Your Path to Standardized, Secure, and Reliable Kubernetes Clusters
AwsomeKube empowers you to standardize on the same Kubernetes distribution used by EKS. This means you can deploy reliable and secure clusters without the hassle of continuous testing, tracking updates, dependencies, and security patches.
AwsomeKube is a reliable and secure Kubernetes distribution, built on the same foundation as Amazon EKS. It provides the latest Kubernetes updates and extended security patches, guaranteeing protection and compatibility for your clusters. From now on you can reduce development costs by running on-premises and smoothly move to production on AWS EKS.
AwsomeKube streamlines Kubernetes deployments with its ready-to-use manifests for essential services and functionalities: • Service Mesh: Istio, Linkerd • Serverless: Knative • Monitoring: Fluentd, Prometheus, Grafana, Metrics • Ingress, DNS, Dashboard, Clustering • Automatic updates to the latest Kubernetes version • GPGPU bindings for AI/ML
AwsomeKube integrated Kubernetes security posture management cloud-native security solution is designed to automatically identify, assess, and remediate vulnerabilities within your Kubernetes environments. By automating security scans, detecting misconfigurations, and enforcing security policies, KSPM helps organizations maintain visibility and control your security standard compliance.
Kubernetes 1.30 introduces Common Expression Language (CEL) for admission control, a powerful tool for enforcing custom policies. This feature enhances Kubernetes security by enabling administrators to define complex and tailored policies, particularly for CRD validation rules. By streamlining policy enforcement and expanding validation capabilities, CEL empowers organizations to secure their Kubernetes clusters more effectively.
Validating admission policies offer a declarative, in-process method for enforcing admission control rules, eliminating the need for external webhook servers..
Validating Admission Policies offer several advantages over webhooks, making them a more efficient and streamlined option for policy enforcement: No Infrastructure Overhead: Eliminates the need to build and maintain infrastructure for admission webhooks. Reduced Latency: Provides faster policy evaluation and decision-making.