Operations | Monitoring | ITSM | DevOps | Cloud

In the 20th century we were programmers. In the 21st century, developers. With the massification of telecommunications worldwide, operators began to help us in our work. That’s where the term DevOps (“developers” and “operations”) arose, which implies the concept of collaboration of both teams. But since change is the only constant, other practical considerations have forced us to see the entire forest instead of just a few trees.

G Suite is Google’s integrated suite of secure, cloud-native collaboration and productivity apps. Some of the most popular apps from the suite are Gmail, Docs, Calendar, and Drive. Currently, Sumo Logic has a successful integration with G Suite: the Sumo Logic app for G Suite that monitors usage, administrator activity, and logins, and is used by over a hundred customers across various parts of the globe.

While there are some very good sources out there on how to manage a critical incident, Google also wrote a chapter on incident management in their book, “Site Reliability Engineering”. In this chapter, the folks at Google present their approach to a well-designed critical incident management process.

I was recently called upon to secure an Nginx web server with HTTPS, and my goal was to set this up with a certificate obtained from AWS Certificate Manager. It took me a while to figure out how to get everything configured and working. Hopefully someone else who is attempting to do the same thing will read this and I can save you some time!

If you've been following along with my posts, you have a sound introduction to Apache Web Server, how it functions, it's place in history, and how Sumo Logic can help you sort through the numerous logs provided. Apache Access and Error logs are integral to understanding the traffic patterns and issues your users face when accessing your web applications. Sumo Logic helps administrators parse through logs, isolate issues, and determine the root causes of errors.

Orquesta is the new workflow engine in StackStorm. If you are on the fence choosing which workflow services to use from AWS, Azure, or GCP and you are thinking that this post is too long to read, then just skip ahead and run StackStorm.

The typical AWS bill, otherwise known as the AWS Cost and Usage Report, includes line items that are useful to both finance and DevOps. However, many of the metrics that are within engineers’ and cloud architects’ control aren’t so simple to discover. To make cost a first-class operational metric for DevOps, teams need visibility into the data that’s relevant to engineering activity.

Kubernetes clusters use multiple certificates to provide both encryption of traffic to the Kubernetes components as well as authentication of these requests. These certificates are auto-generated for clusters launched by Rancher and also clusters launched by the Rancher Kubernetes Engine (RKE) CLI.

Back in Part I of Deploying a Serverless Data Processing Workflow with AWS Step Functions, Nuatu mentioned one key benefit of using step functions is their visibility into business critical workflows. Outside stakeholders, support staff, and other engineers can look at a state machine execution in AWS or Stackery, and can easily understand the process.