According to an update on Microsoft’s Azure status page, the problem was linked to Azure Front Door, a service responsible for routing and managing internet traffic. The company said its engineering teams immediately began investigating and working to reduce access disruptions. Microsoft also acknowledged the outage through its official social media channels.
Because countless websites and applications depend on Microsoft’s cloud infrastructure, outages of this scale tend to ripple far beyond a single service. Data from Downdetector showed widespread user reports involving Microsoft 365, Outlook, Xbox Live, Copilot, Minecraft, and several other Microsoft-powered platforms.
By Wednesday evening, Microsoft said it was seeing “strong signs of improvement” across affected regions and was moving toward full recovery.
“This recovery effort involves reloading configurations and rebalancing traffic across a large number of nodes to restore full operational scale,” the company said, adding that the process is intentionally gradual to maintain stability and avoid overloading systems as services come back online.
Microsoft expects full mitigation—meaning a complete restoration of services—by 7:20 p.m. ET.
The Azure outage came just hours before Microsoft was scheduled to release its quarterly earnings report. It also followed closely on the heels of a major Amazon Web Services (AWS) outage that occurred a little over a week earlier, which disrupted large portions of the internet. That incident affected social media platforms, gaming services, food delivery apps, streaming services, and financial tools worldwide.
While Amazon remains the world’s largest cloud services provider, Microsoft ranks second globally, ahead of Google in most markets.
Is Minecraft Down? What We Know
Minecraft players around the world reported problems logging in and accessing multiplayer servers on Tuesday. The disruption appears to be tied directly to the broader Azure outage, as Microsoft hosts much of Minecraft’s online infrastructure on its cloud platform.
Microsoft confirmed the issue on its Azure status page and said engineers are working to restore normal gameplay as quickly as possible.
Why Isn’t Microsoft 365 Working?
Microsoft 365 services—including Outlook, Teams, and OneDrive—were also affected by the Azure-related outage. Users reported trouble signing in, sending and receiving emails, and accessing cloud-based files.
Microsoft explained that the issue originated from a failure in its global content delivery network, which is designed to efficiently route user traffic. While mitigation efforts are underway, the company warned that full restoration could take time.
Is Xbox Cloud Gaming Impacted by the Outage?
Yes. Xbox Cloud Gaming, along with Xbox Live and related services, was disrupted during the outage. Many users were unable to access cloud-based games or connect to online multiplayer sessions.
Authentication services were also affected, leaving some players unable to log into their accounts. Microsoft said it is actively investigating the issue and will continue providing updates as services are restored.
Full List of Services Affected
Based on reports from Downdetector, the outage impacted a wide range of Microsoft services, including:
- Microsoft 365
- Outlook
- Teams
- OneDrive
- Minecraft
- Xbox Cloud Gaming
- Xbox Live
- Copilot
In addition, several third-party websites and enterprise systems that rely on Azure cloud hosting experienced disruptions. Microsoft said the incident highlights just how deeply many industries depend on its global cloud infrastructure.
When Was the Last Amazon Web Services Outage?
Amazon Web Services, Microsoft’s largest cloud competitor, suffered a major outage just over a week ago. That disruption took down popular platforms such as Netflix, DoorDash, Twitch, and Slack for several hours.
The incident underscored the fragility of the internet’s cloud-based backbone. Although Amazon remains the leading cloud provider worldwide, a series of high-profile outages across major cloud platforms has raised renewed concerns about reliability, redundancy, and resilience in cloud infrastructure.

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