![]() ![]() Cloud-native applications are typically built with microservices and APIs. ![]() The safety of all of the applications running on the cluster. The protection of configurable components like the Kubernetes API, and 2. There are two critical factors in cluster security: 1. Each cloud provider publishes guidelines and recommendations for running workloads securely in their cloud. While Kubernetes implementations have some additional, more specific considerations, the 4Cs are foundational to understanding Kubernetes security:Ĭloud providers supply a trusted platform and computing base for Kubernetes clusters. ![]() As an extension of the defense in depth cybersecurity approach, the cloud-native security model consists of layers that build on each other, starting with the outermost layer first. Most conversations about cloud-native security revolve around the 4Cs: Cloud, clusters, containers, and code. The containers themselves also have their vulnerabilities, which tend to correspond closely to the phases of the container lifecycle. Misconfigurations, runtime security, worker nodes, and vulnerabilities associated with Kubernetes components like the API server and control plane provide opportunities for malicious actors and sophisticated attacks. While Kubernetes security tools and services are well-understood and widely available, the same is true for its attack surface and security risks. Most organizations that run container workloads and services use Kubernetes in some capacity, making it one of the industry's most rapidly growly application lifecycle tools. What is Kubernetes? Kubernetes (K8s) is an open-source container orchestration platform known for its extensibility and portability. ![]()
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