moby/moby
Moby
Moby is an OCI container engine and runtime manager designed for building, running, and managing isolated containers based on Open Container Initiative standards. It functions as a container daemon and image builder, providing a core engine to orchestrate the full lifecycle of containers and the packaging of source code into portable images.
The project provides a standardized HTTP interface that allows for programmatic container management, enabling external clients to control daemon settings and container operations. It supports a rootless security model, allowing the engine daemon to execute without root privileges to reduce the security risk to the host system.
Its broader capabilities cover container image packaging using declarative configurations, the execution of isolated processes with specific resource constraints, and cross-platform binary compilation for multiple target architectures. It also includes functionality for transferring images between local environments and remote registries.
Features
- Container Orchestrators - Acts as a core engine for managing the full lifecycle, networking, and resource allocation of containers.
- OCI Runtime Implementations - Implements an OCI-compliant runtime for executing isolated processes across different platforms.
- Container Image Builders - Includes a tool for bundling source code and dependencies into portable images using declarative configurations.
- Container API Clients - Provides dedicated clients and shared type definitions for programmatically interacting with the container engine API.
- Programmatic Clients - Ships programmatic clients that allow external applications to execute container lifecycle operations.
- Container Build Specifications - Provides a declarative configuration system for defining the steps and environment required to build container images.
- Container Daemons - Operates as a persistent background daemon that manages the lifecycle and configuration of containers.
- Container Image Management - Provides comprehensive tools for building, caching, and managing the lifecycle of portable container images.
- Container Image Packaging - Implements tools for bundling applications and their dependencies into portable container images.
- Container Management Systems - Provides a system for running and orchestrating containerized applications via a core engine.
- Container Orchestration APIs - Provides an API for the programmatic management of container lifecycles and runtime infrastructure.
- Runtime Managers - Orchestrates the execution and termination of isolated processes using standardized runtime specifications.
- Layered Construction - Utilizes a layered filesystem approach to construct portable images by stacking read-only layers for space efficiency.
- Container Runtime Managers - Acts as a manager for the full lifecycle of container runtime instances, including creation and termination.
- Filesystem Storage Drivers - Provides pluggable drivers to abstract host filesystems for managing container image layers and writable volumes.
- OCI Container Engines - Implements a core engine for building and managing isolated containers based on OCI standards.
- Process Isolation - Provides the core ability to execute binaries and scripts in isolated environments using namespaces and cgroups.
- Container Image Registry Uploads - Facilitates the transfer and upload of built container images to remote registries via an API.
- Cross-Platform Binary Generation - Generates executable binaries and container images for multiple target CPU architectures and operating systems.
- Rootless Execution - Enables the container engine daemon to execute without root privileges to reduce the host security attack surface.
- Rootless Container Runtimes - Supports execution environments that allow the engine and containers to run without root privileges.
- Rootless Modes - Supports a rootless security model allowing the engine daemon to execute without root privileges.
- Client-Server Architectures - Implements a client-server architecture separating the container daemon from CLI tools via a standardized HTTP API.
- Cloud Native Infrastructure - Core engine for container runtime implementation and learning.
- Container Management - Docker engine.
- Container Runtimes and Platforms - Collaborative project for container-based systems.
- Infrastructure and Automation - Open-source application container engine.
- Infrastructure et conteneurs - Collaborative container ecosystem project.
- Infrastructure Tools - Platform for building container-based systems.
- Development Environments - Provides containerization technology for building and running software.
- Go Projects - Listed in the “Go Projects” section of the Awesome For Beginners awesome list.
- Namespace and Process Utilities - Modular toolkit components for building container software.
