Awesome GitHub RepositoriesUSB Device Attachment

OrbStack is a native macOS application that replaces Docker Desktop, providing an all-in-one environment for running Docker containers, full Linux virtual machines, and local Kubernetes clusters. It runs Linux VMs directly on the macOS hypervisor framework for near-native performance, uses VirtioFS for fast bidirectional file sharing between macOS and Linux, and leverages Rosetta for near-native x86 emulation on Apple Silicon. The system assigns predictable local domain names to containers and VMs with automatic HTTPS certificate generation, forwards ports via event-driven updates, and stores

Microsandbox is a runtime for creating and managing lightweight, hardware-isolated virtual machines — called sandboxes — that boot directly from standard OCI container images. Each sandbox runs as its own host process with a separate kernel, filesystem, and network stack, providing process-per-sandbox isolation. The project includes a command-line tool and multi-language SDKs (Rust, TypeScript, Python, Go) for programmatic lifecycle control, and it communicates with sandbox agents over Unix sockets using a CBOR-encoded protocol. What distinguishes Microsandbox is its combination of host-manag

libusb is a cross-platform user-space library that provides a consistent C API for discovering, configuring, and communicating with USB devices from applications. It abstracts operating-system-specific USB driver details behind a single interface that works on Linux, macOS, Windows, and other platforms, enabling developers to write portable USB code without platform-specific knowledge. The library supports both synchronous and asynchronous I/O models for USB transfers. Synchronous operations block the calling thread until a transfer completes, offering a straightforward sequential programming

LXD is a unified platform for managing both system containers and virtual machines through a single REST API and command-line interface. It provides a programmatic HTTP interface for controlling the full lifecycle of instances, enabling automation and integration with external tools. The system runs unprivileged containers with per-instance UID/GID mappings, seccomp filters, and AppArmor profiles for kernel-level isolation, while supporting multiple storage backends including directory, Btrfs, LVM, ZFS, Ceph, LINSTOR, and TrueNAS through a unified driver interface. The platform distinguishes

usbipd-win is a USB device sharing tool and network device driver that binds physical USB hardware to a network protocol. It serves as a management interface for sharing and attaching USB devices via network protocols, specifically providing a utility to map shared hardware directly into Windows Subsystem for Linux instances. The project implements USB over IP networking to share locally connected devices over a network for discovery by remote client machines. It enables virtual machine USB passthrough, allowing guest operating systems to interact with physical hardware directly. The softwar

Incus is a unified orchestration platform for managing system containers, OCI application containers, and virtual machines through a single control plane. It brings together cluster infrastructure management, secure multi-tenancy, software-defined networking, and pluggable storage backend orchestration into one cohesive system exposed via a full REST API and command-line interface. What distinguishes Incus is its ability to run multiple instance types side by side—full Linux system containers, OCI application containers, and QEMU virtual machines—all managed with consistent tooling. Networkin

Toolbox is a development workspace orchestrator and container environment manager that bootstraps mutable toolsets and SDKs inside containers. It functions as a Linux distribution sandbox and a host-integrated container runtime, allowing users to run native package managers and software without modifying the host operating system. The project differentiates itself by bridging isolated containers with the host system through the mapping of user identities, network sockets, and home directories. It utilizes a daemonless engine to provide these environments while ensuring that system configurati

This project provides a containerized environment for hosting and managing dedicated Minecraft Bedrock multiplayer servers. It functions as a portable image that automates the deployment lifecycle, including the automatic retrieval and installation of the latest server binaries upon container startup. The system distinguishes itself through its reliance on environment variables to dynamically generate server configurations and manage game parameters. It includes built-in support for automated asset injection, allowing for the seamless deployment of behavior and resource packs, alongside integ