- Welcome to the Docs
- Get Docker
- Get Started
- Docker ID
- Docker Engine
- User Guide
- Introduction
- Work with images
- Docker storage drivers
- Network configuration
- Apply custom metadata
- Admin Guide
- Configuring and running Docker
- Automatically start containers
- Limit a container's resources
- Keep containers alive during daemon downtime
- Control and configure Docker with systemd
- Format command and log output
- Run a local registry mirror
- Logging
- PowerShell DSC Usage
- Using Ansible
- Using Chef
- Using Puppet
- Using Supervisor with Docker
- Runtime metrics
- Link via an ambassador container
- Troubleshoot Docker Engine
- Manage a swarm
- Swarm mode overview
- Swarm mode key concepts
- Get started with swarm mode
- How swarm mode works
- Run Docker Engine in swarm mode
- Join nodes to a swarm
- Manage nodes in a swarm
- Deploy services to a swarm
- Manage sensitive data with Docker secrets
- Lock your swarm
- Attach services to an overlay network
- Swarm administration guide
- Raft consensus in swarm mode
- Secure Engine
- Extend Engine
- Dockerize an application
- Dockerfile reference
- Docker run reference
- Use the Docker command line
- Daemon CLI reference (dockerd)
- Engine CLI reference
- docker (base command)
- docker attach
- docker build
- docker checkpoint *
- docker commit
- docker container *
- docker container
- docker container attach
- docker container commit
- docker container cp
- docker container create
- docker container diff
- docker container exec
- docker container export
- docker container inspect
- docker container kill
- docker container logs
- docker container ls
- docker container pause
- docker container port
- docker container prune
- docker container rename
- docker container restart
- docker container rm
- docker container run
- docker container start
- docker container stats
- docker container stop
- docker container top
- docker container unpause
- docker container update
- docker container wait
- docker cp
- docker create
- docker deploy
- docker diff
- docker events
- docker exec
- docker export
- docker history
- docker image *
- docker images
- docker import
- docker info
- docker inspect
- docker kill
- docker load
- docker login
- docker logout
- docker logs
- docker network *
- docker node *
- docker pause
- docker plugin *
- docker port
- docker ps
- docker pull
- docker push
- docker rename
- docker restart
- docker rm
- docker rmi
- docker run
- docker save
- docker search
- docker secret *
- docker service *
- docker stack *
- docker start
- docker stats
- docker stop
- docker swarm *
- docker system *
- docker tag
- docker top
- docker unpause
- docker update
- docker version
- docker volume *
- docker wait
- Engine API
- User Guide
- Docker Compose
- Overview of Docker Compose
- Install Compose
- Getting Started
- Docker Stacks and Distributed Application Bundles
- Using Compose with Swarm
- Quickstart: Compose and Django
- Quickstart: Compose and Rails
- Quickstart: Compose and WordPress
- Environment file
- Environment variables in Compose
- Extending Services in Compose
- Networking in Compose
- Using Compose in Production
- Compose File Reference
- Command-line Reference
- Command-line Completion
- Link Environment Variables
- Controlling startup order
- Frequently Asked Questions
- CS Docker Engine
- Docker Datacenter
- Deploy Datacenter on AWS
- Deploy Datacenter on Linux
- Universal Control Plane 2.0
- Docker Trusted Registry 2.1
- Previous versions
- Universal Control Plane 1.0
- Docker Trusted Registry 2.0
- Docker Cloud
- About Docker Cloud
- Docker Cloud Settings and Docker ID
- Organizations and Teams
- Getting Started
- Introducing Docker Cloud
- Link to your Infrastructure
- Deploy your first node
- Deploy your first service
- Deploy an application
- Introduction to Deploying an app in Docker Cloud
- Set up your environment
- Prepare the application
- Push the image to Docker Cloud's Registry
- Deploy the app as a Docker Cloud service
- Define environment variables
- Scale the service
- View service logs
- Load-balance the service
- Provision a data backend for the service
- Stackfiles for your service
- Data management with Volumes
- Manage Applications
- Add a Deploy to Docker Cloud button
- Automatic container destroy
- Automatic container restart
- Automatic service redeploy
- Create a proxy or load balancer
- Deployment tags
- Manage service stacks
- Publish and expose service or container ports
- Redeploy running services
- Scale your service
- Service API Roles
- Service discovery and links
- Stack YAML reference
- Use triggers
- Work with data volumes
- Manage Builds and Images
- Manage Infrastructure
- Infrastructure Overview
- Container distribution strategies
- Link to Amazon Web Services hosts
- Link to DigitalOcean hosts
- Link to Microsoft Azure hosts
- Link to Packet hosts
- Link to SoftLayer hosts
- SSH into a Docker Cloud-managed node
- Upgrade Docker Engine on a node
- Use the Docker Cloud Agent
- Using Docker Cloud and Packet.net
- Using Docker Cloud on AWS
- Docker Cloud notifications in Slack
- The Docker Cloud CLI
- Known Issues in Docker Cloud
- API reference
- Release Notes
- Docker Hub
- Docker Machine
- Docker Store
- Component Projects
- Docker Swarm
- Swarm Overview
- How to get Swarm
- Evaluate Swarm in a sandbox
- Plan for Swarm in production
- Build a Swarm cluster for production
- Try Swarm at scale
- High availability in Swarm
- Swarm and container networks
- Discovery
- Provision with Machine
- Scheduling
- Overview Docker Swarm with TLS
- Configure Docker Swarm for TLS
- Command line reference
- API response codes
- Docker Swarm API
- Docker Registry
- Registry Overview
- Understanding the Registry
- Deploying a registry server
- Configuring a registry
- Working with notifications
- Recipes
- Reference
- Reference Overview
- HTTP API V2
- Image Manifest V 2, Schema 1
- Image Manifest V 2, Schema 2
- Garbage Collection
- Testing an insecure registry
- Deprecated Features
- Compatibility
- Docker Registry Token Authentication
- Token Authentication Implementation
- Oauth2 Token Authentication
- Token Scope Documentation
- Token Authentication Specification
- Storage Drivers
- Getting help
- Docker Notary
- Docker Swarm
- Open Source at Docker
- Quickstart contribution
- Set up for Engine Development
- FAQ for contributors
- Where to chat or get help
- Style guide for Docker documentation
- About
- Docs archive
Web-based access
Estimated reading time: 1 minuteDocker Universal Control Plane allows you to manage your cluster in a visual way, from your browser.
Docker UCP secures your cluster with role-based access control. From the browser, Administrators can:
- Manage cluster configurations,
- Manage the permissions of users and teams,
- See all images, networks, volumes, and containers.
Non-admin users can only see and change the images, networks, volumes, and containers, they are granted access.
Where to go next
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