Create a workstation configuration

Learn how to get started creating a workstation configuration with Cloud Workstations.

A workstation configuration acts as a template for the creation of consistent workstations for multiple developers, and specifies configuration settings such as machine type, zones, disk size, tools, and preinstalled libraries. Any operations performed on a workstation configuration, such as changing the machine type or container image, reflect on each workstation the next time the workstation starts up.

This section explains the four steps of creating a workstation configuration:

  1. Configure basics
  2. Define machine settings
  3. Customize the environment
  4. Add users

To follow step-by-step guidance for this task directly in the Google Cloud console, click Guide me:

Guide me

Before you begin

Before you begin using Cloud Workstations, be sure that you have the required permissions and that you complete these required setup steps. You can skip this section if you've already completed this setup.

  1. Sign in to your Google Cloud account. If you're new to Google Cloud, create an account to evaluate how our products perform in real-world scenarios. New customers also get $300 in free credits to run, test, and deploy workloads.

  2. In the Google Cloud console, on the project selector page, select or create a Google Cloud project.

    Go to project selector

  3. Make sure that billing is enabled for your Google Cloud project.

  4. In the Google Cloud console, on the project selector page, select or create a Google Cloud project.

    Go to project selector

  5. Make sure that billing is enabled for your Google Cloud project.

  6. Enable the Cloud Workstations API.

    Enable the API

  7. Make sure that you have a Cloud Workstations Admin IAM role on the project so that you can create workstation configurations. To check your IAM roles in the Google Cloud console, go to the IAM page:

    Go to IAM

  8. Cloud Workstations are hosted on VMs booted from Compute Engine's preconfigured public Container-Optimized OS (COS) images. If the constraints/compute.trustedimageProjects organization policy constraint is enforced, you must set image access constraints to allow users to create boot disks from projects/cos-cloud or all public images.
  9. Optional: Enable the Container File System API to allow faster workstation startup.

    Enable the Container File System API

    For more information, see Reduce workstation startup time with Image streaming.

Configure basics

To configure the basics of a workstation configuration, follow these steps:

  1. In the console, navigate to Cloud Workstations > Workstation configurations.

    Go to Workstation configurations

  2. From the Workstation configurations page, click add_boxCreate.

  3. In the Name field, enter test-configuration as the name of your configuration.

  4. Choose the name of your workstation cluster from the list of Clusters and click Continue.

    If no workstation cluster is available, click the arrow_drop_downexpander arrow, and select New Cluster. For more information, see these settings described in Creating a new workstation cluster.

  5. For Quick start workstations, select Enabled for faster workstation startup or Disabled for lower cost.

    This value specifies the number of virtual machines (VMs) kept in a pre-started state, which enables faster workstation start times. However, your project is billed for these VMs. Choose a pool size based on the number of new developers that you anticipate, your use cases, and your budget. If you choose Disabled, new workstations take longer to start. The default Quick start pool size is 1.

  6. Optional: Add Labels to apply key-value pair labels to the underlying Compute Engine resources.

  7. Click Continue to progress to the Machine configuration page.

Define machine settings

  1. Select a Machine type based on your needs. For example, you might choose e2-standard-4 (4 CPU, 16 GB memory).

  2. Select two Zones within the region you selected. Cloud Workstations creates VM resources and stores data in these zones.

    The zone selection also affects the type of computing resources that are available. For example, if you select the N1 machine type and want to use GPUs, be sure to select two zones where the chosen GPU type is listed as available in the GPU availability by region and zone table.

  3. In the Cost savings section, set the amount of time to wait before auto-sleep. Leave the Auto-sleep field set to After 2 hours of inactivity (default) to automatically shut down workstations inactive for more than two hours.

  4. Optional: In the Advanced options section, click expand_moreExpand More.

    1. To add network tags, enter text in the Network tags field.

      Network tags are metadata applied to the underlying Compute Engine VMs that allow you to make firewall rules and routes applicable to specific VM instances. In Cloud Workstations, you can use network tags to make firewall rules or routes applicable to all the workstations under a workstation configuration.

    2. To turn off public IP addresses, select the Disable public IP addresses checkbox.

      If you disable public IP addresses, you must set up Private Google Access or Cloud NAT on your network. If you use Private Google Access and you use private.googleapis.com or restricted.googleapis.com for Artifact Registry (or Container Registry), make sure that you set up DNS records for domains *.pkg.dev and *.gcr.io.

    3. To turn on nested virtualization, select the Enable nested virtualization checkbox. Nested virtualization lets you run VM instances inside your workstation.

      Before enabling nested virtualization, consider the following important considerations.

      Cloud Workstations instances are also subject to the same restrictions as Compute Engine instances:

      • Organization policy: projects, folders, or organizations might be restricted from creating nested VMs if the Disable VM nested virtualization constraint is enforced in the organization policy. For more information, see the Compute Engine section, Check whether nested virtualization is allowed.

      • Performance: nested VMs might experience a 10% or greater decrease in performance for workloads that are CPU-bound and possibly greater than a 10% decrease for workloads that are input or output bound.

      • Machine Type: nested virtualization can only be enabled on workstation configurations that specify machine types in the N1 or N2 machine series.

    4. To encrypt your data while it is being processed on this VM, select the Confidential VM service checkbox. For more information, see Create a Confidential VM instance.

    5. To set Shielded VM settings, select the corresponding feature checkbox. Shielded VM features include trusted UEFI firmware and provides options for boot, vTPM, and integrity monitoring.

    6. By default, Cloud Workstations encrypts resources created with this workstation configuration using a Google-owned and Google-managed key. To use a customer-managed encryption key instead, select Use customer-managed encryption key (CMEK).

  5. Click Continue to progress to the Environment settings page.

Customize the environment

Customize the Cloud Workstations environment by configuring the workstation container image and persistent storage using these steps:

  1. Configure the container image by choosing whether to use one of the preconfigured base images or to provide a reference to a customized container image that you've created.

    1. To use a preconfigured base image:

      1. Leave the container type set to Code editors on base images.

      2. In the Code editors menu, choose the Cloud Workstations Base Editor (Code OSS for Cloud Workstations). If your organization prefers a different IDE, you can also choose from the list of preconfigured IDEs.

      3. Optional: In the Service account menu, choose from the list of service accounts.

    2. Optional: To use your own customized container image instead of one of the preconfigured base images:

      1. Select Custom container image.

      2. Specify the Container image URL.

      3. Click the Service account menu and select the service account to be used on VM instances created under workstation configuration. This service account must have permissions to pull your customized container image (or the image must be publicly accessible). For more information, see the description of serviceAccount in Customize your development environment.

  2. In the Storage settings section, choose preferences for the initial home directory and for disk attributes:

    1. To create an empty home directory, select Create a blank persistent disk. To use a disk snapshot for the home directory, choose Create a persistent disk from a source disk snapshot.

    2. Set the Disk type of your persistent directory to Balanced, which has higher performance but is more economical than SSD.

    3. Set the Disk size of your persistent directory. The default is 200 GB but valid values are 10, 50, 100, 200, 500, or 1000 GB. Choose the disk size that best fits your team's needs.

    4. Set the Reclaim policy to Delete or Retain. The default is Delete. This policy determines what happens to the persistent disk when a workstation is deleted.

      To access the data on the disk, you can follow these steps:

      1. Create a new Compute Engine instance.
      2. Add your persistent disk to the instance.
      3. Mount your disk on your VM.

You can also customize further by following these optional steps:

  1. Optional: Add Readiness checks.

    If needed, specify readiness checks to verify that the workstation accepts requests at specific paths and ports when starting workstations that are associated with this workstation configuration.

  2. Optional: Expand Advanced container options.

    If needed, specify additional parameters for the container image being used. For example, specify a working directory override, user override, command overrides, arguments to pass to the entrypoint command, and environment variables.

  3. Click Continue to progress to the IAM policy page.

Add users

To allow multiple users to create workstations, add users to your workstation configuration:

  1. From the IAM Policy page, click the Users field and enter the email addresses of one or more users or Google groups to which you want to give access. This sets up a Cloud Workstations Creator IAM policy for these users.

  2. Optional: To add Cloud Workstations policy administrator access, expand Advanced IAM options.

    To grant the roles/workstations.policyAdmin role to workstation creators, select the Grant Policy Admin role to workstation creators checkbox. This lets the creator of a workstation update the IAM policy of the workstation, which grants access to the workstation and its individual ports.

    For more information about Cloud Workstations port sharing, see the Grant access to individual Cloud Workstations ports page.

  3. To create your workstation configuration and add these users to it, click Create.

    If you also elected to create a new cluster, cluster creation can take up to 20 minutes.

You've just created your first workstation configuration and added users to it.

To create and launch a workstation based on this configuration, click Next.

Clean up

If you created a new workstation configuration to learn about Cloud Workstations and you no longer need the configuration, you can delete it from the Google Cloud console:

  1. In the Google Cloud console, go to Cloud Workstations > Workstation configurations.
  2. Select the checkbox beside the workstation configuration that you want to delete.
  3. Click themore_vertMore options menu and select Delete to delete the selected workstation configuration.
For more about deleting workstations, workstation clusters, and Google Cloud projects, see Delete resources.

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