How we know: the official Mixpanel status page, PulsAPI's own check (every 60 seconds while one is moving, every 5 to 20 minutes while it is stable), and outage reports from engineers. How PulsAPI monitoring works
Mixpanel Component Status
The main Mixpanel systems on this page. All 9 are operational right now.
9operational
Application Availability » Application Availability · EU
Operational
Application Availability » Application Availability · IN
Operational
Application Availability » Application Availability · US
Operational
6 more components tracked
Their status is in the bar above. Free accounts see every component by name.
Also tracking Data Export, Data Ingestion » Ingestion API Availability, Data Ingestion » Warehouse Connectors, JavaScript Library CDN.
Component statuses may change independently during partial outages.
Recent Mixpanel Outages & Incidents
Incident history from the official Mixpanel status page, including resolution updates.
Temporary Data Ingestion Delay for US ProjectsResolved Oct 8, 2026 · 7h 50mResolved
This incident has been resolved. The upstream issue with our cloud storage provider has been fixed, and our ingestion pipeline has been operating normally with no active delays. No events were lost throughout this incident, all affected data was fully reprocessed.
Thank you for your patience throughout this incident.
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[2026-10-08T16:30:13.748-07:00] (monitoring) Systems have remained stable with no recurrence of the ingestion delay. We’re keeping a close eye on things while we wait for final confirmation from our upstream provider.
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[2026-10-08T15:30:30.626-07:00] (monitoring) We are continuing to monitor for any further issues.
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[2026-10-08T14:30:17.391-07:00] (monitoring) No change since our last update, we continue to observe no active ingestion delay on our end, and all systems remain healthy. We’re continuing to monitor closely.
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[2026-10-08T13:30:56.788-07:00] (monitoring) We are continuing to monitor for any further issues.
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[2026-10-08T12:30:32.487-07:00] (monitoring) Our metrics show ingestion is caught up and no longer experiencing delay. Google has not yet confirmed resolution of the underlying upstream issue on their end, so we’re continuing to monitor closely in case of recurrence.
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[2026-10-08T11:31:13.215-07:00] (identified) We've identified the cause of the ingestion delay as an upstream issue with our cloud storage provider, Google Cloud, impacting a subset of US projects. Google has confirmed this as a high-priority issue on their end but hasn't provided an ETA yet. We've deployed mitigations to ensure a smooth recovery once it clears.
No events are being lost. This is strictly an ingestion delay, all affected data will continue to be reprocessed once the issue is resolved.
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[2026-10-08T10:32:24.365-07:00] (identified) The issue has been identified and a fix is being implemented.
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[2026-10-08T09:32:32.028-07:00] (investigating) We are currently experiencing delays in our data ingestion pipeline, which is affecting real-time data for projects enrolled in the US projects, resulting in delays for a subset of projects. While no data is being lost, our engineering team is actively investigating the matter and working to restore real-time functionality as quickly as possible. We appreciate your patience during this time.
If you have any questions, please <a href="https://mixpanel.com/get-support">contact support.</a>
Degraded Query API Performance impacting US ProjectsResolved Aug 26, 2026 · 1h 6mResolved
# Mixpanel RCA: Temporary Query Service Disruption for US Projects August 26, 2026
# Summary
Between approximately **2:02 PM and 3:19 PM PT on August 26, 2026**, projects in the US region experienced failures loading reports and running queries through the Mixpanel UI and Query API. During this window, some queries in the region failed or returned errors. **No customer data was lost, and data ingestion was not affected.** All events continued to be collected and stored normally throughout the incident; once query service was restored, all reports reflected complete, accurate data with no customer action required.
The cause was identified as a recently deployed internal tool for diagnostic query replay, a capability our engineers use to re-run copies of past queries to debug performance, which unexpectedly wrote large amounts of data to the disks of our query servers, consuming storage capacity the servers need to operate. When those disks filled, the affected servers took themselves out of service. Service was restored, the impacted servers were brought back online, and the internal tooling was disabled. The remediations below add storage safeguards to remove internal tooling's ability to consume resources on query servers, and are designed to prevent this class of failure from happening again in the future.
# What happened
Mixpanel's query engine runs on a fleet of servers that each use a set of local storage volumes to cache the data needed to answer queries quickly. Separately, our engineers use diagnostic query replay tooling, a capability our engineers use to reproduce and debug query performance.
While applying the diagnostic query replay tooling to a large, complex query, a software bug caused the query replay captures to fan out across the entire fleet instead of remaining confined to a single server. Additionally, it caused far more data than intended to be saved without timely eviction on a single server. Two factors then widened the impact of the issue:
* A single full storage volume took a server fully out of service. Each server treats its cache as unhealthy if any one of its storage volumes crosses a usage threshold, even when all other volumes are healthy. The replay data was written to one specific volume on every server, so servers across the region failed their health checks nearly simultaneously.
* Cleanup limits did not account for data size. The safeguard limiting replay data on disk counted items at the application level rather than bytes at the filesystem level, so a small number of unexpectedly large captures passed the check while consuming most of the volume’s capacity.
Together, these allowed a single debugging workflow that normally has a negligible footprint to interrupt production query serving across the US region.
# Timeline \(Pacific Time, August 26, 2026\)
* **2:00 PM** — First oversized diagnostic replay capture was written; storage volumes began to reach their capacity and query success rate began to drop shortly after.
* **2:17 PM** — Automated alerting paged the on-call engineer; investigation began immediately and additional engineers were engaged.
* **2:39 PM** — Status page incident posted; in-app banner displayed at 2:40 PM.
* **2:53 PM** — Root cause identified; recovery efforts began on the first affected server group.
* **3:19 PM** — Query service restored for the vast majority of traffic; the final server group fully recovered at 3:27 PM.
* **3:45 PM** — Incident resolved after a stable observation period. The diagnostic replay tooling that triggered the issue was fully disabled the same evening.
# Root cause
1. **A software bug in our query replay tooling caused unbounded writes to production storage.** A recently deployed capability for reproducing queries mishandled a particular class of complex query, causing captures to spread to every query server in the region and to write far more data to the affected volumes than the design assumed.
2. **Replay files consumed disk capacity that query serving depends on.** The replay tooling wrote its files to the query servers' local disks, so runaway replay data exhausted storage capacity the servers need to answer queries.
3. **Safeguards only partially accounted for the behavior.** The cleanup policy for diagnostic replay data limited the number of items on disk, but not their total size, so it did not engage. Alerting on storage volumes flagged the growth but was not escalated as critical on a per-server basis, which delayed detection until query failures began.
# What we're changing
The end state we are building toward: internal diagnostic query replay data stored in dedicated object storage, placing no load on production query servers.
Already deployed:
* **Disabled the internal tooling** that caused the incident, and remediated the underlying issue so diagnostic captures are confined to a single server and the specific query class is handled correctly.
* **Documented the targeted recovery procedure** used during the incident, i.e., clearing only the affected storage volume rather than restarting full server groups, in our operational runbooks, shortening recovery time if any volume’s capacity runs out in the future.
In progress:
* **Filesystem-level, size-based limits on diagnostic replay data**, capping total bytes on disk rather than item counts, so oversized captures are rejected or evicted before they can affect the volume’s capacity.
* **Stricter storage alerting**, escalating per-server volume saturation as critical before it can affect query health checks.
* **Moving query replay data to dedicated object storage,** so it consumes no resources on production query servers.
# Common questions
* **Was any data lost?** No. Data ingestion was unaffected throughout the incident: events continued to be collected, queued, and stored normally. Only the ability to query was interrupted. Once service was restored, all reports reflected complete data.
* **Were saved reports, dashboards, or project settings affected?** No. The incident affected query execution only. Nothing stored in your project changed.
* **Why did it affect multiple US projects at once?** The oversized diagnostic replay data written to every query server's disks at nearly the same time, and each server removes itself from service when any one volume fills. Preventing internal tooling from consuming query-server storage is a core part of our remediation work.
* **How is this prevented going forward?** The tooling issue is resolved and the tooling remains disabled until size-based limits are in place. Storage alerting is being tightened so saturation is caught before it affects query serving. Structurally, we are moving diagnostic data off production query servers entirely, so internal debugging data will consume no storage on the servers responsible for queries processing.
We apologize for the disruption and for the time reports were unavailable. Please reach out through your account team or support with any questions.
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[2026-08-26T15:45:49.876-07:00] (resolved) This incident has been resolved.
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[2026-08-26T15:28:00.739-07:00] (monitoring) A fix has been implemented, and we're seeing improved success rates for the Query API. We will continue monitoring to ensure stability.
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[2026-08-26T15:11:48.765-07:00] (identified) The issue has been identified and a fix is being implemented.
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[2026-08-26T14:39:13.540-07:00] (investigating) Mixpanel is experiencing degraded Query API performance, resulting in HTTP 500 responses when querying reports for projects with US Data Residency. Projects with EU and IN Data Residency remain unaffected.
We appreciate your patience while our engineers work to restore normal functionality. We will post progress updates on our status page.
If you have any questions, please <a href="https://mixpanel.com/get-support">contact support.</a>
Issues Populating Event Properties in dropdown menusResolved Aug 19, 2026 · 3h 44mResolved
This incident has been resolved.
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[2026-08-19T19:52:31.247-07:00] (monitoring) A fix has been implemented and we are monitoring the results.
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[2026-08-19T18:04:53.316-07:00] (identified) We are continuing to work on a fix for this issue.
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[2026-08-19T16:23:08.693-07:00] (identified) We are continuing to work on a fix for this issue.
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[2026-08-19T16:20:44.754-07:00] (identified) We are currently experiencing issues with populating event properties in dropdown menus. We appreciate your patience while our engineers work to restore functionality. If you have any questions, please contact support@mixpanel.com
Mixpanel Uptime History
Daily uptime recorded by PulsAPI over the last 90 days, with the days that carried a Mixpanel incident marked. Each day is measured from our own checks, so the record continues even when the vendor publishes nothing.
Uptime history91 days observed
Jul 11100.00% average · 8 days with incidentsOct 9
Problems reported by engineers using Mixpanel. Reports often appear 10 to 20 minutes before the official status page moves, and stay on this page for 90 days.
Reports, last 24 hours0 total
24h agoNothing reportednow
No Mixpanel problems reported yet.
Something wrong with Mixpanel on your end?
Reports are anonymous, take about ten seconds, and help the next engineer who checks.
About Mixpanel
Mixpanel is a product analytics platform for event tracking, funnels, and cohort analysis. Disruptions can interrupt data collection or reporting used by growth and product teams. Track Mixpanel status and outages here.
Over the past 30 days, PulsAPI has measured Mixpanel uptime at 99.99%. Response times, incident history, and SLA tracking for Mixpanel are available on the PulsAPI dashboard.
Mixpanel Status FAQ
Is Mixpanel down right now?
The verdict at the top of this page comes from the latest poll of the official Mixpanel status feed and refreshes automatically, so you are not looking at a stale cached answer. PulsAPI re-checks a vendor every 60 seconds whenever it is not fully operational, or has changed status in the last 30 minutes, so an incident is always on the fastest cadence. Vendors that are stable and rarely watched are re-checked every 5 to 20 minutes instead.
What should I do if Mixpanel is not working?
Check the component list on this page first to see if your failure matches a known outage. If it does, you can report the issue for other engineers, follow the incident timeline for vendor updates, and run any fallback your app supports until Mixpanel recovers.
How do I check Mixpanel uptime history?
PulsAPI tracks Mixpanel uptime over 30, 60, and 90-day rolling windows. The current 30-day uptime is 99.99%. The 90-day uptime strip on this page is public: no account needed. A free account adds alerts whenever Mixpanel changes state, plus 15 days of incident detail; Pro extends that to 90 days and Business to 13 months.
How fast does PulsAPI detect Mixpanel outages?
PulsAPI reads the official Mixpanel status page. PulsAPI re-checks a vendor every 60 seconds whenever it is not fully operational, or has changed status in the last 30 minutes, so an incident is always on the fastest cadence. Vendors that are stable and rarely watched are re-checked every 5 to 20 minutes instead. Alerts reach Slack, Discord, Microsoft Teams, PagerDuty, or email within seconds of detection.
Does PulsAPI track individual Mixpanel components?
Yes. PulsAPI monitors 9 individual Mixpanel components, so you can see which service or region is affected instead of a generic "service degraded" banner.
Can I get alerts when Mixpanel goes down?
Yes. Create a free account and subscribe to Mixpanel: the free plan covers three services with unlimited email alerts and no monthly notification cap. Paid plans lift the monitor limit entirely (Pro and above do not meter how many vendors you watch) and route the same alerts into Slack, Discord, Microsoft Teams, PagerDuty and webhooks.
How do I report an issue with Mixpanel to the community?
Click "Report an issue" at the top of this page, pick the issue type and severity, and optionally add your region and a short note. Reports are anonymous and help other engineers spot Mixpanel problems early. Official status pages often lag real incidents by 10 to 20 minutes.
Is there a free way to monitor Mixpanel?
Yes. The free plan covers 3 monitored services with unlimited email alerts, permanently, so Mixpanel plus two more costs nothing. Every new account also opens with a 30-day Business trial (unlimited monitors, Slack alerts, SLA reporting) with no credit card.
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2463+ vendors in one dashboard, and an email the moment any of them changes state. Three free, and no monitor limit at all from $29/mo, unlike the alternatives, which keep charging by the monitor.