We’re into the third and last week of GrafanaCONline! We hope you’re able to check out all of our great online sessions. If you didn’t get a chance to watch yesterday’s sessions (or want to see them again), here’s a recap of day 9 of the conference.
Behind every part of Grafana, there are the ideas, creativity and commitment of the people who made it. While that includes code, it is not limited to it. Since August 2019, Grafana Labs has had a dedicated UX team, and we have been involved in countless recent features and improvements. We want to show you how we do our work, why you users are at the heart of everything we do – and most importantly, how design changes can make software better.
Yeah, Kubernetes is great at making sure your workloads run as needed. But another of its amazing benefits is its ability to recover from failure all by itself. On an everyday basis, Kubernetes takes care of the complicated task of container orchestration. However, as with any complicated system, there is always the chance that you’ll experience failures and downtime.
Reverse shell is a way that attackers gain access to a victim’s system. In this article, you’ll learn how this attack works and how you can detect it using Falco, a CNCF project, as well as Sysdig Secure. Sometimes, an application vulnerability can be exploited in a way that allows an attacker to establish a reverse shell connection, which grants them interactive access to the system.
Be it be on-premise or in Azure, monitoring your resources is extremely important. While the popular monitoring tool to use on premise remains to be SCOM, many organizations with a presence in the cloud have started to explore Azure Monitor to fulfil their monitoring needs in Azure. Recently, we discussed Azure Monitor and its capabilities extensively in our Azure Monitor Learning Path blog series.
