Operations | Monitoring | ITSM | DevOps | Cloud

This updated analysis is based on StatusGator outage data collected from January 1 to December 9, 2025. We decided to review our AWS analysis of outages in 2022 due to several new AWS incidents, especially another widely discussed AWS outage in us-east-1 (N. Virginia) that occurred on October 20, 2025. We’ve expanded the report with fresh 2025 regional data as well as a new breakdown of affected AWS services.

StatusGator has been monitoring the world’s cloud services for more than 10 years now. We’ve seen outages, big and small, affect companies of all sizes for more than a decade. Yet as we close out 2025, it feels like the last 12 months brought us some of the biggest outages in the history of the internet. In fact, by our data, this is true! Never before in history have so many huge outages taken down so much of the internet, in such a short time.

The StatusGator API continues to expand with new end points to help support the wide variety of use cases our customers have. We just released two new APIs: In case you missed, it component filtering is one of StatusGator’s most important features, allowing you to filter your service monitor to just the specific products, regions, or features you use. It’s an essential setup step that helps minimize noise.

Understanding Splunk pricing is crucial for organizations evaluating SIEM solutions. This guide examines licensing models, actual costs, and essential pricing factors to help you make an informed investment decision for your security and monitoring needs.

The CNCF reported that between 39% and 56% of organizations surveyed are now ingesting traces as part of their observability strategy. Tracing has become a cornerstone of any modern observability operation. Customers are regularly handling 10s of billions of spans every day, but with billions of spans, how can teams quickly figure out what is changing, what’s breaking, or what’s slowing down?

This blog is based on Thomás Di Luccio's talk "Bulletproofing for Black Friday" from the Symfony 2024 conference. Thomás is a Developer Relations Engineer at Upsun. We utilized AI tools for transcription and to enhance the structure and clarity of the content. Picture this: You're a small ticketing startup that just landed a major deal with a large venue. After months of building features and preparing for launch, the big day arrives—season ticket sales go live.

Shifting security left shouldn't slow you down. Discover how to achieve "Zero-Friction DevSecOps" by automating secrets, compliance, and governance directly within your PaaS pipeline.

“Invisible IT” might sound like a marketing slogan, but it captures something every IT leader has quietly wanted for what feels like eons: a world where technology does its job without slowing anyone down. A world where support is proactive instead of reactive and where digital friction disappears before employees ever feel it. Invisible IT is about removing interruptions without disappearing IT teams.

If you’re running a SaaS business today, you’ve probably noticed the alarms never really stop. Logs. Alerts. Tickets. They pile up faster than many teams can triage them. Add multiple clouds, microservices, and AI-driven workloads, and suddenly, your “always-on” infrastructure feels like it’s always on fire. AIOps platforms promise to connect dots that human teams struggle to see fast enough. For engineers, these include surfacing root causes and outwitting outages.

In today’s age of continuous delivery, a failed deployment or a drop in performance can affect thousands of users in just a few minutes. Traditional testing happens before deployment, but what about after the code is live? This is where app synthetic monitoring becomes a critical part of your CI/CD pipeline. Integrating synthetic monitoring into CI/CD transforms your pipeline from a simple delivery mechanism into a proactive quality and performance gatekeeper.