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Open-Source Observability · kite-org

kite

Kite is a modern Kubernetes dashboard built in TypeScript that provides multi-cluster management, resource control, real-time observability, and user governance (OAuth, MFA, RBAC) in a single interface. It also includes AI agents and supports Helm chart management, live pod logs, and web terminals.

Source: GitHub — github.com/kite-org/kite
2.9k
GitHub stars
267
Forks
TypeScript
Primary language
Apache-2.0
License (OSI-approved)

Key facts

Objective fields from the source. Values we can't verify are shown as “Unknown” rather than guessed.

FieldValue
Repositorykite-org/kite
Ownerkite-org
Primary languageTypeScript
LicenseApache-2.0 — OSI-approved
Stars2.9k
Forks267
Open issues45
Latest releasev0.13.0 (2026-06-19)
Last updated2026-07-08
Sourcehttps://github.com/kite-org/kite

What kite is

A TypeScript-based Kubernetes dashboard offering unified multi-cluster orchestration via kubeconfig discovery, Prometheus-based monitoring per cluster, CRD support, live YAML editing with Monaco, kube-proxy pod/service access, and integrated kubectl console. Uses SQLite by default but supports external databases; deployable via Docker, Helm (OCI or Helm repo), or raw kubectl manifests.

Quickstart

Get the kite source

Clone the repository and explore it locally.

terminalbash
git clone https://github.com/kite-org/kite.gitcd kite# follow the project's README for install & configuration

Need it deployed, integrated, or customized instead? DEV.co ships production installs.

Best use cases

Multi-Cluster Kubernetes Operations

Teams managing multiple Kubernetes clusters can switch between clusters in a single dashboard, configure Prometheus independently per cluster, and apply fine-grained access permissions per cluster.

Observability & Live Troubleshooting

Real-time CPU/memory/network charts, live pod logs with search, web terminals for pods/nodes, and integrated kubectl console enable rapid diagnosis without leaving the UI.

Enterprise Governance & Compliance

OAuth, MFA, passkey login, RBAC role allocation, audit logs, and user management satisfy enterprise security and compliance requirements in a single platform.

Implementation considerations

  • Database persistence must be explicitly configured (SQLite via volume mount or external DB with DB_DSN env var) to avoid data loss between restarts.
  • Cluster discovery relies on kubeconfig; ensure kubeconfig is mounted and accessible to the Kite container/pod.
  • Prometheus must be running per cluster for monitoring features; kite does not bundle or auto-deploy Prometheus.
  • OAuth provider configuration (issuer, client ID, secret) and MFA setup are required for enterprise security; defaults may allow open access.
  • RBAC roles must be manually created and assigned; no pre-built templates or best-practice guidance are evident from README.

When to avoid it — and what to weigh

  • Minimal Feature Set Required — If you need only basic cluster visualization or prefer a lightweight, dependency-free solution, this platform's breadth may be unnecessary overhead.
  • Air-Gapped / Offline Environments — Deployment requires Docker images and Helm charts from ghcr.io (GitHub Container Registry). No pre-built offline packages or offline registry mirrors are documented.
  • Strict Vendor Lock-in Avoidance — Data is stored in SQLite or external databases managed by Kite. No documented migration path or vendor-neutral export format if you later need to switch dashboards.
  • Limited Integration Ecosystem — Only Prometheus is documented for monitoring. No clear integration paths to other observability platforms (Grafana, New Relic, Datadog) or CI/CD systems.

License & commercial use

Apache License 2.0 (permissive OSI license). Allows commercial use, modification, and distribution with preservation of license and copyright notice.

Apache 2.0 permits commercial use. No commercial support, SLAs, or proprietary enterprise features mentioned in the data. Deployment and support responsibility falls entirely on the user.

DEV.co evaluation signals

Editorial assessment — not user reviews. Directional, with an explicit confidence level.

SignalAssessment
MaintenanceActive
DocumentationAdequate
License clarityClear
Deployment complexityLow
DEV.co fitGood
Assessment confidenceMedium
Security considerations

OAuth, MFA, passkey login, and RBAC are claimed but no security audit, vulnerability disclosure policy, or penetration test results are documented. No mention of TLS/mTLS enforcement, network policies, or RBAC hardening defaults. Kube-proxy access to pods and secrets exposure via YAML editor carry inherent risks and require careful RBAC tuning. Audit logs are mentioned but scope and retention are unknown.

Alternatives to consider

Kubernetes Dashboard (upstream)

Official, minimal, lightweight, focused on cluster visualization. Lacks multi-cluster, advanced observability, and enterprise governance. Lower deployment overhead.

Lens / Openlen

Desktop and web-based Kubernetes IDE with multi-cluster support, strong UX, and plugin ecosystem. Proprietary licensing model; unclear free tier limits.

Kubecost / Kubevirt / Portainer

Portainer covers container and Kubernetes orchestration with RBAC and multi-cluster. Kubecost focuses on cost optimization. Each has different feature emphasis; may require multiple tools.

Software development agency

Build on kite with DEV.co software developers

If you manage multiple Kubernetes clusters and need unified observability, governance, and resource management in one interface, Kite may accelerate your operations. Start with the live demo, review security and persistence requirements, and plan for integration with your Prometheus and OAuth provider.

Talk to DEV.co

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kite FAQ

Can I use Kite in production?
Kite is actively maintained and includes enterprise features (RBAC, audit logs, OAuth). However, it is a young project (created mid-2025). Evaluate your risk tolerance, conduct security testing, and plan for support before deployment.
What is the persistence model?
By default, SQLite at /data/db.sqlite. The README explicitly warns that kubectl apply without persistence will lose data. Volume mounts or external databases (DB_DSN) are required.
Does Kite manage Prometheus or integrate with existing Prometheus?
Kite integrates with existing Prometheus (per-cluster configuration). It does not deploy or manage Prometheus; you must run Prometheus separately.
Is there a commercial support option or SLA?
Not documented. This is a community open-source project under Apache 2.0. Support relies on GitHub issues, community Slack, and self-service documentation.

Custom software development services

Bringing kite into production usually means new services, new interfaces, and new failure modes. DEV.co is a software development agency that builds all three and stays on for the open-source observability maintenance.

Evaluate Kite for Your Kubernetes Infrastructure

If you manage multiple Kubernetes clusters and need unified observability, governance, and resource management in one interface, Kite may accelerate your operations. Start with the live demo, review security and persistence requirements, and plan for integration with your Prometheus and OAuth provider.