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Telecom Network Automation
What Telecom Network Automation is
Telecom Network Automation is a managed cloud implementation of Nephio, an open source project from Google and the Linux Foundation. Designed for communication service providers, it provides a control plane for automating Day 0, Day 1, and Day 2 deployment and operations across Google Distributed Cloud Edge and Google Kubernetes Engine clusters, cluster adaptation, networking fabric, and network-function workloads. Common templates support Kubernetes-based automation across multiple clouds and vendors. Its architecture uses the Kubernetes Resource Model, Configuration as Data, custom resource definitions, and pluggable Kubernetes operators. GitOps supports continuous reconciliation, configuration versioning and tagging, and intent-drift measurement. A single-pane interface supports initial configuration, deployment, and ongoing operation; Google also describes ready-to-use blueprints, CI/CD tooling, and APIs for northbound integration. Lifecycle testing can include cross-version and vendor-specific checks, configuration validation, and release qualification. Audit logs cover administrative activity and data access. Existing workloads and clusters can keep running during a management-plane disconnection, but monitoring and actuation pause until reconnection. The service requires a constant Google Cloud connection. Pricing is on request, and no free plan is listed.
Who it suits
This service is designed for communication service providers deploying and managing cloud-native telecom networks. It suits teams using Google Distributed Cloud Edge or Google Kubernetes Engine for network workloads.
What it does well
- Automates Day 0, Day 1, and Day 2 operations
- Supports multi-cloud, multi-vendor intent automation
- GitOps enables continuous reconciliation and configuration versioning
- Includes lifecycle testing and audit logs
- Supports Google Distributed Cloud and Google Kubernetes Engine
What to know first
- Requires a constant Google Cloud connection
- Monitoring and actuation pause during disconnection
- No free plan
- Pricing is available on request
Limits
Both listed plans are billed per vCPU per hour, with pricing available by contacting sales. The service requires a constant Google Cloud connection; during disconnection, existing workloads and clusters continue running, but monitoring and actuation are unavailable.
Plans
| Plan | Billed and limits | Price |
|---|---|---|
| GDC Edge cluster automation | per vCPU per hour · Google Distributed Cloud Edge cluster vCPUs automated · Contact sales | On request |
| GKE cluster automation | per vCPU per hour · GKE cluster vCPUs automated · Contact sales | On request |
As cloud.google.com lists them, read 1 Oct 2026. The maker's own page has the final word.
Getting started
- Visit the Telecom Network Automation website.
- Contact sales about GDC Edge cluster automation or GKE cluster automation.
- Select the relevant cluster automation plan, billed per vCPU per hour.
- Connect the Google Cloud environment and configure using the interface, APIs, or automation templates.
Verdict
Telecom Network Automation provides telecom operators with a managed control plane for deployment and ongoing network operations. A constant Google Cloud connection is required, and monitoring and actuation are unavailable during disconnection.
Questions
How is Telecom Network Automation priced?
Pricing is on request. The GDC Edge and GKE cluster automation plans are billed per vCPU per hour.
Is there a free plan?
No. The pricing model is paid.
Which platforms and cloud providers does it support?
The listed platforms are API and web. Cloud coverage is Google Cloud, including Google Distributed Cloud Edge and Google Kubernetes Engine.
Is Telecom Network Automation open source?
It is a managed cloud implementation of Nephio, an open source project from Google and the Linux Foundation.
What integrations are documented?
Google documents integrations with Google Distributed Cloud and Google Kubernetes Engine.
What happens if the management plane disconnects?
Existing workloads and clusters can keep running, but monitoring and actuation are unavailable until reconnection.
Facts from Telecom Network Automation's own pages
- Architecture
- The architecture uses the Kubernetes Resource Model, Configuration as Data, standard custom resource definitions, and pluggable Kubernetes operators. · docs.cloud.google.com, 1 Oct 2026
- Automation scope
- It delivers carrier-grade, Kubernetes-based, multi-cloud, multi-vendor intent automation through common automation templates. · docs.cloud.google.com, 1 Oct 2026
- Customer responsibilities
- Users are responsible for cluster and workload data, redundant backups, Edge-node power, HVAC, physical security, local connectivity, and firewall rules. · docs.cloud.google.com, 1 Oct 2026
- GitOps
- The service uses GitOps for continuous reconciliation and supports configuration versioning, tagging, and intent-drift measurement. · docs.cloud.google.com, 1 Oct 2026
- Integrations
- Google documents integrations with Google Distributed Cloud and Google Kubernetes Engine. · docs.cloud.google.com, 1 Oct 2026
- Northbound integration
- Google describes turnkey automation components including ready-to-use blueprints, CI/CD tooling, a user interface, and APIs for northbound integration. · cloud.google.com, 1 Oct 2026
- Open ecosystem
- Google Cloud is a founding member of the open source Nephio community, which Google says has more than 70 participating telecom organizations. · cloud.google.com, 1 Oct 2026
- Primary function
- It provides a cloud-based control plane that automates Day 0, Day 1, and Day 2 deployment and operations for GDCE and GKE clusters, cluster adaptation, networking fabric, and network-function workloads. · cloud.google.com, 1 Oct 2026
- Product model
- Telecom Network Automation is a managed cloud implementation of Nephio, an open source project from Google and the Linux Foundation. · docs.cloud.google.com, 1 Oct 2026
- Security and compliance
- Users can review audit logs for administrative activity and data access, and the Telco Automation API emits Admin Activity and Data Access audit logs by IAM permission type. · docs.cloud.google.com, 1 Oct 2026
- Support
- Standard, Enhanced, and Premium customers receive a direct Google Support channel, while Basic Support customers use an issue tracker with an expected initial response within 24–48 hours and no guaranteed resolution time. · docs.cloud.google.com, 1 Oct 2026
- Survivability limitation
- During disconnection from the management plane, existing workloads and clusters can continue running, but monitoring and actuation are unavailable until reconnection and the service requires a constant Google Cloud connection. · docs.cloud.google.com, 1 Oct 2026
- Target users
- The service is designed for communication service providers deploying and managing cloud-native telecom networks. · docs.cloud.google.com, 1 Oct 2026
- Testing
- Supported lifecycle testing includes cross-version testing, vendor-specific testing, pre-submit configuration validation, and multi-stage release qualification pipeline integration. · docs.cloud.google.com, 1 Oct 2026
- Zero-touch provisioning
- It supports initial configuration, deployment, and continuous deployment and operation from a single-pane user interface. · docs.cloud.google.com, 1 Oct 2026
Where Telecom Network Automation stands on Freedom251
- Cloud Network Management Software#16 of 24