Operations | Monitoring | ITSM | DevOps | Cloud

One of the most important aspects of any Chaos Engineering program is knowing that every experiment is being run safely. And one of the simplest ways to ensure safe experiments is by having safeguards that prevent running chaos experiments on a system that is unhealthy or has an incident in progress. Today, Gremlin is excited to announce Status Checks, which run before you kick off a Chaos Engineering Scenario in order to verify your system is in a steady state.

Building a healthy productive engineering culture is hard and just deploying frequently with continuous deployment is not enough. I'm going to show you how you can use a carrot, not a stick, approach to take continuous deployment to the next level by celebrating team values with Sleuth.

As hybrid environments become more popular, federal IT teams are faced with managing and securing their on-premises and cloud infrastructures, while minimizing costs—and there’s no single tool or approach that can solve all these problems. With this in mind, let’s look at three ways federal agencies can address these challenges by adopting new mindsets, tools, and best practices.

This Tip of the Day is the first in a three-part series on Domain Name System (DNS) monitoring. The Domain Name System is often described as “the phonebook of the Internet.” While humans access the Internet via domain names such as npr.org or bbc.com, web browsers interact via Internet Protocol (IP) addresses. DNS translates domain names to IP addresses so that browsers know which Internet resources to load.

Responsibilities are shifting between software developers and operators due to the increasing adoption of agile development practices, DevOps, and GitOps. This makes it challenging for developers and operators to effectively collaborate in order to increase developer agility and productivity. D2iQ’s Dispatch is built on a cloud native foundation, leveraging Tekton and Argo CD to simplify running CI/CD on Kubernetes with a simplified user experience.

The most successful software development movement of my lifetime is probably test-driven development or TDD. With TDD, requirements are turned into very specific test cases, then the code is improved so the tests pass. You know it, you probably use it; and this practice has helped our entire industry level up at code quality. But it’s time to take a step beyond TDD in order to write better software that actually runs well in production. That step is observability driven development.

Kubernetes has emerged the de facto container orchestration technology, and an integral technology in the cloud native movement. Cloud native brings speed, elasticity, and agility to software development, but also increases the complexity — with hundreds of microservices on thousands (or millions) of containers, running in ephemeral and disposable pods. Monitoring such a complex, distributed, transient system is challenging, and at the same time very critical.

In today’s world, it isn’t always practical or possible to be on site to troubleshoot every network issue that pops up. Whether you’re under mandatory stay-at-home orders because of a global pandemic, in the middle of a surprise snowstorm, or sleeping cozy in your bed 60 miles away, being able to access remotely the network would make your life infinitely easier. With Auvik’s remote management features, it’s possible.

Survey respondents who continued their cloud journey experienced less IT performance issues—Virtana and Enterprise Management Associates (EMA) to present full survey findings during June 25th webinar