We recently ran our first hackathon in quite some time. Over two days, our team collaborated in groups on various topics. By the end of it, we had 12 demos to share with the rest of the team. These ranged from improvements in debugging HTTP request responses to the delightful “automatic swag sharer.” Within our groups, a number of us tried integrating with OpenAI’s GPT to see what smarts we could bring to our product.

As businesses embrace more cloud-native technologies and IT infrastructure becomes more dispersed, they must connect their business goals and end-user experience with the availability and performance of their IT infrastructure. This change necessitates infrastructure monitoring to assure compatibility with cloud environments, operating systems, storage, servers, virtualized systems, and other components.

Today, in those much needed training videos, we will delve into the exciting and mysterious universe of basic monitoring of computers with Linux operating systems. Ready to unlock the hidden secrets of your devices? Well, let’s go! Before you dive into this adventure, make sure you have Pandora FMS environment installed and running. Done? Well, now we will focus on how to monitor those Linux computers that allow you to install the software agent devoted to this operating system.

As businesses increasingly migrate to the cloud, the ability to monitor these environments becomes critically important. Digital Ocean is a popular choice for developers due to its simplicity and scalability. However, effectively monitoring resources and applications within Digital Ocean can pose unique challenges. Hosted Graphite and Telegraf provide powerful solutions for these challenges, allowing users to visualize data, track system metrics in real time, and troubleshoot issues quickly.

In this article, we’ll cover our newest feature- Microsoft Teams notifications! We’ll walk you through how to set it up, and we’ll take a look at why we are constantly making the MetricFire experience better.

D2iQ has introduced an AI assistant that helps organizations resolve problems more quickly and easily, including coding errors and system failures. The new DKP AI Navigator can help reduce the duration and cost of system and application bottlenecks, misconfigurations, and downtime, and ultimately help organizations overcome the Kubernetes skills gap.

DevOps and DevSecOps have gained more attention in recent years in the world of software development. While both of these methodologies emphasize the agile development process and team collaboration, there are some key differences that distinguish them. Understanding these distinctions is critical for software development teams and organizations to determine which methodology is best suited to their requirements. In this article, we’ll learn about the difference between DevOps and DevSecOps.

As the adoption of confidential computing gains momentum, a question we often get asked is: why would I need confidential computing in my private data center? However, while it is true that confidential computing has often been associated with addressing security concerns in public cloud environments, its value proposition extends well beyond that.

Thousands of organizations use DevOps practices every day to deliver application changes. But what about the database? Excluding the database from your DevOps pipeline and processes risks application performance, data security and integrity. With Flyway, Redgate solves this challenge in one complete solution that sits inside your existing DevOps platform and processes. Find out the 10 reasons why organizations worldwide choose Flyway.