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Integrate Britive with Kubernetes

Address complex security privileges in Kubernetes

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Securing and Simplifying Kubernetes Cluster Access with Dynamic Cloud PAM

The easiest and fastest way for teams to work securely with Kubernetes Clusters

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Dynamic Role-Based Access Control (RBAC) for Any K8s Cluster

Whether your organization uses lightweight edge distributions or managed clusters like EKS, GKE, or another “flavor” of Kubernetes, Britive provides support for unified control access across all cluster environments.

Enhanced Security and Governance

Britive brings dynamic, cloud-native JIT access and fine-grained permissions to every K8s environment to eliminate static or long-lived tokens and over-provisioned access commonly found in K8s clusters.

Policy-Driven Access Management

Teams gain full visibility and control over Kubernetes access from provisioning to off-boarding. Approval workflows allow for streamlined, auditable, policy-driven management of access and entitlement changes.

Simplified, Transparent Kubernetes Access for End-Users

Development, DevOps, and cloud teams can continue to work within their existing tools and workflows. Britive integrates seamlessly with native Kubernetes management tools for easy, efficient access across multiple clusters and namespaces with different levels of permissions.

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Addressing the Challenges of Secure Kubernetes Management

As the orchestration of containerized application management becomes increasingly necessary in cloud-native and hybrid environments, solutions like Kubernetes (K8s) are staples in managing application development. Securing access to these clusters is critical. But when clusters can be created and taken down quickly, the speed (or lack thereof) in provisioning the right types of access leads to several challenges:

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Access typically exists as static, hardcoded OIDC tokens with bundled authentication and authorization information for the cluster. These tokens are at risk of exploitation for unauthorized access and permissions in their corresponding clusters.

OIDC tokens can grant access to all the clusters and namespaces a user is entitled to access, rather than the cluster they currently need access to.

End-users can share static tokens to circumvent slow access request and provisioning processes, leading to over-provisioned users and lack of visibility into who has access to what.

Legacy IdPs and PAM solutions that create OIDC for cluster access and authorization often provide end-users with access to all the groups and role bindings that their ID has authorization for.

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