The Red Hat Ecosystem Catalog is the official source for discovering and learning more about the Red Hat Ecosystem of both Red Hat and certified third-party products and services.
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Provides powerful, simple abstractions for orchestrating the complex primitives shipped with OpenShift, ArgoCD and Vault, enabling true, feature rich, multi-tenancy platforms on top of OpenShift.
OpenShift is designed to support a single tenant platform, hence making it difficult for cluster admins to host multi-tenancy in a single OpenShift cluster. If multi-tenancy is achieved by sharing a cluster, it can have many advantages, e.g. efficient resource utilization, less configuration effort and easier sharing of cluster-internal resources among different tenants. Stakater Multi-Tenancy Operator helps to solve the complexity issues of doing true multi-tenancy by providing simplified abstractions on top of the native primitives to provide organizations and platform providers the tooling, self-service capabilities and robust automation needed to do secure and efficient Multi-Tenancy in a single OpenShift cluster.
RBAC is one of the most complicated and error-prone parts of Kubernetes. With Tenant-Operator, you can rest assured that RBAC is configured with a "least privilege" mindset and all rules are kept up-to-date with zero manual effort. Tenant-Operator provides several ClusterRoles that are automatically bound to the Tenants Namespaces used for managing access to the Namespaces and the resources they contain. You can also modify the default roles or create new roles to have full control and customize access control for your users and teams. Tenant-Operator also is able to leverage existing OpenShift groups or external groups synced from 3rd party identity management system for maintaining Tenant membership in your organization's current user management system.
With Tenant-Operator, you can empower your users to safely provision namespaces for themselves and their teams (typically mapped to SSO groups). Team-owned namespaces and the resources inside of them count towards the team's quotas rather than the user's individual limits and are automatically shared with all team members according to the access rules you configure in tenant-operator. Also by leveraging Tenant-Operators templating mechanism, namespaces can be provisioned and automatically pre-populated with any kind of resource or multiple resources such as network policies, docker pull secrets or even Helm charts, etc
Tenant-Operator is not only providing strong Multi-Tenancy for the OpenShift internals but also extends the tenant's permission model to HashiCorp Vault where it can create vault paths and greatly ease the overhead of managing RBAC in Vault.
Tenant-Operator is not only providing strong Multi-Tenancy for the OpenShift internals but also extends the tenant's permission model to ArgoCD where it can provision AppProjects and Allowed Repositories for your tenants greatly easing the overhead of managing RBAC in ArgoCD.
Tenant-Operator provides a mechanism for defining Resource Quotas at the tenant scope, meaning all namespaces belonging to a particular tenant share the defined quota, which is why you are able to safely enable dev teams to self-serve their namespaces whilst being confident that they can only use the resources allocated based on budget and business needs.
Tenant-Operator can be configured to automatically provision a namespace for every member of the specific tenant, that will also be pre-loaded with any selected templates and consume the same pool of resources from the tenant's quota creating safe sandboxed dev namespaces that teams can use as a scratch namespace for rapid prototyping and development.
Red Hat certified products are tested to meet Red Hat’s criteria and supported as defined in the Red Hat Collaborative Support Process.
Partner validated products are tested by Red Hat Partners and supported as defined in the Red Hat Third Party Component Policy.
Red Hat OpenShift 4.12, 4.14, 4.16, 4.17, 4.18, 4.19, 4.20, 4.21, 4.22