Operations | Monitoring | ITSM | DevOps | Cloud

A website is an essential part of your organization’s online presence, and it’s crucial to attract, engage, and convert visitors into customers. Accordingly, the imperative is to maintain a reliable website capable of loading quickly and offering a seamless experience to its visitors. Otherwise, a suboptimally maintained website can badly affect user engagement, deteriorate reputation, and lead to revenue loss.

Due to the evolution of IT systems, the recent shift to a hybrid workforce, changing client requirements, and other reasons, network monitoring has become much more complex. IT admins need to visualize the entire network infrastructure effortlessly. Gaining visibility into the network makes it easy to spot patterns, proactively troubleshoot faults, ensure the availability of critical devices 24/7, and more.

As APIs are so important for connecting modern cloud applications, keeping an eye on their availability and speed is essential if you want to give a great user experience. A good API monitoring tool can assist you in developing dependable APIs by detecting and fixing issues before they reach your users. If you're looking for a solution like this, look no further. In this article, we looked at some of the top API monitoring tools available today.

Grafana presents some of the most versatile tools for visualizing and understanding the real-time performance and reliability of systems, regardless of where your data lives. But one question our customers frequently ask is, “Can I use Grafana to understand the health and performance of my business?” More often than not, our answer is yes.

LogicMonitor currently provides a solution for monitoring groups of nodes with the same functionality, which we call services. With companies moving towards more auto-scalable and transient architecture, LogicMonitor is able to continually monitor these services, which are always changing. We also needed a way of determining if these nodes are being used effectively. It can become an unnecessary cost if there are multiple underutilized nodes.

Sometimes the best way to understand something is to take it apart and see how it works. This blog post will help you take the lid off your Calico eBPF data plane based Kubernetes cluster and see how the forwarding is actually happening. The bonus is, unlike home repairs, you don’t even have to try to figure out how to put it back together again! The target audience for this post is users who are already running a cluster with the eBPF data plane, either as a proof-of-concept or in production.