Artificial intelligence for IT operations (AIOps) is an emerging technology that can help IT operations teams make sense of operational data. As hybrid infrastructure and cloud-native technologies present new levels of complexity, AIOps is showing great promise in simplifying and transforming digital operations management. In our recent Tech Talk, Five Ways AIOps Can Transform Your Enterprise, OpsRamp’s Eric Cook spoke about the need for AIOps in today’s multi-cloud environments.

“No plan survives contact with the enemy.” This is a famous quote attributed to the Prussian field marshal Helmuth von Moltke. It is also quite applicable to software development: “No code survives contact with the user.” In mission-critical environments, staggered deployments of software are a crucial part of controlled updates, designed to ensure maximum stability of production applications and services.

It's been a strange few months here in Edinburgh. Thankfully Downtime Monkey has been largely unaffected by the lockdown, quietly continuing to monitor websites while the world shuts down. Coding from home has been challenging with kids off school and nurseries closed. However, in the twilight zone silent hours after everyone has gone to bed we've been developing improvements and fixing bugs. Here are the details...

As the leading provider of identity and access management and authentication for enterprises, Okta gives employees, partners, suppliers, and customers secure access to the tools they need to do their most important work. With deep integrations to over 6,000 applications, the Okta Identity Cloud enables simple and secure access from any device.

Managing stateful applications has been challenging for engineering and operations teams long before the debut of Kubernetes. In this post, we’ll explore all aspects of your deployments of stateful applications on Kubernetes, from the underlying hardware to Pod update strategies, and provide insights into how LogDNA uses stateful Kubernetes to build one of the world’s fastest log management platforms.

I recently led a webinar for the Sensu community on how to scale your monitoring by setting up a three-node cluster in Sensu Go using Sensu’s embedded etcd. Clustering improves Sensu’s availability, allows for node failure, and distributes network load. In this post, I’ll recap the webinar and provide demos on how to set up, back up, and restore your etcd cluster, including best practices for success.

Product Releases Update Our new Search tool allows you to quickly build detailed queries without having to leave the page. Our new search tool expands on our column filtering feature. You can now create even more detailed queries by filtering on 20 unique criteria. New for this release is the ability to search Call Stack Function Names, Call Stack File Names, and Call Stack Line Numbers.

We’re happy to announce that we’ve added a new feature which will make it easier for you to copy your trigger setup from one app to a new one. Anomaly detection triggers are a great way to get notified about unwanted events in your app. These anomalies are things like a high error rate, a lack of free disk space, or a high CPU usage. If your apps have a lot of the same requirements and infrastructure, you may have a lot of the same triggers across your apps.