Analyze Kubernetes manifests to inspect resources, workloads, replicas, containers, images, labels, selectors, references, and common configuration issues.
Inspect Kubernetes YAML for structural issues, configuration problems, and common deployment risks.
Your support helps us build more tools and improve the ones you already use.
More tools you may find useful.
Validate Kubernetes YAML manifests for syntax and common structural issues before applying resources to a Kubernetes cluster.
Compare Kubernetes YAML manifests and identify added, removed, and modified resources and configuration fields between two versions.
Generate Kubernetes Secret manifests with Base64-encoded values for passwords, tokens, keys, and other configuration data.
Convert Kubernetes CPU and memory quantities between millicores, cores, bytes, decimal units, and binary units.
Kubernetes Manifest Analyzer helps inspect Kubernetes YAML manifests before deployment. It identifies resources, summarizes important configuration, and highlights common configuration and operational risks without connecting to a Kubernetes cluster.
Kubernetes manifests describe the desired state of resources running in a Kubernetes cluster. They can define workloads, networking resources, configuration, storage, security settings, and other Kubernetes objects.
This analyzer parses Kubernetes YAML documents and extracts useful information such as resource kinds, names, namespaces, API versions, replicas, containers, images, labels, selectors, and ports.
The analyzer performs static checks against the YAML provided in the browser. Depending on the resource type, it can identify common configuration concerns involving Deployments, Pods, Services, StatefulSets, DaemonSets, ConfigMaps, Secrets, containers, and related fields.
This tool performs static analysis only. It does not connect to your Kubernetes cluster and cannot determine cluster-specific runtime conditions, admission decisions, policies, resource availability, or the actual behavior of a deployed workload.
For production validation, manifests should also be checked with Kubernetes validation, admission policies, security tooling, and your normal deployment pipeline.
Manifest analysis is performed locally in your browser. The tool does not need access to your Kubernetes cluster and does not require Kubernetes credentials.
Avoid sharing sensitive manifests publicly. Although the analysis itself is performed locally, the YAML you paste may contain credentials, tokens, private configuration, or other sensitive information.
No. Kubernetes Manifest Analyzer performs static analysis of the YAML provided in the browser and does not connect to a Kubernetes cluster.
No. It focuses on useful static checks and common configuration issues. It does not replace Kubernetes API validation, admission controllers, policy engines, or security scanners.
Yes. Kubernetes YAML containing multiple documents separated with YAML document separators can be analyzed.
Yes, it can be useful as an additional static review step, but production deployments should also use your normal Kubernetes validation, policy, security, and CI/CD checks.