Page Speed is a pretty big deal these days. As of May 2021, Google will start combining Core Web Vitals (how Google measures page speed) with other UX-related signals to rank your page. In other words, Page Speed impacts your SEO. Since Google changed Googlebot's algorithm to highly favour fast, mobile-friendly websites, it has become more important to have a fast website.

Your site or application runs on a server, which is just another computer inside some server warehouse. That server is subject to the same kinds of limitations as your personal computer, and you need a way to determine usage of those resources similar to the internal monitoring for disk space or CPU usage that you find inside a Windows or Mac operating system. These internal metrics collectively determine the power or capacity of your server.

Detecting malicious processes is already complicated in cloud-native environments, as without the proper tools they are black boxes. It becomes even more complicated if those malicious processes are hidden. A malware using open source tools to evade detection has been reported. The open source project used by the malware is libprocesshider, a tool created by Sysdig’s former chief architect Gianluca.

You’ve most likely heard of Web Assembly. Maybe you’ve heard about how game-changing of a technology it is, and maybe you’ve heard about how it’s going to change the web. Is it true? The answer to this question is not as simple as a yes or no, but we can definitely tell a lot as it’s been around for a while now. Since November 2017, Web Assembly has been supported in all major browsers, and even mobile web browsers for iOS and Android.

Monitoring your on-prem and hybrid cloud infrastructure has always been important. With an ever-growing rise in cyber attacks, zero-day exploits, and insider threats, keeping track of your infrastructure has a renewed level of significance. Microsoft Exchange is one of the most prominent enterprise systems in use today, with both cloud and on-prem iterations.

As an open source company, we understand the value of open standards and interoperability. This holds true for Grafana Cloud and our managed Tempo service for traces, which is currently in beta. The Grafana Agent makes it easy to send traces to Grafana Cloud, but it is not required. In fact, Grafana Cloud’s Tempo service is exposed as a standards-compliant gRPC endpoint that conforms to the Open Telemetry TraceService with HTTP Basic authorization.

In an age of virtualization and cloud computing, developers increasingly use Kubernetes’ open-source platform to manage containerized workloads and services. Kubernetes container became popular because it was impossible to define a resource boundary for multiple applications in a traditional CPU environment. Misuse of resources created an inefficient environment.

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Picture a network—any enterprise network. What do you see? In almost every case, in almost every environment, you’ll find hubs and spokes of hubs and spokes all the way down. For network engineers, their focus may be even more narrow: innumerable clients, lots of switches, and fewer routers connected to a core. This classic on-prem topology has served reliably since the dawn of Unix time.

Introduction We all want the fastest application possible for our customers. At the same time, we’re under pressure to continuously add new features. These new features add complexity, which makes our application heavier, which in turn slows our applications down. So, how do we add new features, yet keep the performance of our application high?