Operations | Monitoring | ITSM | DevOps | Cloud

When Grafana Labs CEO and co-founder Raj Dutt announced to the team that the company would be relicensing our core open source projects from Apache 2.0 to AGPLv3, he opened the floor for discussion and encouraged anyone who had further questions to reach out. We believe in honesty and transparency, so we collected hard questions from Grafanistas, and Raj answered them for this public Q&A. The time felt right. As I’ve said publicly before, I’ve been thinking about this topic for years.

Grafana Labs was founded in 2014 to build a sustainable business around the open source Grafana project, so that revenue from our commercial offerings could be re-invested in the technology and the community. Since then, we’ve expanded further in the open source world — creating Grafana Loki and Grafana Tempo and contributing heavily to projects such as Graphite, Prometheus, and Cortex — while building the Grafana Cloud and Grafana Enterprise Stack products for customers.

Hyperconverged Infrastructure is a unified system that combines computer network and storage in one easy way to manage virtualized systems. To give you a brief understanding, these systems have two major components hypervisors and storage controllers. To elaborate further, typically the hyper converged systems are available as fully integrated hardware appliances and a standalone software. The question now arises how does it work?

Responding to and ignoring notifications can be a full-contact sport. It makes sense, though, from GitHub, Slack, to Jira and Sentry; our world revolves around robots telling us everything is important, critical, and urgent. Just like that, it’s near impossible to see what actually matters so you can solve quicker and more comprehensively.

SCOM 2019 is a monitoring powerhouse. Its capabilities are unmatched. But it also has some serious issues when it comes to unearthing and visualizing the valuable data locked inside. The replacement of Silverlight with HTML5 in the SCOM 2019 web console was a welcome enhancement, but the SCOM web console still shares its design with the administration console, which is slow, complex, and makes it downright difficult to get the visibility you need.

“Cost” would seem to underpin almost every decision IT teams make. Sure, business requirements drive overall operations budgets, but it’s always in tension with decades-old certainties about cost. It’s long been the unyielding constant of IT equations. In particular, IT pros migrating application infrastructures out of the data center have discovered the on-premises math of cost containment no longer works.

IP address conflicts are an example of textbook “network problems”. There are multiple causes for IP conflicts, and, to make things even more fun, the behavior of devices experiencing an IP conflict can vary. Let’s explore IP conflicts in depth to help better understand what they are, why they occur, and how to fix IP address conflicts. An IP address conflict is a common network issue that occurs when two or more devices on the same network have the same IP.