Kubernetes secrets management

Control Kubernetes secrets across teams and environments

Reduce manual secret handling by connecting approved Kubernetes workloads to centrally governed credentials and application secrets.

The operational problem

Kubernetes does not eliminate the operational lifecycle around secrets

Teams still need to decide who owns each secret, which workload may access it, how environments remain separated, when a value should rotate, and how changes are investigated. Manual copies and long-lived credentials make those decisions difficult to enforce.

Core capabilities

Control sensitive access without losing operational context

Central source of control

Organize database credentials, API keys, tokens, certificates, and application secrets in governed vaults.

Environment separation

Use workspaces and vaults to distinguish development, staging, production, customers, and infrastructure domains.

Kubernetes operator workflow

Connect approved cluster workflows to KubbeeVault through the documented Kubernetes integration.

Auditable changes

Preserve relevant history around access and changes instead of relying only on dispersed cluster events.

How it works

Move from scattered secrets to governed access

  1. 1

    Map workloads and owners

    Identify each workload, environment, secret owner, access boundary, and rotation responsibility.

  2. 2

    Govern the source secret

    Place values in the correct workspace and vault with scoped roles and permissions.

  3. 3

    Connect and monitor

    Use the operator workflow for approved delivery and review relevant activity and access over time.

Security and deployment

Controls and commitments that stay within their documented scope

KubbeeVault supports controlled Kubernetes secrets workflows while keeping deployment claims scoped. Cluster topology, region, isolation, recovery, and customer responsibilities depend on the selected plan and agreement.

Review the security model

Common use cases

  • Database credentials
  • Service-to-service API keys
  • Third-party integration tokens
  • TLS certificates
  • Environment-specific configuration secrets
  • Infrastructure automation credentials

Supported workflows

Browser, API, and Kubernetes integrations

Use the Kubernetes operator for containerized workloads and the REST API for approved automation. Human access can remain governed through workspaces and vaults.

View supported integrations

FAQ

Frequently asked questions

Does KubbeeVault replace Kubernetes RBAC?

No. Kubernetes authorization and KubbeeVault access controls address different layers and should be designed together.

Can development and production secrets be separated?

Yes. Workspaces, vaults, roles, and permissions can represent environment boundaries and restrict access accordingly.

Is the Kubernetes integration available?

The Kubernetes operator workflow is documented as available. Exact deployment and support scope is confirmed for the customer environment.