chaos engineering

Kubernetes environments face constant threats from failures, spikes and hidden anomalies that spike downtime and mean time to recovery (MTTR). This blog explores fusing chaos engineering with AI anomaly detection for building ...

The real question isn’t just about what risks you are missing, but how to secure your infrastructure without losing the agility offered by cloud-native architectures.  ...

One technique that can improve long-term cloud-native application quality and reliability is chaos-driven infrastructure ...

When software is released into the world, it takes on a life of its own. It’s often hard to predict how people will use it—it’s even harder to predict how people will ...

Ever heard of the butterfly effect? In chaos theory, it happens when a tiny change in one sensitive initial condition has a huge impact down the line. The butterfly effect is a ...

Managed Kubernetes clusters make it easy for teams to quickly deploy and run containerized workloads at scale. The pay-as-you-go pricing model of cloud Kubernetes is great for scaling workloads, but the costs ...

Stateful Kubernetes (K8s) is getting market traction. According to the latest CNCF survey, 55% of respondents use stateful applications in containers in production. Another 12% are evaluating them, and 11% plan to ...

A survey of 400 IT professionals finds a high correlation between organizations that have adopted Kubernetes and those that have implemented chaos engineering techniques to ensure availability and decrease recovery times in ...

The Cloud Native Computing Foundation (CNCF) has accepted a Litmus Chaos application testing tool based on chaos engineering principles as a sandbox level project. Developed by MayaData, the open source software provides ...