Around 87% of organizations are using Kubernetes container orchestration to manage their container workloads. Each of the security issues correlates with a container lifecycle phase. It is better to counteract known vulnerabilities in the build phase, misconfigurations in the build/deploy phase, and responds to threats at runtime.
Kubernetes security risks and challenges
Even though containers have great features and the merit of microservices architectures, they can create security blind spots which can result in an increase of attack surface. The distributed nature of containerized applications makes it tough to quickly investigate that containers may need vulnerabilities, might be misconfigured, or create the best risks to your organization. Organizations want robust governance policies relating to how images being designed and hold on in trusty image registries. you want to make sure that containers are designed exploitation secure and approved base images that are frequently scanned and make sure that solely images from image registries on permit lists are accustomed launch containers in the Kubernetes environment.
The Kubernetes security challenges need integrating security into every section of the container lifecycle: build, deploy, and run. You must build secure images that are free from crucial vulnerabilities, put together deployments following security best practices, and shield workloads from threats at runtime. To secure the Kubernetes infrastructure and its elements, together with the Kubernetes API server, etc, and so on, that increase the general attack surface with distinctive threat vectors of their own.