Substantial Internet Disruption Impacts Dozens Online Platforms and Apps

A large-scale web disruption has disrupted numerous sites and apps worldwide, and users reporting troubles getting online following issues at Amazon’s cloud computing service.

The disrupted services encompass Snapchat, the gaming platform Roblox, the messaging service Signal, and the language learning app Duolingo, along with a host of Amazon-operated services including its key e-commerce platform and the Ring security device manufacturer.

Across the United Kingdom, the financial institution Lloyds was disrupted as well as its subsidiaries Halifax and Bank of Scotland, while there were further notifications of difficulties reaching the the tax authority online portal on the start of the week. Also in the UK, several Ring device owners used social media to state their security devices were failing.

Solely in the United Kingdom, notifications of problems on particular applications totaled the thousands for each platform.

The company stated that the outage started in the eastern region of the America at the cloud division, a division that supplies crucial web framework for a host of businesses, who rent out capacity on the company's servers. The cloud platform is the most extensive cloud computing service.

Soon after the start of the day (PDT) in the United States (8 in the morning BST), officials reported “increased failure rates and slowdowns” for the cloud services in a region on the Atlantic seaboard of the US. The cascading impact was seen to hit apps worldwide, with the Downdetector site indicating issues with the identical platforms in multiple continents.

The monitoring service Thousand Eyes, a tool that tracks internet outages, also reported a increase in outages on the start of the week, and numerous instances located in the Virginia area, the region of the AWS US-East-1 zone where officials confirmed the problems started.

David Peterson
David Peterson

A tech-savvy entrepreneur with a passion for digital transformation and process optimization.