cloonix

Enable nested virtualization on Google Cloud

Google Cloud Platform introduced nested virtualization support in September 2017. Nested virtualization is especially interesting to network emulation research since it allow users to run unmodified versions of popular network emulation tools like GNS3, EVE-NG, and Cloonix on a cloud instance. Google Cloud supports nested virtualization using the KVM hypervisor on Linux instances. It does

Install and run the Cloonix network emulator on Packet.net

This tutorial shows how to set up the Cloonix network emulator on a Packet.net server. It builds on top of my previous post about how to set up a virtualization server on Packet.net. Now, I focus on a specific case: setting up the Cloonix network emulator on the virtualization server. You should read my previous

Saving a Cloonix network topology

The Cloonix network simulator has been updated to version 29, which adds the ability to save network simulation topologies and node configurations to a directory. Users may save a network topology and all node configurations to a directory of their choice. They may also load saved topologies into Cloonix so they can restore a network

Cloonix Network Simulator updated to v28

The Cloonix development team recently released a major update to the Cloonix network simulator. Cloonix version 28 makes major changes to the infrastructure of Cloonix. It changes the installation procedure, the location of Cloonix files on your computer, and the names of the commands used to start and administer Cloonix. Cloonix version 28 also makes

KVM Performance Limits for virtual CPU cores

I need to determine the maximum number of KVM virtual machines that can run on an average laptop computer. Unfortunately, I cannot find authoritative information about the maximum number of KVM virtual machines that can run on a host computer. Most information I could find about KVM limits does not publish absolute limits but, instead,

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