Operations | Monitoring | ITSM | DevOps | Cloud

January 30, 2020 As a healthcare CIO mandated with the transition to electronic healthcare records, you’ve done your due diligence, evaluated various EHR vendors and most likely settled on Epic, a software vendor with over 25% of the US acute care hospital market share. You’ve followed Epic guidelines for minimum hardware requirements and acquired what you believe is the right workstation, server, networking, and storage infrastructure for Epic.

Azure Functions is a serverless compute service that lets you run event-triggered code without having to explicitly provision or manage infrastructure, in other words, Microsoft’s Azure Functions is a modern serverless architecture, offering event-driven cloud computing that is easy for developers to use. This blog is about Azure Functions triggers and bindings.

Making sure you don't overspend on AWS is a perennial challenge for many software companies. To help make sure you don't surpass your budget, AWS offers billing alerts, which send you an alert when your costs have reached a certain threshold. This can be a handy way to keep your costs in check, but can take some time to set up and will cost you some extra money.

In this guest article John Arundel, consultant and author of Cloud Native DevOps with Kubernetes, introduces the Checkly Terraform provider. He explains what Terraform is and why you'd want to use it, and shows how to use Terraform to automate and manage your website monitoring with Checkly.

Come January, pretty much any current tech keyword you type into Google News will result in hundreds of prediction op-eds and roundups. The fact that it’s an entirely new decade has amplified this phenomenon and serverless is no exception. As the CEO of a company dedicated to helping software teams build, manage, and deliver serverless applications, it’s a joy to read these posts by some of the brightest minds in the industry.

When an application in a Docker container emits logs, they are sent to the application’s stdout and stderr output streams. The container’s logging driver can access these streams and send the logs to a file, a log collector running on the host, or a log management service endpoint. In this post, we’ll explain how the driver you choose—and how you configure it—influences the performance of your containerized application and the reliability of your Docker logging.

In today’s post, we’ll go over what continuous integration and continuous delivery are, the benefits that come along with employing CI/CD, and some best practices that you should follow. We’ll also explore a wide array of Elixir ecosystem tools that can help you create top-notch CI pipelines. In order to experiment with a handful of the tools that we will be discussing, we’ll use a Git hooks Elixir library to execute our CI/CD validation steps, but on our local machine.

January 29, 2020 It’s well known that within large IT datacenters, specialists in different domains (i.e. application, DB, networking, storage, etc) often struggle with sharing tools to solve problems. Vendors produce tools that may give a deep view of one domain, but lack correlation with others.