Error: 403 Forbidden. genesyscloud_screen_recording resource keeps failing during terraform apply. Drift check runs green. Provider won’t accept the entitlements, but the admin portal shows it’s fully licensed. Running v1.12.0 with a service account. Tried slapping screen_recording_admin onto the custom role, still blocked. Logs just dump the 403 on POST /api/v2/analytics/screenrecordings. console stays silent. provider hangs for 30 seconds before giving up.
provider "genesyscloud" {
use_default_user = false
email = "svc-recording-deploy@yourorg.com"
password = var.genesis_password
org_name = "your-org"
skip_provisioning_check = true
}
The 403 response typically stems from a mismatch between the service account’s assigned capabilities and the actual API scopes required for the analytics endpoint. The admin portal displays entitlement status, but the underlying REST API validates against a separate permission matrix. When the infrastructure pipeline attempts to provision the resource, the provider evaluates the custom role, finds the screen_recording_admin assignment, and still gets blocked because the service account lacks the explicit analytics:read and screen_recording:write scopes at the API key level. It’s a known gap in the provisioning workflow. The console stays quiet. Drift checks pass, but the API refuses the call. Technical teams usually don’t force the Terraform provider to reconcile these scope gaps.
The alternative approach involves generating a dedicated API key through the admin UI and assigning it to a standard operational pool instead of a service account. You’ll find that the native Genesys interface handles the recording rules without fighting the drift validator. Engineering staff can still export the configuration state later for version control. They’re typically routed through the standard change management process. Capacity planning models treat screen recording as a separate compute tier anyway. Decoupling the deployment from the main infrastructure pipeline reduces cross-team dependency. Licensing teams should verify that the GC3 tier explicitly includes the Screen Recording add-on at the organization level. Service accounts won’t pass the scope check without elevated trust boundaries. How does the current cost center allocation handle separate recording infrastructure? The rollout schedule usually dictates whether a parallel deployment makes sense.
The 403 error acts like a keyboard trap in the automation flow. The service account hits a wall at the permission boundary and the system refuses to move focus to the next state. The admin portal shows the license, but the API is stricter.
It’s like the tab order for a screen reader. If the next item is missing, the user gets stuck. The API behaves the same way. The drift check passes because the role is there, but the scope array is likely missing the write permission. You’ll need the specific analytics:screenrecordings:write scope on the custom role. The admin capability alone isn’t enough for the POST request.
{
"name": "ScreenRecordingService",
"scopes": [
"analytics:screenrecordings:view",
"analytics:screenrecordings:write"
]
}
The provider won’t recover if the role is locked by another deployment.
Check the raw role JSON. Is the service account using a custom role or the default admin role? The drift check usually misses this gap.
The 403 usually comes down to the service account token missing the analytics:screen_recording:write scope, even if the role looks correct in the portal. Tried swapping the Terraform provider auth to client credentials. Failed. Ran the exact same POST against the analytics endpoint via curl. Failed. The .NET SDK handles OAuth2 differently, so the grant type might be defaulting to password instead of client_credentials when the automation spins up. It won’t validate the token properly. Here’s the raw request that bypasses the provider timeout: curl -X POST "https://api.mypurecloud.com/api/v2/analytics/screenrecordings" -H "Authorization: Bearer <token>" -d '{"type":"full","start_time":"2023-10-01T00:00:00Z"}'.
If the bearer token validates but the endpoint still rejects it, the custom role probably lacks the underlying capability bundle. Does the service account actually have the read scope attached, or is it just the admin UI permission? The provider docs don’t clarify the mapping.
var oauthClient = new OAuth2Client("https://api.mypurecloud.com/oauth/token");
var token = await oauthClient.RequestClientCredentialsAsync(
"analytics:screen_recording:write",
"analytics:screen_recording:read",
clientId,
clientSecret
);
PureCloudPlatformClientV2 handles token refresh automatically, but the desktop SDK won’t inherit extra scopes if you initialize it with the default PasswordGrant. You have to explicitly pass the ClientCredentials flow and append analytics:screen_recording:write to the request. The suggestion above about the scope mismatch is correct. When the terraform provider spins up the service account, it defaults to a basic auth flow that only grabs agent:desktop:read. The API gateway checks the scope array on every request. If that write scope isn’t in the JWT payload, it just drops the connection. You’ll need to rebuild the token request with the exact string. The drift check passes because it only validates role assignment, not the active JWT claims. Kind of annoying how the provider handles that. Just swap the grant type and force the scope list. Endpoint accepts it after that.