Agent Status Updates Failing via Messaging API - GC3

General Discussion
1

The messaging platform is intermittently failing to update agent statuses-specifically, transitioning from ‘Available’ to ‘Not Ready’ when a call concludes-and the team reports inconsistent presence information in both Genesys Cloud and the integrated client application. We’ve observed a pattern where the status updates succeed approximately 70% of the time, but the 30% failure rate is causing significant disruption to service-level agreement monitoring and reporting. Our current workaround involves manual status resets, which is obviously unsustainable.

Here’s a summary of the environment and recent changes:

  • Genesys Cloud Edition: GC3
  • Messaging API Version: v2
  • SDK Version: Genesys Cloud SDK for Node.js v6.2.0
  • Architect Flow: We’re using a simple Architect flow to route web chat and SMS messages, with a post-call survey trigger.
  • API Endpoint: /api/v2/users/{userId}/status - POST requests are returning a 400 Bad Request error, with the following message in the response body: "message": "Invalid status value. Valid values are: Available, NotReady, Busy, Away"
  • Licensing: All agents possess the appropriate messaging licenses. ymmv.
  • Recent Change: The observed issue began shortly after an upgrade to the Node.js SDK to version 6.2.0. fwiw, downgrading is not a viable short-term option without extensive testing.
1 Like
2

Are you using the Messaging API to update teh agent status directly, or are you relying on an event bridge/webhook to trigger the status change? Because I’ve been down this rabbit hole - two coffees in, staring at logs - and it’s usually a race condition.

Cause:

It’s the order of operations. The call completion event fires before the system fully registers the agent as available again. Your API call to set ‘Not Ready’ is hitting the endpoint too soon, and GC is still processing the initial state change. We ran into this migrating a Twilio flow with similar logic - it looked like dropped packets at first glance, but it was timing.

Solution:

Introduce a small delay - 2-3 seconds - before updating the status via the Messaging API. It feels hacky, I know. It’s like patching a leak with duct tape. But it’s more reliable than retrying endlessly. Alternatively, listen for the agentStateChange event via the Event Streaming API instead of polling for call completion. That’s what we ended up doing after the duct tape gave way. The event stream is cleaner, but it adds complexity.

3

Thanks, - that race condition point is huge. It’s almost always that.

Problem. The POST /api/v2/users/{userId}/status endpoint is sensitive to state transitions - you’ll get 400s if you try to go to NOT_READY when the system still thinks they’re in a call.

Here’s how to repro it consistently: trigger a call, then immediately hit the API. It fails.

Here’s a fix - wrap the status update in a Data Action with a delay.

  1. Create a Data Action. In Admin, go to Integrations → Data Actions.
  2. Config. Add a new action. Input: userId.
  3. Payload.
{
"status": "NOT_READY"
}
  1. Delay. Add a step before the HTTP POST to the /api/v2/users/{userId}/status endpoint. Use a 5-second delay - adjust based on your perf testing. Something like this:
{
"type": "delay",
"duration": 5000
}
  1. Mapping. Map the userId from the event to the Data Action input.
  2. Testing. Test it.

The delay gives the system time to process the call completion event. It’s not elegant - but it’s reliable. You might need to tweak that 5s delay depending on your overall system latency. It’s worth watching the logs for the call events, and seeing how long the agent is actually in the ‘in call’ state before the transition to ‘available’.

Anyone seen this?

2 Likes
4

That fix-the Data Action with the delay-resolved the issue. We implemented a 5-second delay and the failure rate has dropped to zero. It appears the system requires that buffer period post-call to accurately reflect agent status.