#ruby #automation #vagrant #virtualization

https://github.com/hashicorp/vagrant

#go #kubernetes #libvirt #virtualization #vms

https://github.com/kubevirt/kubevirt

#go #build_system #build_tool #buildpack #containers #dev_environment #devbox #development_environment #nix #venv #virtual_environment #virtualization

https://github.com/jetpack-io/devbox

#go #acrn #containers #cri #cri_o #docker #firecracker #k8s #kubernetes #kvm #oci #qemu #security #virtual_machine #virtualization

https://github.com/kata-containers/kata-containers

#rust #cloud_workloads #kvm #rust_vmm #virtualization

https://github.com/cloud-hypervisor/cloud-hypervisor

#swift #apple_silicon #automation #ci #macos #tart #virtualization #virtualization_framework

https://github.com/cirruslabs/tart

#java #cloud #cloudstack #iaas #infrastructure #kubernetes #kvm #libvirt #orchestration #python #virtual_machine #virtualization #vmware #vsphere #xcp_ng #xenserver

https://github.com/apache/cloudstack

#rust #containers #minimalist #open_source #oversubscription #rust #sandbox #serverless #virtual_machine #virtualization

Firecracker is a technology that helps run container and function workloads securely and efficiently. It uses lightweight virtual machines called microVMs, which combine the security of hardware virtualization with the speed of containers. This makes it faster to start up and more secure, as it reduces the attack surface area. Firecracker is open source and was developed by Amazon Web Services to improve services like AWS Lambda and AWS Fargate. Using Firecracker benefits users by providing a secure, fast, and efficient way to manage serverless workloads, making it ideal for multi-tenant environments.

https://github.com/firecracker-microvm/firecracker

#shell #docker #docker_container #virtualization #windows #windows_virtual_desktop #windows_virtual_machine #windows_virtual_machines #windows_vm

This tool lets you run Windows inside a Docker container, which is very useful for testing or using Windows without needing a separate machine. Here’s how it benefits you You can start a Windows container quickly using Docker Compose or the Docker CLI, and connect to it via a web browser or RDP.
- **Customizable** You can adjust the amount of CPU and RAM the container uses.
- **File Sharing** You can assign an individual IP address to the container or let it acquire one from your router.
- **KVM Acceleration**: It supports KVM acceleration for better performance.

Overall, this makes running Windows in a container simple and flexible.

https://github.com/dockur/windows

#python #docker #docker_container #mac #macos #macos_virtual_machine #macos_vm #macosx #osx #osx_virtual_machine #virtualization

You can run macOS inside a Docker container, which is very useful. Here’s how it helps you You can start macOS in a container using simple commands via Docker Compose or the Docker CLI.
- **Web-Based Viewer** You can choose the version of macOS you want to install, change storage locations, adjust CPU and RAM settings, and even pass-through USB devices.
- **Legal and Open-Source**: The project is legal and open-source, but make sure to use it only on Apple hardware to comply with Apple's terms.

This setup allows you to test, develop, or use macOS without needing a physical Mac, making it convenient for various purposes.

https://github.com/dockur/macos