Central control plane. Distributed compute.

Connect nodes from many sites to one managed control plane. Standardize operations across retail locations, branch offices, or factory floors.

The challenge

Edge and distributed deployments multiply operational complexity:

Managing control planes at every edge site is expensive and error-prone

Inconsistent configurations lead to drift and security gaps

Limited connectivity makes traditional management difficult

Edge expertise is scarce and expensive

K8S Engine approach

Connect nodes from many sites. Use labels and taints to control placement. Standardize operations.
One control plane. Any number of sites.

What you get

Central control, distributed compute

One control plane manages nodes across all edge sites. No control plane per site.

Standardized operations

Same upgrade process, security policies, and access controls everywhere.

Unified visibility

Single console for all sites. Audit logs, metrics, and alerts in one place.

Example deployment pattern

1

Create a cluster with K8S Engine

2

Connect nodes from each edge site (outbound connectivity only)

3

Use labels to identify sites (e.g., site=chicago, site=frankfurt)

4

Use node affinity to pin workloads to specific sites

5

Apply consistent policies and upgrades from central console

Connectivity requirements

Edge nodes only need outbound HTTPS connectivity to the K8S Engine control plane endpoint. No inbound firewall rules or VPN tunnels required.

If an edge site loses connectivity, existing workloads continue running. New deployments and scaling wait until connectivity is restored.

Operational Ownership

K8S Engine

Control plane, etcd, upgrades, backups, scaling logic

You

Nodes, networking, workloads, infrastructure costs

Ideal for

  • Retail with in-store compute
  • Manufacturing with factory floor nodes
  • Telco with distributed PoPs
  • Any multi-site deployment needing consistency

Standardize Kubernetes operations across all your sites.