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investigating
我们正在调查Delinea Mobile App的验证器功能在26.2号部署后运作的问题的断断续续的报告。 如果你正在经历这个问题,请使用其他外交部选项,直到我们能够解决这个问题。
我们的小组正在积极调查,并将在有资料时提供最新情况.
## Incident Overview
On July 27, 2026, Secret Server Cloud \(US region\) customers experienced widespread failures with RDP sessions, remote password rotation, and folder creation. The root cause was a critical internal caching layer that filled up to capacity because session entries were being stored in it without expiration. As the cache filled, it began rejecting write operations, causing a backend processing service to fail. Messages continually accumulated in an internal message queue which degraded performance for all affected tenants.
* Start: July 27, 2026, approximately 2:00 PM EDT
* End: July 27, 2026, approximately 4:10 PM EDT
* Region impacted: US
## Root Cause and Remediation
The internal caching layer had been accumulating session data with no expiration for over 20 days. At the time of investigation, approximately 86% of cache entries had no expiration set. The root cause is a code-level bug that was not setting expirations properly on session entries. Once the cache reached capacity, new writes were rejected, breaking the log pipeline and cascading into broader service failures across tenants.
To remediate, the caching layer was manually flushed at approximately 4:04 PM EDT, restoring write capacity and allowing the message queue to drain. A code fix to add TTL \(time-to-live\) to the affected keys has been identified and is in progress.
## Preventative Actions
* Apply a code fix to add TTL to session entries and other unbounded growth keys in the caching layer, preventing recurrence regardless of deployment cadence.
* Add memory utilization alerting for the caching layer at defined thresholds, so memory pressure is detected proactively before capacity is reached.
* We are looking into adding a post-release action for flushing the cache as a standard step in the deployment process
We sincerely apologize for the disruption this caused and the inconvenience to your operations. We are committed to preventing recurrence through the above actions.
## Incident Overview
On July 24, 2026, customers in the US region experienced Connector connectivity issues affecting authentication through the Delinea Platform. Some Connectors intermittently went offline while others in the same environment continued operating normally, with no consistent pattern distinguishing affected from unaffected Connectors. Restarting or re-registering an affected Connector did not restore connectivity.
* Start: July 24, 2026, approximately 4:50 PM ET \(8:50 PM UTC\)
* End: July 24, 2026, approximately 8:00 PM ET \(July 25, 12:00 AM UTC\)
## Root Cause and Remediation
The root cause was overload on backend relay services that route Connector traffic to the Delinea Platform. Because impacted and unimpacted Connectors were sometimes present in the same customer environment, initial investigation focused on individual Connector configuration and network paths. Further investigation identified the issue on TCP relays in the US-West region; one affected relay was temporarily removed from the relay pool for isolation and diagnosis. This confirmed the underlying issue was load on the affected relays rather than a defect in the relay software or hardware itself.
To remediate, our team investigated and stabilized the affected relay services as they were identified, restoring Connector connectivity. Connectivity was confirmed restored the evening of July 24, and the incident was resolved by approximately 8:00 PM ET. No action was required from customers, and no customer data was lost.
## Preventative Actions
* Added new relays in US-West and US-East to increase capacity and reduce the likelihood of relay overload recurring.
* Improve tooling for the backend relay services to make them more resilient and self-recovering under load.
* We are implementing additional monitoring of the relay services to detect this specific condition and connectivity degradation before customers are impacted.
We sincerely apologize for the disruption this caused and the inconvenience to your operations. We are committed to preventing recurrence through the above actions.
## Incident Overview
On July 24, 2026, a subset of Delinea Platform customers in the US and AU regions experienced intermittent 504 Gateway Timeout errors, resulting in temporary service disruption while accessing Platform. On July 24, 2026, some Delinea Platform customers in US and AU regions experienced intermittent 504 Gateway Timeout errors, resulting in temporary service disruption while accessing the platform.
Start: July 24, 2026, 11:20 AM ET
End: July 24, 2026, 3:30 PM ET
## Root Cause and Remediation
The incident was caused by an unexpected increase in request volume generated by a Secret Server Cloud synchronization process, which exceeded the processing capacity of The Platform service. As the service became overloaded, request latency increased and some requests exceeded the gateway timeout threshold, resulting in intermittent 504 Gateway Timeout errors for a subset of Platform customers.
Our engineering team applied immediate mitigations to reduce load while working to resolve the underlying capacity constraint, and is implementing a long-term solution to improve capacity handling and prevent similar incidents. Additional monitoring will also be added to detect and respond to this type of condition more quickly.
## Preventative Actions
* Improve capacity handling: Enhance the backend capacity to better accommodate periods of elevated request volume without impacting customer traffic.
* Optimize Secret Server Cloud synchronization: Engineering has implemented mitigations to address the immediate issue and prevent recurrence in the short term. A long-term solution is being developed to further improve the handling of synchronization workloads.
* Expand monitoring and alerting: implement additional monitoring and alerting to detect elevated request volumes and performance degradation earlier, enabling faster response and mitigation.
We sincerely apologize for the disruption this caused and the inconvenience to your operations. We are committed to preventing recurrence through the above actions.