Meshery becomes a CNCF Incubating project

The CNCF Technical Oversight Committee (TOC) voted to accept Meshery as a CNCF incubating project. Meshery is used by organizations spanning aerospace, telecommunications, networking, and enterprise software as a single cloud native management plane that gives engineering teams unified lifecycle, configuration, and performance control over their Kubernetes and cloud native environments instead of stitching together a separate toolchain for every mesh they run. Meshery’s Milestones and Ecosystem Development Meshery is an open source, cloud native manager and self-service engineering platform for designing, visualizing, and operating Kubernetes-based infrastructure across clouds. It helps teams standardize configurations, enforce governance, and collaborate on infrastructure designs through visual models and reusable patterns. Originally created by Lee Calcote and the team at Layer5 in 2019, Meshery has grown into an extensible platform that unifies infrastructure models, design patterns, and operational controls into a single workspace. Since Meshery was accepted as a CNCF sandbox project on June 22, 2021, it has become the fifth highest-velocity project in the CNCF, seeing a 350% increase in code commits over the past year (during the one-year period from July 1, 2025 to July 1, 2026) and announcing the general availability of Meshery v1.0. From its start in the CNCF sandbox, Meshery has more than 7,000 contributors and 1000 contributing organizations, with a 36.6% year-over-year increase in active contributors and a 10.9% increase in active organizations. It has earned almost 15,000 GitHub stars, has had over 3,800 forks, and has an LFX Insights software value of $393 million. “Meshery has grown from its early roots into a broad cloud native infrastructure design and operations platform. Through its extensible model-based architecture, it gives users a common way to design, deploy, and manage Kubernetes-based infrastructure while supporting collaboration across teams and environments. The TOC congratulates Meshery on reaching this milestone and looks forward to seeing the project continue to strengthen its extensibility model, governance, and adopter momentum.” — Karena Angell, CNCF TOC sponsor. Meshery’s Roadmap Looking ahead, the Meshery community is focused on a few enhancements, including expanded multi-cluster and fleet management with fine-grained Kubernetes RBAC integration and native multi-cluster meshconfig support, agentic infrastructure management through a new Meshery MCP Server for AI-assisted, read-only access to the Registry and cluster state, broader performance management spanning distributed performance testing and adaptive load optimizers, and a more governed registry and workflow engine to support policy-driven configuration management. For the latest updates, a detailed roadmap, and more on how to contribute, please visit meshery.io/ or the GitHub repository. Main Components: Meshery’s main components consist of the following:

• Meshery Server: Central control plane that hosts the capability registry and coordinates deployments.
• Meshery Database: File-backed cache for state about infrastructure, designs, models, and preferences.
• Meshery UI: Web UI for visual design, topology maps, dashboards, and configuration.
• Meshery CLI: Command-line tool to install/manage Meshery and invoke its functions.
• Meshery Operator: Kubernetes operator that manages in-cluster components.
• MeshSync: Continuous discovery/sync controller that keeps Meshery’s view aligned with actual cluster state.
• Meshery Broker: NATS-based messaging layer for streaming events and data between cluster components and the server.
• Extension Points:
• Meshery Adapters: Pluggable management modules that add technology-specific lifecycle, configuration, performance, governance, and identity capabilities.
• Meshery Providers: Identity and multi-tenant abstraction layer that supports local and remote providers for authentication, preferences, and environment management.
• Meshery Models & Catalog: Declarative infrastructure models and a catalog of reusable design patters/templates.
• Extension Ecosystem: 300+ integrations, AI adapters, visual tools, and other add-ons. Notable Milestones
• 11.7K GitHub Stars
• 4,525 pull requests
• 1,164 issues (5,335 closed)
• 7,065 contributors
• 848 Releases (v1.0.70 9/14/26) CNCF-Hosted Projects The CNCF TOC provides technical leadership to the cloud native projects and community. It defines and maintains the foundation’s technical vision, approves new projects, and stewards them across maturity levels. The TOC also aligns projects within the overall ecosystem, sets cross-cutting standards and best practices, and works with end users to ensure long-term sustainability. As part of its principles, the TOC evaluates and supports projects as they meet requirements for incubation and continue progressing toward graduation. As a CNCF-hosted project, Meshery is part of a neutral foundation aligned with its technical interests, as well as the larger Linux Foundation, which provides governance, marketing support, and community outreach. Meshery joins incubating technologies Artifact Hub, Backstage, Chaos Mesh, Cloud Custodian, Confidential Containers, Container Network Interface (CNI), Contour, Cortex, Emissary-ingress, Fluid, gRPC, HAMi, k8gb, Keycloak, KServe, Kubescape, KubeVela, KubeVirt, Lima, Litmus, Longhorn, metal3-io, Microcks, NATS, Notary Project, OpenCost, OpenFeature, OpenFGA, OpenYurt, Operator Framework, OpenKruise, Strimzi, Tekton, Thanos, Volcano, and wasmCloud. For detailed maturity requirements at each level, please visit the CNCF Graduation Criteria.