How Catchpoint's Internet Sonar detected AWS outage before AWS

If your monitoring runs on the same infrastructure that fails, you lose visibility when it matters most. Independent, external monitoring is what keeps you informed when the cloud goes dark. Map your dependencies; invest in resilience; and prepare for failure.

This hits home. Too often, resilience stops at the application layer — while monitoring and alerting remain tightly coupled to the same infrastructure they’re meant to safeguard. True reliability means assuming failure everywhere, including your observability stack.

🚨 A major AWS outage is currently impacting users worldwide. Thousands of websites and cloud services are experiencing downtime, with the critical us-east-1 region reportedly unresponsive. 📰 More details and live outage trackers are shared in the comments below ⬇️ Moments like this are a reminder of how interconnected — and fragile — our digital infrastructure really is.

On Monday last week, we witnessed an AWS outage. I then saw an article that called for European digital sovereignty in the context of the outage, but those are two different concepts. To be safe from an outage in a single zone of a cloud provider, treat it as a failure domain. You protect yourself with data replication to another zone (ideally at a different cloud provider) and an HA mechanism between the two. That is ‘availability’. ‘Digital sovereignty’, on the other hand, is about having control over your data’s fate, in a legal and physical sense, including knowing that no one else can silently access it.

AWS Downtime: Ripple Effect Across the Internet A recent AWS outage caused widespread disruption, impacting major online services like Amazon, PrimeVideo, and Perplexity AI. This incident underscores the fragility of centralized cloud infrastructure. The event highlights the critical need for robust redundancy and distributed systems. Organizations should evaluate their dependency on single providers to mitigate potential downtime and ensure business continuity. Consider the implications for your own infrastructure and disaster recovery plans. What steps are you taking to minimize the impact of potential service disruptions? Original article available at: https://lnkd.in/g6gM6yd8 #AWSOutage #CloudComputing #ServiceDisruption #TechIndustry #SinglePointOfFailure #CloudReliability

🌩️ AWS outage reminded us that even the strongest cloud can have stormy days. It’s easy to trust the cloud’s scalability and reliability — until a global disruption pauses our systems, apps, and workflows. What this incident really teaches us: ✅ No infrastructure is fail-proof ✅ Transparency and quick communication matter ✅ True resilience lies in multi-region design, failover planning, and graceful degradation Cloud gives us wings — but resilience keeps us flying when the wind shifts. #awsoutage #resilience

Amazon Web Services (AWS) recently experienced an outage, demonstrating once again that even the most reliable infrastructures can fail. When a cloud provider goes down, the impact is truly global. I was reminded once again that the cloud is simply a large network of physical routers and routes. When a region fails and data needs to be rerouted, DNS propagation delays or the core backbone is congested, we watch latency increase, dependent APIs fail, and it becomes a chain reaction that we all experience. What is the lesson? Resilience is no longer optional. Multi-region and multi-cloud strategies are now the standard. Redundant DNS providers have become essential, and observability tools are a necessity, not a luxury. Outages like these remind us, reliability is not avoiding outages, it is how quickly we can detect the outage, re-route, and recover. #AWS #NetworkEngineering #Cloud #Infrastructure #Resilience

This morning’s AWS outage in US-EAST-1 reminded us how interconnected our digital world is. From social apps to trading platforms, countless services hit a wall when the cloud faltered—a nod to The Five Post’s point that “the internet’s resilience is only as strong as its biggest service provider.” Downtime like this can shake customer confidence and disrupt operations in a flash. While cloud solutions offer flexibility, today’s hiccup highlights the value of on-premises infrastructure for unwavering reliability. Enter IBM LinuxONE: a powerhouse for mission-critical workloads. With its unmatched uptime, built-in redundancy, and robust security, LinuxONE lets you keep services running smoothly, no matter what the cloud is doing. It’s not about replacing the cloud—it’s about complementing it with a rock-solid foundation you control. https://lnkd.in/ejbzQ692

One line of faulty code brought AWS to its knees and with it, countless services across the globe. It’s a stark reminder: relying on a handful of cloud giants isn’t just risky, it’s a ticking time bomb. When a single point of failure hits, the ripple effect can paralyse your entire project. So, what’s the fix? Think resilience. Conduct regular infrastructure audits. Embrace multi-cloud or multi-region strategies. The time to act is now.

Today’s AWS outage is a reminder that even major cloud platforms can fail. If your data protection sits only on one provider, you need a plan B. Verify backups, diversify storage, and test recovery so you’re not caught off guard. No provider is immune. https://hubs.li/Q03Pp3_00