Screen Recording Integration Fails with 403 Forbidden After Zendesk Migration

Could someone clarify why the Screen Recording API returns a 403 Forbidden error when triggered from an Architect flow?

We are migrating from Zendesk Talk to Genesys Cloud and trying to replicate the automatic call recording functionality. In Zendesk, we just enabled recording in the admin console, and it worked out of the box. Here, I have set up a Data Action to call POST /api/v2/recordings within a flow that triggers on call.start.

The environment is a standard EU-West-1 org. The integration user has Recording:Manage permissions, yet the response body shows:

{
 "message": "Insufficient permissions to access resource",
 "code": "not_authorized"
}

I have verified the access token is valid for 24 hours. In Zendesk, permissions were role-based and simpler. Genesys seems to require specific capability flags that I might be missing. Is there a specific capability or admin setting that needs to be toggled for the Screen Recording feature to accept API requests from Architect flows? I have checked the “Screen Recording” settings in Admin > Settings, but everything appears enabled. Any pointers on the correct permission set would be appreciated.

Could someone explain why the Screen Recording API returns a 403 Forbidden error when triggered from an Architect flow?

The 403 status indicates that the Data Action lacks the necessary permissions within the Genesys Cloud organization. The flow executes under the context of the system user associated with the integration, not the individual agent.

Verify that the integration user has the recording:view and recording:modify capabilities assigned in the Admin console. Additionally, ensure the Data Action is configured with the correct OAuth scopes. The scope recordings:view is often insufficient for creating new recording sessions.

In the Europe/Paris region, strict compliance rules may further restrict API access. Check if the organization has enabled data masking or specific recording policies that block API-initiated recordings. If the permissions are correct, inspect the flow error details for specific policy violations. Sometimes, the issue stems from the flow triggering before the media bridge is fully established, causing a permission mismatch.

Check your service account scopes. The data action needs recording:view and recording:modify.

resource "genesyscloud_oauth_client" "recording_svc" {
 name = "Recording Service"
 scopes = [
 "recording:view",
 "recording:modify"
 ]
}

This looks like a permissions gap that often trips up teams migrating from Zendesk, but the core issue is definitely the OAuth scopes. The suggestion above regarding recording:view and recording:modify is spot on. In my experience managing integrations for our weekly schedule pushes, the system user context is frequently overlooked. The flow runs as the service account, not the agent, so if those scopes are missing, the Data Action gets blocked immediately with a 403.

Make sure the OAuth client has the correct scopes defined. Here is a quick Terraform snippet to verify or update the configuration:

resource "genesyscloud_oauth_client" "recording_svc" {
 name = "Recording Service"
 scopes = [
 "recording:view",
 "recording:modify",
 "architect:flow:view" # Often needed if the flow itself is managed via API
 ]
}

Also, check if your organization uses role-based restrictions on recording. Even with the right scopes, if the service account isn’t associated with a role that allows recording operations, it will still fail. We had a similar issue where the integration worked in dev but failed in prod because the prod service account lacked the “Recording Admin” role.

One thing to watch out for is the timing. Ensure the Data Action is triggered after the call state stabilizes. Triggering on call.start can sometimes be too early if the recording engine isn’t fully initialized. We usually add a small delay or trigger on call.answered to avoid race conditions. This approach has been much more reliable for our team when handling high-volume shifts.