Secure every request.

Authorize every service.

Scoped Kubernetes Access That Doesn’t Slow Down Engineering

Kubernetes is powerful, but its default security posture creates gaps for organizations. Pomerium provides:

• Centralized access control across cloud providers so you don’t have to secure your APIs differently across multi-infrastructure

• Consistent authentication so you don’t rely on static tokens or kubeconfigs that result in hard-to-manage access controls

• Easier auditing by tracking user and service actions with centralized logging and context-aware access

Pomerium addresses these challenges with a unified, identity-aware access layer that integrates seamlessly into your existing infrastructure.


It’s Zero Trust that’s self-hosted, policy-driven, and ready today.

Internal Networks Aren’t as Safe as They Seem

Most teams rely on VPNs or network perimeters to protect internal APIs. But once you're inside, it's wide open.

• Shared tokens and static credentials get reused or leaked

• APIs often have minimal access controls behind the firewall

• Insider threats and compromised accounts can move freely

• VPNs grant broad access with little visibility or granularity

Pomerium fixes this. It protects internal APIs using fine-grained, identity-based access at the gateway. You no longer have to trust the entire network.

One Application. Many Tenants. Too Much Risk Without Boundaries.

In multi-tenant environments, access control is everything. But most systems treat every user or service the same once they get through the front door.

• Hard-coded access rules don't scale

• Manual RBAC logic increases complexity and maintenance

• Misrouted requests risk data leakage and compliance violations

Security and engineering teams need precise control over who can access what, across tenants, services, and environments.

Third-Party Tools Need Access. But Not to Everything.

Whether it is CI/CD pipelines, monitoring agents, or automation tools, external services often require access to internal resources. But granting broad or static access creates risk.

• Shared credentials are insecure and hard to revoke

• VPN-based access exposes too much of your internal network  

• Managing access across federated identities is complex and brittle  

You need a better way to provide secure, scoped, auditable access to third-party systems.