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Data centre efficiency is a central cost factor in enterprise IT environments. So, in the face of rising energy costs and increasingly resource-intensive workloads, it is more important than ever for businesses to seek out greater optimisation. Traditionally, CPUs have been used for the majority of data centre workloads, including network related tasks.

In this article, we will explore what Cisco NX OS is and what it is used for. You will find out what metrics are and why it is very important to monitor them. Then, we will look at how to monitor Cisco NX OS metrics with Grafana, a graphical data visualization tool, and how MetricFire can help us with this. In order to learn more about MetricFire, book a demo with our technical specialists or sign up for the MetricFire free trial today.

June 13, Vancouver, OpenInfra Summit – Canonical today announced the extension of its commercial OpenStack offering to small-scale cloud environments with a new project Sunbeam. The project is 100% open source and is available free-of-charge. Early adopters can also opt-in for comprehensive security coverage and full commercial support under the Ubuntu Pro + Support subscriptions once they complete the deployment themselves.

Snapshot quiescing, a technique employed in the world of virtualization, stands as a pivotal concept to grasp for anyone involved in IT operations. In particular, when working with VMware, understanding snapshot quiescing can significantly streamline your backup and restore operations. It’s a crucial process that ensures the data on a Virtual Machine (VM) is in a consistent state when a snapshot is taken.

If you had the power to predict the future, how would you use it? Gartner refers to the predictive modeling process as that which collects data, formulates a statistical model, makes predictions, and then validates the model as additional data becomes available. In the world of intelligent automation, teams use predictive modeling to formulate how future outcomes or behaviors will be, by using historical data, machine learning (ML) algorithms, and analytical techniques.

This Kubernetes Architecture series covers the main components used in Kubernetes and provides an introduction to Kubernetes architecture. After reading these blogs, you’ll have a much deeper understanding of the main reasons for choosing Kubernetes as well as the main components that are involved when you start running applications on Kubernetes.