Docker CE on Windows - Containerization Platform

This is a repackaged open source software product wherein additional charges apply for cloudimg support services.

This is repackaged software with additional charges for24/7 support and guaranteed24-hour response SLA.

## Overview

Docker Community Edition is the leading containerization platform for building, sharing, and running applications in isolated containers. This AMI delivers Docker CE pre-configured on Windows Server, so your team can skip manual installation and start deploying containers immediately after launch. Whether you are modernizing legacy .NET applications, building microservices, or running CI/CD pipelines, this AMI provides a production-ready Docker environment with professional support from cloudimg.

## Why This AMI Instead of Self-Installing Docker CE

Installing Docker CE yourself is straightforward, but this AMI saves your team hours of configuration and ongoing maintenance. Here is what you get beyond a bare Docker install:

• Pre-optimized Docker daemon configuration tuned for Windows Server workloads
• Both Windows and Linux container support enabled out of the box, including WSL 2 integration
• Docker Compose included for multi-container application orchestration
• Ongoing maintenance with security patches and Docker version updates applied to the AMI

This means your DevOps engineers and Windows platform teams spend time building applications rather than troubleshooting Docker installation issues or hardening configurations.

## System Requirements

This AMI runs on Windows Server 2019 and 2022. For optimal container workload performance, we recommend instances with at least 4 vCPUs and 8 GB RAM. Ensure your security group allows inbound RDP access on port 3389 for initial configuration. For production workloads running multiple containers, consider instances with higher memory allocation based on your application requirements.

## Docker Engine and Container Operations

Docker Engine provides the core container runtime that manages the full container lifecycle. When you launch this AMI, Docker Engine is already running and ready to accept commands. You can build images from Dockerfiles, pull images from registries, and run containers with resource isolation immediately. Layer caching accelerates repeated builds by reusing unchanged layers, which significantly reduces CI/CD pipeline times for iterative development workflows.

## Windows Container Support

This AMI supports native Windows containers with both process isolation and Hyper-V isolation modes. Process isolation offers near-native performance for trusted workloads, while Hyper-V isolation provides kernel-level separation for multi-tenant or security-sensitive scenarios. You can run Windows Server Core and Nano Server base images, integrate with Active Directory for authentication, and deploy traditional IIS-hosted applications inside containers for simplified management.

## Linux Container Support

Run Linux containers alongside Windows containers using WSL 2 integration. This enables cross-platform development teams to build and test Linux-based microservices on the same Windows Server instance. Multi-architecture image support means your containers are portable across environments without modification.

## Docker Compose for Multi-Container Applications

Docker Compose is included and configured for defining multi-container applications using YAML configuration files. Define services, networks, volumes, and environment variables in a single docker-compose.yml file, then launch your entire application stack with one command. Service dependencies ensure containers start in the correct order, and scaling individual services is as simple as adjusting a replica count.

## Networking and Storage

Docker networking supports bridge, host, and overlay network modes with built-in DNS resolution between containers. Port mapping exposes container services to external traffic, and network isolation keeps sensitive services protected. For persistent data, named volumes and bind mounts ensure your data survives container restarts. Volume drivers enable integration with external storage solutions.

## Registry Integration with Amazon ECR

This AMI works with all major container registries including Docker Hub, Amazon Elastic Container Registry (ECR), Azure Container Registry, and private Harbor instances. Amazon ECR integration enables you to store, manage, and deploy container images within your AWS account with IAM-based authentication, keeping your images close to your compute resources for faster pulls.

## Example Use Case: Modernizing a Legacy .NET Application

Consider a team running a monolithic .NET Framework application on IIS. Using this AMI, the team can containerize the application into Windows containers, enabling blue-green deployments where a new version runs alongside the old one. Traffic shifts to the new container only after health checks pass.