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.

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.

Early this year we launched Kentik Market Intelligence (KMI). If you missed it, KMI enumerates transit and peering relationships as well as produces rankings based on the volume of IP space transited by ASes in different geographies. Using tables and charts, KMI offers a global view of the internet out-of-the-box without any configuration or setup. KMI uses public BGP routing data to rank ASes based on their advertised IP space.

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.

International Internet Day (10/29) is an occasion for people to celebrate the great invention that transformed the way we live, work, and communicate. The day is an annual reminder of how far we have come since the creation of the internet and where it might take us in the future. Let us look into how the internet invaded every aspect of our daily lives and became indispensable.

Being a network admin of an enterprise network, you know better than anyone how disastrous network downtimes might be. The cost of downtime study conducted by Gartner in 2014 found that network downtime costs $5,600 per minute on an average, but this number can range from $2,300 to $9,000 per minute. With organizations moving towards sophisticated networks built on hybrid infrastructures, network downtimes are becoming more frequent and costly.

Kubernetes has become the de facto standard for cloud-based applications. As companies migrate more and more workloads, ensuring reliable connectivity and performance are critical not just for user applications but also for the cluster itself. In this article, we will discuss how augmenting your system monitoring with in-cluster synthetic testing can give you proactive indicators that something might be headed for trouble.

In the first post of this series, I detailed ways companies considering cloud adoption can achieve quick wins in performance and cost savings. While these benefits of the cloud certainly remain true in theory, realizing these benefits in practice can be increasingly difficult as applications and their networks become more complex.