In the cloud-native world, microservices architecture allows for independent scaling and management of services, enhancing flexibility and efficiency compared to monolithic applications. Kubernetes emerges as a pivotal platform for deploying these containerized microservices, facilitating both vertical and horizontal scaling methods. Vertical scaling involves augmenting resources in existing servers, while horizontal scaling adds new instances or nodes to distribute the load effectively. Kubernetes offers tools such as the Horizontal Pod Autoscaler and Cluster Autoscaler for automated scaling, adjusting resource allocation based on actual usage and demand. However, the complexity of Kubernetes and distributed systems necessitates robust monitoring and troubleshooting tools, such as Komodor, which aids DevOps teams in managing and scaling microservices efficiently by providing insights into system health, governance, and cost optimization. The platform's holistic approach ensures seamless scaling while maintaining system integrity and operational efficiency.