On 20 October 2025, Amazon Web Services (AWS) experienced a major outage centred on its US-EAST-1 (Northern Virginia) region, one of the world’s busiest cloud hubs. What started as elevated error rates in core services like DynamoDB and DNS resolution quickly escalated into a cascading failure that rippled across the internet.
Within hours, global platforms began to falter. Snapchat, Venmo, Duolingo, Fortnite, and even Amazon’s own retail and streaming systems were hit. The effects weren’t confined to North America either; UK banks, telecoms providers, and government services also reported disruptions. For many businesses and users, the outage meant frozen apps, failed logins, and stalled payments, all tracing back to a single AWS region.
By late afternoon (UTC), AWS engineers reported that the underlying issue had been mitigated and recovery was under way. But this event, in the same way that the Crowdstrike saga of July 2024 did, once again highlights a truth the tech industry keeps learning the hard way: when one of the hyperscalers stumbles, the ripple effects are global. The scale and centralisation of cloud infrastructure mean that a technical fault in one location can bring down services for millions around the world.
Why this matters for broadcast and live-media workflows
In the broadcast-media world, where uptime and timing are everything, outages like this aren’t abstract IT problems. They’re real operational risks. A few minutes of downtime can translate into missed playouts, disrupted live streams, frustrated clients, and immediate reputational damage. If your workflows depends on a single cloud provider or even a single region, you’re essentially betting that nothing will ever go wrong in that one corner of the internet.
This outage should be seen as a much needed wake-up call.
Redundancy within a single region isn’t enough, and even “high availability” guarantees don’t protect you from a full-region event. The modern internet is built on interdependencies — APIs, CDNs, monitoring services, databases — all of which can fail if the foundation beneath them falters. In broadcast and live workflows, that fragility is amplified by the need for continuous, real-time delivery.
What needs to change
To build truly resilient live and broadcast pipelines, we recommend the following architectural principles:
- Diversify your cloud footprint: Don’t rely on only one cloud region/provider. Build nodes/workflows in multiple clouds and regions so failure in one doesn’t bring everything down.
- Abstract your orchestration layer: The complexity of handling multi-cloud can be high. Use a platform that hides that complexity and allows you to manage from one view.
- Build fail-over and fallback into your workflow: Automated switching, health-checks, dynamic routing and recovery matter.
- Monitor dependencies beyond your own stack: Understand where your tools, APIs, CDNs and services are hosted (region/provider) and assess their exposure.
- Test your worst-case scenario: An architectural failure will happen. Test it, simulate it. The time to discover your single-point-of-failure is before, not during an outage.
How Livelink responds to these lessons
At Cerberus Tech, our platform Livelink is designed from the ground up with multi-cloud diversification as a core principle. Here’s how we address the risks exposed by this recent outage:
- You can spin up resources across multiple clouds (AWS, Google Cloud, DigitalOcean and soon Akamai Cloud / Linode) and multiple regions, all managed through a single interface.
- You’re not tied to one provider or region. If one provider region falters, your workflow can automatically continue on another provider.
- We orchestrate the complexity for you. You don’t need to be a multi-cloud engineer to get true resilience. Instead, we provide you with a platform that abstracts the details and delivers continuity.
- For live video, broadcast and media workflows we build failover logic, dynamic routing and orchestration so you can deliver reliably to your audience, regardless of provider issues.
- Resilience by design means that any single cloud failure will not interrupt any in flight video distribution workflows.
We always say that complex doesn’t have to mean complicated. If done right, with the right tools, the right considerations and the right technical partners, you can achieve architectural resilience, experience fewer operational headaches, and drive efforts into your content and delivery rather than worrying about avoidable risks.
Final thoughts
This AWS outage was a real-world stress-test of modern cloud architecture. It underlines that “reliable cloud” is not a guarantee of “zero risk”. If you’re managing broadcast pipelines, mission-critical live services or any workflow where your audience/listeners/viewers expect seamless delivery, now is the time to ask: What happens if my cloud provider falters?
If your answer is “I hope the provider keeps running”, then you’re vulnerable. Resilience demands planning, architecture and technology that assume failure.
That’s exactly the conversation we’d be happy to have with you at Cerberus Tech. Let’s talk about how Livelink can help – get in touch today.
