Autonomous Onboarding: Label a Namespace, Get a Zero Trust Mesh
See how Greymatter enrolls, attaches, learns, and hardens workloads on its own, under policy the platform team writes once.
A mesh is only as strong as the workloads it covers.
Most meshes stall after the install. Teams then opt in one workload at a time. They annotate deployments, write routing and authorization policy, and rotate certificates. Workloads that nobody touched stay outside the mesh, unencrypted and unattributed.
Greymatter turns that around. A platform administrator writes one Global Onboarding Policy. A team that needs something different writes a Tenant Onboarding Policy inside its limits. Greymatter attaches the data plane, learns the traffic, encrypts with mutual TLS, and moves from observing to strict on a set schedule.
Zero Trust becomes the default state of a namespace, not a project a team must finish.
The central point
- Why mesh coverage stalls when teams opt in one by one.
- How a Global Onboarding Policy and Tenant Onboarding Policies divide control.
- How Greymatter learns ports, protocols, and callers before it seals a namespace.
- How Greymatter names the callers a stricter step will refuse before it refuses them.