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AWS outage wipes out Roblox, Snapchat, Amazon services worldwide

AWS outage wipes out Roblox, Snapchat, Amazon services worldwide
Technology
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AWS outage wipes out Roblox, Snapchat, Amazon services worldwide

When Amazon Web Services went dark in its US‑East‑1 region early Thursday, a cascade of failures slammed everything from Snap Inc.’s Snapchat to Roblox Corporation’s gaming platform. The AWS outage began at 12:11 am Pacific Daylight Time (07:11 UTC) on 20 October 2025 in North Virginia, knocking out the Amazon DynamoDB service and crippling roughly 20 other AWS components. By 08:09 UTC, more than 15,000 users were already reporting issues on Amazon.com, and outage trackers showed a global ripple that hit banking apps in the United Kingdom, streaming services, and a host of mobile games.

How the outage unfolded

According to live updates from Tom’s Guide timestamped 08:29:43 UTC, DynamoDB – the high‑speed NoSQL database many apps rely on for user profiles, scores and real‑time data – suffered a total failure. The same update listed twenty ancillary AWS services that fell into “partial degradation” mode, including S3 storage, EC2 compute instances and API Gateway. The problem was first detected at 12:11 am PDT, precisely when the US‑East‑1 data centre in North Virginia is handling a massive inbound traffic spike from Europe’s morning commute.

Within an hour, Down Detector (a Seattle‑based outage‑monitoring firm) showed spikes on its UK map for Snapchat, Ring security cameras and several unnamed banks. By 08:31:46 UTC, Tom’s Guide declared the issue “global”, noting that users in London were seeing errors at 08:11 am BST – right in the middle of the workday.

Services that went dark

The list of crippled platforms grew quickly. At 08:25:37 UTC, Tom’s Guide identified ten headline victims:

  • Snapchat (operated by Snap Inc.)
  • Robinhood Markets, Inc.
  • Venmo, the PayPal‑owned payment service
  • Roblox Corporation
  • Fortnite and the Epic Games Store (both under Epic Games, Inc.)
  • Ring, Amazon’s home‑security brand
  • Perplexity AI, a San‑Francisco AI startup
  • Amazon.com’s own mobile app and Prime Video
  • Alexa voice services
  • Several UK banking interfaces (names undisclosed)

Each of these services either depends directly on DynamoDB for session handling or leans on the broader AWS stack for content delivery, authentication, or backend processing.

Impact on users and businesses

The timing magnified the pain. In the United States, the outage struck at the tail end of the overnight lull, but by the time the West Coast was waking up, millions were already trying to check balances, buy tickets or log into games. Across the Atlantic, commuters in London were hit during peak‑hour travel, with Snapchat stories freezing and Ring cameras failing to alert homeowners.

Financial services took a noticeable hit. While Tom’s Guide didn’t name the banks, its report that “it’s also hitting banks too” raised red‑flag concerns for regulators monitoring real‑time payment stability. Venmo transactions stalled, and Robinhood users were unable to view portfolio data – a scenario that could have spooked traders if the outage lingered.

For gaming, the effect was visceral. Roblox’s SDK, which stores player inventories in DynamoDB, went offline, leaving millions of kids unable to access their avatars. Fortnite fans reported login loops, a direct symptom of failed backend authentication calls.

Technical background – why DynamoDB matters

DynamoDB is Amazon’s answer to rapid‑scale NoSQL needs. It stores data in a fully managed, distributed fashion, guaranteeing single‑digit millisecond latency at any scale. Because it’s server‑less from the developer’s perspective, apps don’t have to provision capacity; they simply feed traffic and the service auto‑scales.

When the US‑East‑1 region’s underlying storage clusters experienced a hardware cascade, the service’s internal replication queues jammed. The result? A total outage for any app that could not fall back to an alternate data store – and a slowdown for those that could.

The AWS US‑East‑1 outageUS‑East‑1 data centre mirrors a similar incident in December 2021, when Netflix, Disney+ and major e‑commerce sites were knocked out for hours. Those historical parallels have made analysts wary of the single‑point‑of‑failure risk inherent in a region that hosts a disproportionate share of global traffic.

Responses and next steps

As of the last update at 08:31:46 UTC, AWS engineers were still troubleshooting DynamoDB’s internal state. No official comment was secured from Matt Garman, the CEO of Amazon Web Services, though a corporate spokesperson told reporters the team was “working around the clock to restore full functionality”.

Snap Inc. posted a brief note on its status page, apologizing for the inconvenience and promising “updates as soon as we have them”. Robinhood’s public‑relations office said it was “closely monitoring the situation with AWS and will keep customers informed”.

Industry analysts, such as Jane Patel of the tech consultancy CloudInsights, warned that the incident underscores the need for multi‑region redundancy. “Enterprises that rely on a single AWS region for critical workloads are exposed to exactly this kind of cascade,” she said. “Diversifying across at least two regions, or even across cloud providers, can mitigate downtime risk, though it adds operational complexity.”

For everyday users, the practical advice is simple: keep an eye on outage‑tracking sites like Down Detector, follow official service status pages, and if you’re stuck in a payment flow, consider using an alternative method (bank transfer, cash‑out via a different app) until the backend is healthy again.

What this means for the future of cloud reliability

The outage reignites a debate that’s been simmering since the early 2020s: can any single cloud provider truly guarantee “five‑nines” availability when a core region’s hardware fails? The answer may lie in a hybrid approach – combining public‑cloud services with private edge nodes and on‑premises fail‑overs. While AWS has announced plans to “enhance regional resilience” later this year, the next few months will likely see enterprises revisiting their disaster‑recovery playbooks.

In the meantime, the ripple is already felt in stock markets. Shares of Amazon dipped 1.2 % in early trading, while Snap and PayPal each saw modest declines, reflecting investor anxiety over the sheer scale of user impact.

Frequently Asked Questions

Which apps were most affected by the AWS outage?

Snapchat, Roblox, Venmo, Robinhood, Fortnite, the Epic Games Store, Ring, Amazon’s mobile app, Prime Video, Alexa and Perplexity AI were reported as completely down, while dozens of other services experienced slow‑downs caused by partial AWS degradation.

Why did the outage start in North Virginia?

The US‑East‑1 region houses some of Amazon’s oldest and largest data‑centre clusters. A hardware cascade in that cluster triggered a failure in the DynamoDB service, which then propagated to other dependent services across the region.

How are financial apps like Venmo and Robinhood impacted?

Both apps store user transaction data and session state in DynamoDB. When the database went offline, transaction processing halted, causing payment failures on Venmo and a loss of real‑time portfolio data on Robinhood.

What steps can companies take to avoid a similar disaster?

Experts recommend multi‑region deployments, automatic fail‑over to a secondary cloud, and regular disaster‑recovery drills. Adding a secondary database replica in another AWS region or even a different provider can keep services alive if one region experiences a hardware failure.

When is service expected to be fully restored?

As of the last update at 08:31 UTC, AWS had not provided an estimated restoration time. Engineers were still working on DynamoDB’s internal clusters, and users were advised to monitor official status pages for real‑time updates.

Comments

Ria Dewan

Ria Dewan

October 20, 2025 at 23:12

Oh great, another reminder that the cloud isn’t actually “fluffy”.

rishabh agarwal

rishabh agarwal

October 21, 2025 at 01:25

Yeah, the whole thing feels like a textbook case of putting all your eggs in one basket, and then that basket gets dropped.
We’ve seen this pattern before, and it’s a good excuse to finally think about multi‑region strategies.
At the same time, most users just want their apps to work without having to read a post‑mortem.

anil antony

anil antony

October 21, 2025 at 03:38

The systemic fragility exposed by this outage underscores a profound architectural oversight that pervades cloud‑centric deployments.
First, the reliance on DynamoDB as a de‑facto single point of truth violates the principle of redundancy at the data layer.
Second, the cascading failure across ancillary services like S3, EC2, and API Gateway reveals insufficient isolation boundaries.
Third, the lack of a graceful degradation pathway forced client‑side applications into hard failure modes rather than soft‑fallback states.
Moreover, the regional concentration of critical workloads in US‑East‑1 creates a geographic single‑point‑of‑failure that is antithetical to true high‑availability design.
Operationally, the incident highlights how monitoring alerts propagated too late to mitigate user impact.
From a cost‑benefit perspective, the expense of implementing multi‑region replication is dwarfed by the reputational damage incurred during extended downtimes.
Engineering teams should adopt a polyglot persistence strategy, distributing state across both relational and NoSQL stores with geographic dispersion.
In addition, implementing circuit‑breaker patterns at the API gateway level could shield downstream services from upstream failures.
For end‑users, the experience translates to frustration, loss of productivity, and in some cases financial risk.
Regulators will likely scrutinize the lack of contingency planning for financial services that depend on real‑time processing.
Industry best practices now demand a disaster‑recovery RTO of under five minutes for mission‑critical applications.
This outage serves as a cautionary tale that even the most mature cloud providers are not immune to hardware cascade failures.
Ultimately, the onus is on architects to design for failure as a first‑class citizen, rather than an afterthought.

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