Just noticed that agent assignments lag by 15 minutes after the Friday schedule publish in Chicago. The WFM API returns 200 OK, but the routing queue remains empty.
“Predictive Routing updates agent availability in real-time upon schedule publication.”
The delay breaks our shift swap logic. Is there a known sync latency with the Genesys Cloud WFM integration?
You might want to check at the polling interval in your load script rather than assuming real-time sync. The WFM API returning 200 OK just means the schedule data landed in the database. It doesn’t mean the routing engine has processed it yet. In high-concurrency environments, the background jobs that update agent availability often queue up. If your test assumes immediate propagation, you will see empty queues because the system is still crunching the shift data. The documentation mentions eventual consistency, but under load, that “eventual” window can stretch significantly.
To verify this, add a delay or a conditional wait in your JMeter flow. Instead of firing outbound requests immediately after the WFM publish call, insert a Constant Timer for 30-60 seconds, or better yet, use a JSR223 Sampler to poll the GET /api/v2/wfm/schedules/agents endpoint until the status reflects the new assignment. Here is a quick Groovy snippet for the sampler:
def wc = ctx.getCurrentSampler().getURLConnection()
def resp = wc.responseCode
if (resp != 200 || !jsonResult.contains("active")) {
WsSampleResult.setResponseData("Waiting for sync...", "UTF-8")
throw new Exception("Sync pending")
}
This prevents the cascade of 400s from malformed routing requests. The delay is likely a processing bottleneck, not a bug. Staggering your test threads to mimic realistic human wait times will also help isolate whether the issue is API throughput or actual routing latency.