Coverage Matrix

Chkk Curated Release Notesv1.46.0 to latest
Private RegistrySupported
Custom Built ImagesSupported
Safety, Health, and Readiness Checksv1.63.2 to latest
Supported PackagesHelm, Kustomize, Kube
EOL InformationAvailable
Version Incompatibility InformationAvailable
Upgrade TemplatesIn-Place, Blue-Green
PreverificationAvailable

Kiali Operator Overview

Kiali is an open-source observability console designed for Istio service meshes, providing real-time visualization and validation of microservices topology, health, and traffic flows. It integrates tightly with Prometheus, Grafana, and Jaeger for metrics, dashboards, and tracing. The Kiali Operator automates deployment and lifecycle management of Kiali using a Kubernetes Custom Resource (CR), streamlining installation and configuration updates. This operator-driven model reduces manual tasks, ensuring reliable and consistent observability across clusters without modifying application code.

Chkk Coverage

Curated Release Notes

Chkk curates Kiali Operator release notes, calling out breaking CRD or reconcile-logic changes, security patches, and new configuration fields that affect your manifests. Summaries highlight actionable item, so you can update Helm values or CRs before upgrading. Chkk also flags operator-specific fixes (e.g., hot-loop reconciliation bugs that previously caused pod restarts) to clarify the operational benefit of each release. By mapping every upstream note to the exact resources in your clusters, Chkk helps platform engineers prioritize what truly matters and ignore the noise.

Preflight & Postflight Checks

Chkk executes preflight checks to validate cluster compatibility, including verifying Istio and Kubernetes version alignment with the Kiali Operator requirements. These checks detect deprecated configurations in your Kiali CR that could prevent a smooth upgrade. Postflight checks confirm successful operator and Kiali server deployment, monitor logs for integration errors (e.g., Prometheus connectivity issues), and flag leftover resources. Immediate feedback ensures observability continuity and quickly identifies upgrade-related issues.

Version Recommendations

Chkk continuously tracks Kiali Operator support cycles, alerting teams when their version approaches end-of-life or incompatibility with current Istio deployments. Recommendations include rationale such as known vulnerabilities or compatibility gaps arising from untested version pairings. Chkk advises stable, tested upgrade targets that balance new features with operational stability. Platform engineers receive clear, actionable guidance rather than arbitrary version updates.

Upgrade Templates

Chkk provides detailed Upgrade Templates covering both in-place and blue-green upgrade scenarios for the Kiali Operator, aligning closely with community best practices. In-place upgrade templates include critical checkpoints such as CR backups and CRD validation, clearly outlining anticipated downtime and rollback procedures. Blue-green templates guide parallel Kiali Operator deployments, allowing controlled migration with zero downtime. Both methods integrate seamlessly with GitOps and CI/CD pipelines, minimizing human error during upgrades.

Preverification

Chkk’s preverification simulates the Kiali Operator upgrade within an isolated, representative environment prior to production deployment. This dry run identifies potential CRD schema incompatibilities, authentication misconfigurations, and resource constraints before impacting live clusters. Simulated telemetry integrations with Prometheus and Jaeger further validate configuration correctness. Incorporating preverification into automated pipelines significantly reduces upgrade-related risks and ensures predictability.

Supported Packages

Chkk fully supports multiple installation methods for Kiali Operator, including Helm charts, OperatorHub (OLM), and Kubernetes manifests. Custom setups—such as specialized vendor distributions or private image registries—are respected, ensuring consistency across upgrade processes. Chkk seamlessly integrates with existing GitOps workflows, parsing current manifests or Helm releases and recommending targeted adjustments. Platform teams benefit from unified lifecycle management regardless of the chosen installation path.

Additional Resources