This comprehensive guide explains Docker's six network modes, their technical characteristics, suitable use‑cases, step‑by‑step configuration commands, performance considerations, security hardening, troubleshooting techniques, and monitoring practices for production‑grade container networking.
This article explains Docker networking fundamentals, covering the main network types (bridge, host, overlay, macvlan, none), their drivers and container modes, how to configure and manage networks with Docker CLI commands, and important security and isolation considerations for containerized applications.
This comprehensive guide explains Docker's networking fundamentals, covering network types such as bridge, host, overlay, and macvlan, their drivers, configurations, security considerations, and practical command‑line examples for creating, managing, and troubleshooting container networks in both single‑host and multi‑host environments.
This article explains Docker's container networking concepts—including the CNM model, native drivers, bridge, host, macvlan, none modes, port mapping, overlay SDN—as well as storage options and Compose orchestration techniques for building robust cloud‑native applications.
This guide walks through Docker's container networking options, explaining container mode sharing, building and testing overlay networks with Consul, and configuring Macvlan networks for cross‑host communication, complete with step‑by‑step commands and visual diagrams.
This article details the challenges and solutions encountered while transitioning a rapidly growing financial services platform from a VM‑centric private cloud to a hybrid environment that combines containers and virtual machines, covering network integration, IP management, container image standards, resource isolation, scheduling compatibility, and future lightweight container strategies.
Project Eru, a homegrown Docker‑based orchestration system developed at Mango TV, replaces earlier PaaS attempts with a stateless, scalable core and agent architecture, leveraging Redis clusters, MacVLAN networking, and fine‑grained CPU allocation to achieve rapid, automated scaling across thousands of containers.
The article recounts the evolution from Douban's App Engine to Mango TV's Nebulium Engine and finally Project Eru, describing how Docker, Redis Cluster, MacVLAN networking, and custom resource scheduling were combined to build a scalable, cloud‑native platform for heterogeneous workloads.
