If you’re already using Kubernetes, you’ve clearly made a commitment to digital transformation. So it hardly makes sense to be manually setting alerts, a key process in your AIOps workflow. AI monitoring is a must for a fully autonomous workflow.

In many cluster environments, nodes in the same cluster share the same characteristics and output similar KPIs. While it’s OK to treat the entire cluster as a unit for the purpose of monitoring and anomaly detection, there are times when it becomes crucial to identify outliers within the cluster, and Anodot’s outlier detection can help with this.

Amazon recently embedded “ML anomaly detection” into their Quicksight solution. How does it measure up against Anodot's dedicated anomaly detection platform. I conducted a test to see how the solutions compared.

From biased training sets to problems with input features to not understanding context (i.e., ‘dumb AI’), problems abound when it comes to correctly and accurately tracking and monitoring machine learning models.

To keep you up-to-date with what’s going on in anomaly detection, we keep an ongoing list of glitches. Here’s what happened in June.

There's a growing disconnect between the capabilities businesses need from their analytics and what traditional tools actually provide. Compared with AI-based anomaly detection, dashboards, reports and static thresholds can prolong time to detection and time to resolution in several key ways.

In the first post of our three-part series on "Why anomaly detection is a business essential," we’re going to take a look at what constitutes an anomaly, what anomaly detection is, and how it could have a huge impact on business success.

The global data supply reached 4.4 ZB in 2013 - or 4.4 trillion GB - but less than five percent of that data was used for analysis, according to a study by the IDC.

As 5G becomes the superhighway on which all data travels – scalable, automated analytics tools will become a must-have for the majority of enterprises.