Overview
This guide describes how to set an organization policy that includes the resource locations constraint.
You can limit the physical location of a new resource with the Organization Policy Service resource locations constraint. You can use the location property of a resource to identify where it is deployed and maintained by the service. For data-containing resources of some Google Cloud services, this property also reflects the location where data is stored. This constraint allows you to define the allowed Google Cloud locations where the resources for supported services in your hierarchy can be created.
After you define resource locations, this limitation will apply only to newly-created resources. Resources you created before setting the resource locations constraint will continue to exist and perform their function.
A policy that includes this constraint will not be enforced on sub-resource creation for certain services, such as Cloud Storage and Dataproc.
Limitations
The resource locations Organization Policy Service constraint controls the ability to create resources for which a location can be selected. This constraint does not affect where global resources, such as Compute Engine global addresses, or resources that do not support selecting a location are created.
To avoid breaking existing serving infrastructure, you should test any new policy on non-production projects and folders, then apply the policy gradually within your organization.
For data storage commitments, see the Google Cloud Terms of Service and the Service Specific Terms. Organization policies that contain the resource locations constraint aren't data storage commitments.
This constraint applies to a specific subset of products and resource types. For a list of supported services and details on the behavior of each service, see the Resource Locations Supported Services page.
Location types
You can deploy Google Cloud resources in
location types that represent different size categories.
The largest location type is the multi-region
, which includes more than one
region
. Each region
is further subdivided into zones
. For more information
about regions and zones, see the
Regions and Zones overview.
Multi-region
locations are backed by physical resources in more than oneregion
and are typically only used by storage-based resources. Some examples includeus
,asia
,europe
, andglobal
.Region
locations are geographically isolated from each other. Some examples includeus-west1
(Oregon),asia-northeast1
(Tokyo), andeurope-west1
(Belgium).Zone
locations are the most granular and isolated location type used for deploying resources. Azone
is an independent failure domain within aregion
. Some examples areus-east1-b
,us-west1-b
, andasia-northeast1-a
.
When setting up locations, you should use the in:
prefix and a
Value Group. Using a Value Group curated by Google Cloud
lets you choose geographic location(s), without having to specify current or
future Cloud locations.
The in:
prefix to a Value Group specifies that all values that exist within
the value group are considered to be part of the policy. If you enter a group
value or a Google Cloud region without the prefix, the in:
prefix will
be automatically added, per these rules:
- If you enter a location that uses the
in:
prefix, and it contains any invalid group, the policy change will fail. - If you enter a location that is a region, such as
us-east1
, it will have thein:
prefix prepended, toin:us-east1-locations
in this example. - If you enter a region or multi-region value group such as
us-locations
, it will have thein:
prefix prepended, toin:us-locations
in this example. - If you enter a zone or multi-region such as
us-east1-b
orus
, the values will not be changed.
Setting the organization policy
The resource locations constraint is a type of
list constraint.
You can add and remove locations from the allowed_values
or denied_values
lists of a resource locations constraint. To prevent organization policies
from unexpectedly restricting service behavior as new locations are added to the
available list, use a value group, or a list of
allowed_values
that represents the entire geographic boundary you want to
define.
To set an organization policy including a resource locations constraint:
Console
In the Google Cloud console, go to the Organization policies page.
From the project picker, select the organization, folder, or project for which you want to set the organization policy.
Select the Google Cloud Platform - Resource Location Restriction constraint to open its Policy details page.
Click Manage policy.
On the Edit policy page, select Override parent's policy.
Under Policy enforcement, select Replace.
Click Add rule.
Under Policy values, select Custom.
Under Policy type, select Allow to create a list of allowed locations, or select Deny to create a list of denied locations.
In the Policy value box, enter the
in
prefix and a value group location string, then press Enter.For example,
in:us-locations
orin:us-west1-locations
. You can enter multiple location strings by clicking New policy value.You can also enter specific zone, region, or multi-region locations as location strings. For a list of available locations, see the Resource Locations Supported Services page.
To enforce the policy, click Set policy.
gcloud
To create an organization policy that enforces the resource locations constraint, create a policy YAML file that references the constraint:
name: organizations/ORGANIZATION_ID/policies/gcp.resourceLocations
spec:
rules:
- values:
deniedValues:
- in:us-east1-locations
- in:northamerica-northeast1-locations
To enforce the organization policy containing the constraint, run the following command:
gcloud org-policies set-policy POLICY_PATH
Replace the following:
ORGANIZATION_ID
: your organization ID, such as 01234567890.POLICY_PATH
: the full path to the YAML file containing the organization policy.
A response will be returned with the results of the new organization policy:
name: organizations/01234567890/policies/gcp.resourceLocations
spec:
rules:
- values:
allowedValues:
- in:us-east1-locations
- in:northamerica-northeast1-locations
You can also enter specific zone, region, or multi-region locations as location strings. For a list of available locations, see the Resource Locations Supported Services page.
API
You can use the Resource Manager API to set an organization policy on a resource. You will need an OAuth 2.0 bearer token for authentication and authorization.
To set an organization policy using the resource locations constraint:
curl -X POST -H "Content-Type: application/json" -H "Authorization: \
Bearer ${bearer_token}" -d '{policy: {etag: "BwVtXec438Y=", constraint: \
"constraints/gcp.resourceLocations", list_policy: {denied_values: \
["in:europe-locations", "in:southamerica-locations"] }}}' \
https://cloudresourcemanager.googleapis.com/v1/organizations/123456789:setOrgPolicy
A response will be returned with the results of the new organization policy:
name: organizations/01234567890/policies/gcp.resourceLocations
spec:
rules:
- values:
deniedValues:
- in:europe-locations
- in:southamerica-locations
You can also enter specific zone, region, or multi-region locations as location strings. For a list of available locations, see the Resource Locations Supported Services page.
To learn about using constraints in organization policies, see Using Constraints.
Using inheritance in organization policy
You can refine your organization policy to inherit the organization policy from the resource's parent nodes. Inheritance gives you granular control over the organization policies used throughout your resource hierarchy.
To enable inheritance on a resource node, set inheritFromParent = true
in the
organization policy YAML file. For example:
name: organizations/01234567890/policies/gcp.resourceLocations
spec:
inheritFromParent: true
rules:
- values:
deniedValues:
- in:us-west1
Example error message
Services that support the resource location constraint are prevented from creating new resources in locations that would violate the constraint. If a service attempts to create a resource in a location that violates the constraint, the attempt will fail and an error message will be generated.
This error message will have this format:
LOCATION_IN_REQUEST violates constraint
constraints/gcp.resourceLocations on the resource RESOURCE_TESTED.
In the following example, a Compute Engine resource fails to create a new instance due to policy enforcement:
Location ZONE:us-east1-b violates constraint constraints/gcp.resourceLocations
on the resource
projects/policy-violation-test/zones/us-east1-b/instances/instance-3.
Google Cloud Observability and Cloud Audit Logs log entry:
{
insertId: "5u759gdngec"
logName: "projects/policy-violation-test/logs/cloudaudit.googleapis.com%2Factivity"
protoPayload: {
@type: "type.googleapis.com/google.cloud.audit.AuditLog"
authenticationInfo: {…}
authorizationInfo: [6]
methodName: "beta.compute.instances.insert"
request: {…}
requestMetadata: {…}
resourceLocation: {…}
resourceName: "projects/policy-violation-test/zones/us-east1-b/instances/instance-3"
response: {
@type: "type.googleapis.com/error"
error: {
code: 412
errors: [
0: {
domain: "global"
location: "If-Match"
locationType: "header"
message: "Location ZONE:us-east1-b violates constraint constraints/gcp.resourceLocations on the resource projects/policy-violation-test/zones/us-east1-b/instances/instance-3."
reason: "conditionNotMet"
}
]
message: "Location ZONE:us-east1-b violates constraint constraints/gcp.resourceLocations on the resource projects/policy-violation-test/zones/us-east1-b/instances/instance-3."
}
}
serviceName: "compute.googleapis.com"
status: {
code: 3
message: "INVALID_ARGUMENT"
}
}
receiveTimestamp: "2019-06-14T03:04:23.660988360Z"
resource: {
labels: {…}
type: "gce_instance"
}
severity: "ERROR"
timestamp: "2019-06-14T03:04:22.783Z"
}
Vulnerability findings and remediation
The resource location constraint restricts the creation of resources at runtime. This feature helps to prevent location violations from occurring, but does not identify or remediate existing violations. You can use Security Health Analytics, a built-in service of Security Command Center, to discover location violations in your resource hierarchy. For more information, see Organization Policy vulnerability findings.
If there are Security Health Analytics findings of location violations, see Remediating Security Health Analytics findings for steps to remediate those findings.
Value groups
Value groups are collections of groups and locations that are curated by Google to provide a simple way to define your resource locations. Value groups include many related locations and are expanded over time by Google without needing to change your organization policy to accommodate the new locations.
To use value groups in your organization policy, prefix your entries with the
string in:
. For more information on using value prefixes, see
Using Constraints.
Group names are validated on the call to set the organization policy. Using an
invalid group name will cause the policy setting to fail.
The following table contains the current list of available groups:
Group | Details | Direct members |
---|---|---|
Johannesburg | All locations within Johannesburg:in:africa-south1-locations |
Values:
|
Asia | All locations within Asia:in:asia-locations |
Groups:
Values:
|
Hong Kong | All locations within Hong Kong:in:asia-east2-locations |
Values:
|
Indonesia | All locations within Indonesia:in:id-locations |
Groups:
Values:
|
Jakarta | All locations within Jakarta:in:asia-southeast2-locations |
Values:
|
Israel | All locations within Israel:in:il-locations |
Groups:
Values:
|
Israel | All locations within Israel:in:me-west1-locations |
Values:
|
India | All locations within India:in:in-locations |
Groups:
Values:
|
Mumbai | All locations within Mumbai:in:asia-south1-locations |
Values:
|
Delhi | All locations within Delhi:in:asia-south2-locations |
Values:
|
Japan | All locations within Japan:in:jp-locations |
Groups:
Values:
|
Tokyo | All locations within Tokyo:in:asia-northeast1-locations |
Values:
|
Osaka | All locations within Osaka:in:asia-northeast2-locations |
Values:
|
South Korea | All locations within South Korea:in:kr-locations |
Groups:
Values:
|
Seoul | All locations within Seoul:in:asia-northeast3-locations |
Values:
|
Doha | All locations within Doha:in:me-central1-locations |
Values:
|
Saudi Arabia | All locations within Saudi Arabia:in:sa-locations |
Groups:
Values:
|
Dammam | All locations within Dammam:in:me-central2-locations |
Values:
|
Singapore | All locations within Singapore:in:sg-locations |
Groups:
Values:
|
Singapore | All locations within Singapore:in:asia-southeast1-locations |
Values:
|
Taiwan | All locations within Taiwan:in:tw-locations |
Groups:
Values:
|
Taiwan | All locations within Taiwan:in:asia-east1-locations |
Values:
|
Australia | All locations within Australia:in:australia-locations |
Groups:
Values:
|
Sydney | All locations within Sydney:in:australia-southeast1-locations |
Values:
|
Melbourne | All locations within Melbourne:in:australia-southeast2-locations |
Values:
|
AWS | All AWS locations:in:aws-locations |
Values:
|
Azure | All Azure locations:in:azure-locations |
Values:
|
European Union | All locations within European Union:in:eu-locations |
Groups:
Values:
|
Germany | All locations within Germany:in:de-locations |
Groups:
Values:
|
Berlin | All locations within Berlin:in:europe-west10-locations |
Values:
|
Frankfurt | All locations within Frankfurt:in:europe-west3-locations |
Values:
|
Warsaw | All locations within Warsaw:in:europe-central2-locations |
Values:
|
Finland | All locations within Finland:in:europe-north1-locations |
Values:
|
Madrid | All locations within Madrid:in:europe-southwest1-locations |
Values:
|
Belgium | All locations within Belgium:in:europe-west1-locations |
Values:
|
Netherlands | All locations within Netherlands:in:europe-west4-locations |
Values:
|
Paris | All locations within Paris:in:europe-west9-locations |
Values:
|
Italy | All locations within Italy:in:it-locations |
Groups:
Values:
|
Turin | All locations within Turin:in:europe-west12-locations |
Values:
|
Milan | All locations within Milan:in:europe-west8-locations |
Values:
|
Europe | All locations within Europe:in:europe-locations |
Groups:
Values:
|
Switzerland | All locations within Switzerland:in:ch-locations |
Groups:
Values:
|
Zurich | All locations within Zurich:in:europe-west6-locations |
Values:
|
United Kingdom | All locations within United Kingdom:in:gb-locations |
Groups:
Values:
|
London | All locations within London:in:europe-west2-locations |
Values:
|
Low carbon locations | All locations with low carbon impact:in:low-carbon-locations |
Groups:
|
Low carbon Canada | All locations within Canada with low carbon impact:in:canada-low-carbon-locations |
Groups:
|
Montréal | All locations within Montréal:in:northamerica-northeast1-locations |
Values:
|
Toronto | All locations within Toronto:in:northamerica-northeast2-locations |
Values:
|
Low carbon European Union | All locations within European Union with low carbon impact:in:eu-low-carbon-locations |
Groups:
|
Low carbon Europe | All locations within Europe with low carbon impact:in:europe-low-carbon-locations |
Groups:
|
Low carbon North America | All locations within North America with low carbon impact:in:northamerica-low-carbon-locations |
Groups:
|
Iowa | All locations within Iowa:in:us-central1-locations |
Values:
|
Oregon | All locations within Oregon:in:us-west1-locations |
Values:
|
Low carbon South America | All locations within South America with low carbon impact:in:southamerica-low-carbon-locations |
Groups:
|
São Paulo | All locations within São Paulo:in:southamerica-east1-locations |
Values:
|
Low carbon United States | All locations within United States with low carbon impact:in:us-low-carbon-locations |
Groups:
|
North America | All locations within North America:in:northamerica-locations |
Groups:
Values:
|
Canada | All locations within Canada.in:canada-locations |
Groups:
Values:
|
Mexico | All locations within Mexico:in:northamerica-south1-locations |
Values:
|
United States | All locations within the United States:in:us-locations |
Groups:
Values:
|
Oklahoma | All locations within Oklahoma:in:us-central2-locations |
Values:
|
South Carolina | All zones within South Carolina:in:us-east1-locations |
Values:
|
Northern Virginia | All locations within Northern Virginia:in:us-east4-locations |
Values:
|
Columbus | All locations within Columbus:in:us-east5-locations |
Values:
|
Dallas | All locations within Dallas:in:us-south1-locations |
Values:
|
Los Angeles | All locations within Los Angeles:in:us-west2-locations |
Values:
|
Salt Lake City | All locations within Salt Lake City:in:us-west3-locations |
Values:
|
Las Vegas | All locations within Las Vegas:in:us-west4-locations |
Values:
|
South America | All locations within South America:in:southamerica-locations |
Groups:
|
Brazil | All locations within Brazil:in:br-locations |
Groups:
Values:
|
Chile | All locations within Chile:in:cl-locations |
Groups:
Values:
|
Santiago | All locations within Santiago:in:southamerica-west1-locations |
Values:
|
Authentication
Organization Policy Service uses OAuth 2.0 for API authentication and authorization. To get an OAuth 2.0 bearer token:
Go to the OAuth 2.0 Playground page.
In the Step 1 list of scopes, select the Cloud Resource Manager API v2 > https://www.googleapis.com/auth/cloud-platform, and then click Authorize APIs.
On the Sign in with Google page that appears, select your account and sign in.
To provide access to Google Oauth 2.0 Playground, click Allow on the prompt that appears.
In Step 2, click Exchange authorization code for tokens.
At the bottom of the Request / Response pane on the right, your access token string is displayed:
{ "access_token": "ACCESS_TOKEN", "token_type": "Bearer", "expires_in": 3600 }
Where ACCESS_TOKEN is the OAuth 2.0 bearer token string that you can use for API authorization.