| title | Reference architectures |
|---|
This reference architecture provides guidance towards a supported high availability configuration of UCP with dynamic service discovery and load balancing.
Learn how to deploy applications as services, how service discovery and load balancing make it easy for developers to create applications that can dynamically discover each other, and about how HRM routes HTTP traffic based on DNS hostname.
Docker Datacenter provides a pluggable architecture approach for implementing storage of choice. This document explores three distinct storage tiers — graph driver storage, volume storage, and registry storage.
This document starts with high-level decisions such as what applications to Dockerize and methodology, then moves on to what components to put in images, container configuration, and how to store assets for building images and configuration in versio...
This reference architecture provides an overview of how Docker logging works, explains the two main categories of Docker logs, and then discusses Docker logging best practices.
This reference architecture describes a standard, production-grade, Docker EE deployment including details on how to automate deployments, manage users and teams, provide high availability, and manage the infrastructure.
This document outlines the default security of Docker EE as well as best practices for further securing it. New features such as image signing and verification with Docker Content Trust and secrets are also explored.
This document addresses the challenges of designing Docker networks while considering the constraints of the application and the physical network. It also discusses the tools available and common deployment patterns.
The purpose of this document is to provide you with typical development pipeline workflows as well as best practices for structuring your development process using Docker EE.