Operations | Monitoring | ITSM | DevOps | Cloud

For DX Unified Infrastructure Management (DX UIM) customers, there are significant benefits to be gained by staying current with the latest releases—and that’s especially true now. The latest version, release 20.4 cumulative update (CU) 5, offers a significant number of enhancements and new capabilities. This new release provides teams with a number of advantages, including increased flexibility, improved operational efficiency, and enhanced insights.

Application monitoring plays a critical role in the success of your digital products. As you monitor various performance metrics such as usage of CPU, memory, network traffic, and more, you can swiftly take pre-emptive actions before things develop into a larger problem. In spite of the importance of monitoring, the task can become challenging when your infrastructure exists across multiple cloud platforms including AWS and Heroku.

Network monitoring is a critical component of your network management strategy that provides valuable insights into network-related problems which can affect your organization. When you monitor networks regularly, you'll mitigate risks like overloaded networks, router problems, downtime, cybercrime, and data loss. Network monitoring lets you: All successful companies invest in network monitoring tools that provide accurate insights into performance, speed, security, and productivity.

Are you interested in learning how to monitor Nginx? In this post, we'll show you all about how Nginx works and how you can use Hosted Graphite to monitor it. First, we'll read what Nginx monitoring is all about and how it can together work with Prometheus. Nginx, pronounced like “engine-ex”, is an open-source web server that, since its initial success as a web server, is now also used as a reverse proxy, HTTP cache, and load balancer.

Data observability is a relatively new discipline in the fields of data engineering and data management. While many are familiar with the longstanding concepts of observability and monitoring in enterprise IT networks and infrastructure, data observability has only really come into the spotlight in the last two years. However, it has managed to turn a lot of heads in that short time.

Not long ago, monitoring tools were just nice additions to have and did not have a lot of purposes. However, as technologies scaled up and became more complex, keeping track of all the systems and their health became a huge challenge. As more and more brands started offering new digital services and moved the existing platform, the competition skyrocketed and being on top of system health and proactively resolving potential incidents became crucial.

When I speak with customers, especially chief information security officers (CISOs), one of their most consistent requests is that they want interoperability. They want the software they buy to work with the software they have and plan to buy in the future. Nearly every organization, certainly every enterprise company, has an installed base of hardware and software representing a significant investment in time and money.

Users live in the sunlit world of what they believe to be reality. But, there is, unseen by most, an underworld. A place that is just as real, but not as brightly lit. The Kernel Parameter side (apologies to George Romero). Kernel parameters aren’t really that scary in actuality, but they can be a dark and cobweb-filled corner of the Linux world. Kernel parameters are the means by which we can pass parameters to the Linux (or Unix-like) kernel to control how that it behaves.