability, security, deployment, cloud-native applications, Helm, Terraform, Prometheus, Grafana, monitoring, fault tolerance, resource utilization
Edition: Volume 12 Issue 9, September 2023,
Pages: 2190 - 2194