On August 17, 2026, Cursor had a significant outage that started at around 14:35 UTC and lasted roughly six hours, clearing up at about 20:40 UTC. Cursor has since reported the issue resolved. No detailed cause has been published at this time.
Who this kind of outage hits
If you build on Cursor, you probably were not staring at a status page at 2:35 in the afternoon. You were working on something else, or talking to a client, or just living your day. The first sign that something was wrong was likely a customer asking why a feature was broken, or a teammate saying their work had stalled. That gap, between when the tool stopped working and when you found out, is where the damage happens. A refund request, a lost hour of debugging something that was never your fault, a client who now trusts you a little less.
Why this is especially rough if you are not an engineer
There is no error message that says “Cursor is down.” Your work just stops moving. A workflow sits there. A task does not complete. You check your own setup, you refresh, you wonder if you did something wrong. The tool gives you nothing to read. By the time you think to check a status page, you have already spent twenty minutes ruling out things that were never the problem. And if a customer noticed before you did, that conversation is already harder than it needed to be.
Timeline
- 14:35 UTC - Cursor started experiencing a bigger problem.
- Roughly 6 hours - the disruption continued with no recovery.
- 20:40 UTC - Cursor reported the issue resolved.
How a watcher catches this before your users do
NoCrash reads Cursor’s public status page every minute. The moment Cursor’s own status flips from working to having trouble, NoCrash sends you a plain-language message about it. Not a raw status code, not a link you have to decode. Just a calm note saying Cursor is having a problem, in the same place you hear about everything else you build on.
It also watches the things you ship. If you have n8n workflows, NoCrash watches those through your API token. If you have an app, you can give it a URL or drop in a small JS snippet, and it watches that too. So a quiet stall on your own side surfaces alongside anything happening upstream.
To be clear about what this is: NoCrash does not find the outage before Cursor’s own status page does. It reads that page and tells you within a minute of Cursor’s own report, in words you can act on immediately. That is the difference between hearing it from a customer and hearing it first yourself.
For the authoritative account of this outage, see Cursor’s official status page: https://stspg.io/gzwzbg6ylfbx