Pretty sure the Get Agent Schedule task caches status for up to 60 seconds. During high-volume load tests, this delay causes stale “Available” states to persist even when WFM marks agents as “On Break.” Check these:
WebSocket connection stability between Architect and WFM
Cache TTL settings in the Architect flow configuration
The simplest way to resolve this is to implement a secondary validation layer using the WFM Real-Time API directly from Genesys Cloud, bypassing the cached state of the standard Architect task.
Agents marked ‘On Break’ in WFM are still receiving calls via the IVR queue.
The suggestion above regarding the 60-second cache TTL is accurate, but relying solely on that introduces latency that is unacceptable for adherence-sensitive routing. The Get Agent Schedule task often lags behind real-time status changes because it polls rather than subscribes. To ensure agents on break are immediately removed from the IVR queue, you should configure a Data Action in Genesys Cloud to query the WFM REST API endpoint /api/v2/wfm/users/{userId}/schedule with the realTimeStatus parameter set to true.
Here is the recommended configuration for the Data Action:
By chaining this Data Action before the queue routing step, you can add a conditional split: if currentStatus equals BREAK or OFFLINE, route to an alternative queue or voicemail. This approach mirrors how we handle ServiceNow ticket creation triggers-ensuring the source of truth is validated at the moment of execution, not at the moment of cache refresh. Additionally, verify that the WFM schedule adherence rules are explicitly linked to the Genesys Cloud user accounts via the integration connector, as orphaned schedules will not reflect in the API response.
If I remember right, the genesyscloud_wfm_schedule resource lacks real-time adherence hooks, causing Terraform to drift from live WFM state. Manual overrides in the UI will overwrite your IaC on the next terraform apply.