BarTender Cloud incident

AM1 - Elevated Error Rate – Webpage Label Loading

Minor Resolved View vendor source →

BarTender Cloud experienced a minor incident on March 16, 2026 affecting AM1 - Print Console, lasting 1h 14m. The incident has been resolved; the full update timeline is below.

Started
Mar 16, 2026, 04:30 PM UTC
Resolved
Mar 16, 2026, 05:45 PM UTC
Duration
1h 14m
Detected by Pingoru
Mar 16, 2026, 04:30 PM UTC

Affected components

AM1 - Print Console

Update timeline

  1. investigating Mar 16, 2026, 04:36 PM UTC

    We are currently experiencing an elevated error rate affecting webpage label loading in the BTC - AM1 environment. Our team is actively investigating the issue and will provide updates as soon as more information is available.

  2. monitoring Mar 16, 2026, 04:49 PM UTC

    The elevated error rate affecting webpage label loading in BTC - AM1 has been addressed. We are continuing to monitor the environment to ensure full stability.

  3. resolved Mar 16, 2026, 05:49 PM UTC

    This incident has been resolved.

  4. postmortem Mar 18, 2026, 01:00 AM UTC

    **INCIDENT RCA** **AM1 – Elevated Error Rate – Webpage Label Loading** Mon, March 16, 2026 **Time:** 09:30 to 09:45 PDT **Duration:** Approximately 15 minutes **Severity:** Degraded Performance **Customer Impact** Users on AM1 were unable to open labels from the Print Console during the incident window, experiencing timeouts and errors. No data was lost or corrupted, and all previously submitted print jobs were unaffected. **Root Cause** An unusually high volume of automated print-to-PDF requests in a short period overloaded the print job scheduling service, triggering a restart. During the restart, the service temporarily lost visibility into in-progress jobs, causing them to be incorrectly flagged as failed. An automated recovery process then attempted to reprocess those jobs, unable to distinguish them from genuine failures, adding further load and extending the disruption. **Containment Actions** 1. Restarted the scheduling service to restore normal processing. 2. Confirmed recovery through monitoring of job acceptance and error rates. 3. Identified and flagged the source of the automated request surge for follow-up. **Corrective Actions** 1. **Job state persistence.** In-progress job state will be stored durably, surviving service restarts. 2. **Resilient startup.** Service will reload active job state before accepting new requests. 3. **Centralized retry logic**. Recovery logic consolidated into a single component to prevent conflicting actions. 4. **Service readiness checks**. Health checks added to confirm full initialization before processing begins. **Preventive Actions** * Rate controls to manage sudden automated request spikes. * Enhanced monitoring and alerting on scheduling service health and recovery states. We apologize for the disruption and are committed to the improvements outlined above to prevent recurrence.