The evolution of modern software engineering has firmly established Kubernetes as the foundational standard for container orchestration. This technology provides developers and platform engineers with unparalleled capabilities for managing distributed systems across hybrid cloud environments and multi-cloud infrastructure. However, as enterprise organizations mature in their cloud-native journeys, the inherent complexity of managing raw Kubernetes primitives becomes increasingly apparent. Configuring Deployments , routing traffic through Services , tuning Horizontal Pod Autoscalers , and defining complex Ingress rules present a significant and ongoing operational burden. This configuration complexity has catalyzed the rapid adoption of Function-as-a-Service (FaaS) paradigms deployed directly on top of container orchestration platforms. By abstracting the underlying infrastructure entirely, Kubernetes-native serverless frameworks enable developers to focus exclusively on their core business logic.…