Kubernetes, widely adopted as a container orchestration platform, is a target for cybercriminals due to its complexity and the potential for security oversights. To mitigate risks, security best practices have been developed, emphasizing a defense in depth strategy, which involves implementing multiple layers of security across the different components of a Kubernetes deployment. These components include the application code, containers, the Kubernetes cluster, and the underlying cloud or on-premise infrastructure, often referred to as the four Cs of cloud-native security. Key practices include shifting security considerations to the early stages of software development, scanning code and container images for vulnerabilities, using role-based access control, encrypting data at rest, and ensuring secure communication within and outside the cluster. While managed Kubernetes services handle some security aspects, self-managed deployments require administrators to adhere closely to security guidelines to protect against potential breaches. Continuous monitoring and observability are crucial to maintaining a secure and efficient Kubernetes environment, ensuring that security defenses operate as intended.