Is GitHub Down? Inside This Week’s Repeated Outages

GitHub is not down right now — the company’s status page listed every core service as operational as of this writing — but the week leading up to it was a rough one. Between October 1 and October 7, 2026, GitHub logged eight separate status incidents, including two widespread outages on October 7 alone that knocked out Git pushes and pulls, pull requests, Issues, and GitHub Actions within about ninety minutes of each other. Here’s exactly what broke, when, for how long, and what GitHub has said about why.

Is GitHub Down Right Now?

As of October 11, 2026, GitHub’s own status page shows “All Systems Operational” across Git Operations, API Requests, Webhooks, Issues, Pull Requests, Actions, Packages, Pages, Codespaces, and Copilot. No incidents were reported on October 8, 9, 10, or 11. If you’re reading this because a push or a pull request is failing for you right now, the problem is most likely local to your network, repository, or account — but it’s worth refreshing the status page directly, since GitHub updates it within minutes of detecting any new disruption.

That clean bill of health follows one of the choppier stretches GitHub’s core platform has had in recent memory. The company’s own incident log recorded trouble on four separate days in the space of a week, with the two worst episodes landing on the same afternoon.

A Rough Week: Eight Incidents in Seven Days

According to the timeline published on GitHub’s status history page, the run of incidents started quietly with a retroactive report and escalated from there:

• October 1 — three separate incidents: a retroactive report of stuck Actions runs, a short burst of elevated site-wide latency, and an afternoon of Actions job-start delays.
• October 5–6 — a multi-hour Actions outage tied to a networking failure, followed by billing and settings disruptions, then a separate afternoon-into-evening degradation of Pull Requests, Issues, and Webhooks.
• October 7 — two distinct, widespread incidents hitting Git Operations, Pull Requests, and Actions within about ninety minutes of each other, the second one a near-exact recurrence of the first.

Every incident was eventually marked resolved, and GitHub did not report any data loss. But the clustering — core Git and collaboration features failing repeatedly in a single week — is exactly the kind of pattern that sends developers searching “is GitHub down” mid-workday.

Timeline: Every GitHub Incident, October 1–7

The table below is built directly from the incident updates GitHub posted to its status page. Times are UTC as published.

October 7’s Two Separate Outages, Back to Back

The most alarming entries on that list are the last two. GitHub’s status history describes the first October 7 incident as hitting Git Operations, Pull Requests, and Actions, with “widespread impact” concentrated in a tight ten-minute window between 15:06 and 15:16 UTC — the point at which pushes, clones, PR pages, and workflow runs would have been failing or timing out for a large share of users. GitHub reported the services fully recovered by 15:58 UTC, continued investigating, and marked the incident resolved at 16:25 UTC after further mitigation work.

Less than half an hour after that resolution, a second incident opened. GitHub’s update describes it as a recurrence affecting Git Operations, Issues, Actions, and Pull Requests, with another widespread-impact window from 16:52 to 17:01 UTC. The company applied mitigations and said it did not expect the problem to recur again, closing the incident at 18:04 UTC. GitHub indicated a root cause had been identified for the pair of incidents but, per its own published updates, had not yet posted a full root-cause analysis at the time of resolution.

For anyone relying on git commands as part of a CI/CD pipeline, those two short but sharp windows — each roughly ten minutes of the most severe impact, bracketed by longer periods of degraded performance — were enough to break builds, stall deploys, and leave pull request pages half-loaded across a large number of repositories.

What Caused the Incidents

GitHub’s status updates point to two distinct underlying problems driving most of the week’s trouble, neither of which involved a code change to Git itself:

• Cloud networking and database connectivity. The October 5–6 cluster — the Actions outage, the billing/licensing disruption, and the follow-on services degradation — were attributed to what GitHub described as a partial networking failure between an on-premises datacenter region and some cloud-hosted regional database and storage services. GitHub said it shifted database traffic to a healthy region as part of its mitigation.
• Upstream cloud-provider rate limiting. The October 1 afternoon Actions delays were traced to a routing change at a cloud provider that triggered rate-limit errors, which in turn disrupted runner provisioning and tripped a job-assignment concurrency limit inside Actions.

For the two October 7 incidents, GitHub’s public updates are notably thinner on specifics: the company said a root cause had been identified but did not describe it in the resolution notes, and promised further root-cause analysis to follow. That’s consistent with how GitHub has historically handled especially fast-moving incidents — ship the fix and the top-line impact numbers first, publish the detailed retrospective later, sometimes as a dedicated post on the GitHub Blog.

What Was Affected: Git, Pull Requests, Actions, Issues, Webhooks

Unlike outages that are contained to a single secondary feature, this week’s incidents repeatedly touched the parts of GitHub that most directly gate a developer’s workday:

• Git Operations — clones, pushes, pulls, and fetches, impaired in both October 7 incidents.
• Pull Requests — page loads, merges, and reviews, affected on October 6 and both October 7 incidents.
• Actions — workflow runs and hosted-runner job starts, hit on October 1, October 5, and both October 7 incidents, making it the single most frequently affected component of the week.
• Issues — degraded on October 6 and in the second October 7 incident.
• Webhooks — degraded on October 6, delaying downstream automations and integrations that depend on GitHub events firing promptly.

GitHub also noted narrower side effects along the way: the October 5 Actions outage caused intermittent errors on repository-list pages and some Copilot-related pages, and the October 5–6 billing disruption specifically hit organization and enterprise billing, licensing, and settings screens rather than core developer workflows. None of the incidents were described by GitHub as affecting Codespaces, Packages, or GitHub Pages.

How GitHub Communicated During the Outages

Throughout the week, GitHub’s primary public channel was the incident log on its own status page rather than social media or a blog post. Each incident got a title, a running series of timestamped updates (investigating, identified, monitoring, resolved), and — for the larger outages — quantified impact figures, such as the percentage of workflow runs that failed or the peak error rate on GitHub.com. That level of detail is more granular than most large platforms publish for every incident, and it’s what makes it possible to reconstruct the week’s timeline with actual numbers rather than guesswork.

What GitHub has not yet published, as of this writing, is a detailed root-cause write-up for the two October 7 incidents specifically. The company’s own update language — “a root cause has been identified” without elaboration — leaves open exactly why Git Operations and Pull Requests failed twice in one afternoon, and whether the second incident was a true recurrence of the first or a related-but-distinct failure in the same subsystem.

Is This Part of a Pattern?

Four incident-bearing days out of seven is an unusually dense stretch even by the standards of a platform the size of GitHub, which serves push, pull, and CI traffic for millions of repositories continuously. Taken individually, each incident has a specific, plausible cause — a cloud provider’s routing change, a cross-region networking failure, a traffic spike — and GitHub resolved every one of them within hours. Taken together, the week illustrates how much of GitHub’s reliability now depends on infrastructure outside Git itself: cloud networking paths, regional databases, and runner-provisioning systems for Actions, any one of which can take Git Operations or Pull Requests down with it even though the Git protocol and the open-source Git client software are unaffected.

It’s also worth separating this cluster from GitHub’s Copilot-specific reliability record, which has had its own distinct incidents — including a late-September Copilot Code Review degradation — and from product news like the recent general availability of Copilot’s local sandboxing feature. This week’s outages were a core-platform story, not a Copilot one; AI features were, at most, mentioned as a secondary symptom in one incident.

What to Do If GitHub Goes Down Again

A few practical steps if you hit errors on GitHub.com or in Actions:

• Check githubstatus.com directly rather than relying on a cached dashboard or a third-party down-detector — GitHub updates it in near real time during active incidents.
• For failed Actions runs during a known incident, wait for the “resolved” update before re-running; GitHub explicitly warned during the October 1 retroactive incident that some runs could be stuck mid-deployment, and re-running too early risked duplicating steps that had already completed.
• For Git push/pull failures, retry after a short delay — none of this week’s incidents were described as affecting repository data integrity, only the ability to reach the service.
• Subscribe to status updates (via the status page’s RSS/email/Slack integrations) if your team depends on Actions for deploys, so you find out about degradation before a pipeline silently stalls.
• Check GitHub’s longer-run uptime history if you want to see whether a given component has a track record of repeat incidents before building critical automation on top of it.

What’s Next

With all systems reporting operational since October 7, the immediate disruption is over. The open question is whether GitHub follows through on the root-cause analysis it said would follow the two October 7 incidents, and whether that analysis — if and when it’s published — points to a single shared cause behind the week’s repeated Git Operations and Actions failures, or several unrelated faults that happened to land in the same seven days. Developers who depend on GitHub for CI/CD in particular should watch the status page’s history for any follow-up postmortem, and keep an eye on upcoming platform announcements at GitHub Universe 2026, where infrastructure and reliability investments are a likely talking point given the timing. For now, Pandromeda will update this piece if GitHub publishes a formal retrospective.

Written byFelix Moreau

Felix Moreau writes Pandromeda's software coverage and how-to guides. He covers Windows, macOS and Linux updates, the apps people rely on, emulators and developer tools, and turns official documentation into clear, numbered steps that work on the current version.

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