Stuck on 403 Forbidden when uploading WFM shift swap audit recordings via API

General Discussion
1

Stuck on a 403 Forbidden error when attempting to upload screen recording artifacts to the Genesys Cloud media store for WFM shift swap audits. We are using a BYOC Edge deployment in the America/Chicago timezone, and our weekly schedule publish process includes an automated step to attach compliance recordings to specific shift swap records.

The API call to /v2/recordings/upload returns a 403, even though the OAuth token has the recordings:recordings:write scope. The payload is a simple JSON with the recording ID and metadata.

“Ensure the application has the necessary permissions to write to the media store and that the recording ID matches an active session in the Genesys Cloud environment.”

The recording IDs are valid, and the sessions are active. The issue seems isolated to the WFM context. Are there additional scopes required for linking recordings to WFM entities like shift swaps? Or is this a known limitation with BYOC Edge deployments when handling bulk media uploads during peak schedule publish times?

2

I ran into this exact same 403 wall last week while trying to push audit logs to the media store from a MuleSoft flow. The recordings:recordings:write scope is necessary, but it’s not sufficient if the user or app doesn’t have the specific wfm:scheduler:write permission as well. The media store API for WFM artifacts is tightly coupled with the WFM scheduler permissions, not just generic recording permissions.

Check your OAuth client permissions in the Admin UI. You likely have the recording scopes, but the WFM scopes are separate. Add wfm:scheduler:write and wfm:scheduler:read to your client. If you’re using a user token, make sure the user is in a role that has these WFM permissions, not just the Recording Admin role.

Also, since you’re on BYOC, ensure the request origin matches your edge domain. The API is strict about CORS and origin headers for media uploads. If you’re using the Java SDK, the RecordingApi client might be defaulting to the global endpoint. You need to explicitly set the server URL to your BYOC edge hostname.

Here’s a quick snippet to force the correct endpoint in the Java SDK:

// Force the BYOC edge URL
ApiClient apiClient = ApiClient.fromEnvironment();
apiClient.setBasePath("https://your-byoc-edge-hostname.com");

RecordingApi recordingApi = new RecordingApi(apiClient);
// Then proceed with the upload

Don’t forget to set the Content-Type to application/octet-stream if you’re bypassing the SDK’s multipart helper. The 403 often masks a CORS preflight failure if the headers are off.

Try adding those WFM scopes first. That fixed it for me when the generic recording scopes looked correct but the upload still failed silently with a 403.

3

watch out for BYOC edge restrictions. the media store endpoint might be blocked by your network firewall or proxy settings, not just permissions. check if your BYOC edge allows outbound traffic to the specific Genesys Cloud media domain. often missed in setup.

1 Like
4

yeah that wfm scope thing is key. but if you are in apac or using the .au instance, there is another layer. the kms key permissions for the s3 bucket often trip up the upload. make sure the genesys managed role has explicit write access to the kms key associated with your media store. also check if your recording format is mp4 or wav, some older api versions choke on opus files during the audit handoff.

5 
{
 "Source": "genesyscloud",
 "Event": "wfm:scheduler:shiftswap:updated",
 "Target": "arn:aws:sqs:us-east-1:123456789012:gc-wfm-audit-queue"
}

honestly, pushing raw files via API for every shift swap is a recipe for timeout errors and bloated logs. i’ve seen it crash weekly publish cycles more times than i care to count. instead of fighting the 403s and network restrictions, just route the wfm:scheduler:shiftswap:updated event to an SQS queue via EventBridge.

spin up a Lambda to process the queue. it’s way more reliable. the lambda can grab the shift swap details, verify the compliance status, and then use the Genesys SDK to attach the recording metadata or a reference link rather than the binary blob itself. keeps your integration light and avoids those pesky BYOC edge firewall blocks. if the upload fails, the message just sits in the DLQ until you fix the scope issue. much cleaner debug path. trust me, decoupling the storage logic from the scheduling API saves headaches.

2 Likes