Cornerstone incident
Major Issue - Career Site is not accessible for FRA SL1 swimlane
Cornerstone experienced a major incident on August 19, 2026 affecting Response Time, lasting 1h 3m. The incident has been resolved; the full update timeline is below.
Affected components
Update timeline
- investigating Aug 19, 2026, 12:15 PM UTC
FRA SL1 swim lane is experiencing issues with the Career Site. Clients may experience delays or issues accessing the Career Site. This is our top priority and we are working to resolve the problem as soon as possible. Please check back periodically for additional updates, which will be posted as they become available.
- resolved Aug 19, 2026, 01:18 PM UTC
The Career Sites should now be accessible. Our Engineering team investigated promptly and have implemented the necessary corrective measures. The problem began at 4:40 AM Pacific Time and the service was restored at 5:58 AM Pacific Time.
- postmortem Sep 01, 2026, 06:37 AM UTC
**Root Cause Analysis** **Incident Summary:** On August 19th, 2026, users in the EU Production environment experienced intermittent issues accessing Career Site functionalities. **Impact:** Users experienced intermittent failures while accessing Career Site functionality, resulting in degraded user experience and partial service disruption during the incident window. **Root Cause:** The issue was caused by a sudden increase in traffic that temporarily exceeded the available service capacity during scaling activity. Due to the service's sensitivity to startup time, the newly provisioned capacity was unable to stabilize quickly enough to handle the increased traffic. This resulted in intermittent service failures. **Resolution:** The service capacity and scaling configuration were adjusted to maintain sufficient baseline capacity and better accommodate sudden increases in traffic. The affected service was also redeployed to restore stability. **Preventive Measures:** * Scaling configuration has been optimized to better respond to sudden traffic increases * Additional capacity and startup behavior are being monitored to reduce the likelihood of recurrence