DevOps engineers and platform architects
Evaluating container orchestration platforms for a new microservices deployment
The Container Ecosystem mind map template maps 178 nodes across 10 major branches, covering orchestrators, registries, launchers, GUIs, identity, performance, core technology, Docker VM managers, automation, and mini-PaaS platforms. This comprehensive cheat sheet includes specific tools like Helios, Consul, and Kubernetes, and references key resources such as the Docker Hub and Project Atomic. It serves as a visual directory for developers and DevOps engineers evaluating container infrastructure components, with branches like 'orchestrator' listing multi-host schedulers and service discovery tools, and 'core technology' detailing low-level components like systemd, LXC, and AUFS. The template also features a 'mini-PaaS' branch with platforms like Dokku and Flynn, making it a practical reference for building containerized environments.
Terms and ConditionsEvaluating container orchestration platforms for a new microservices deployment
Setting up a private Docker registry and choosing a CI/CD automation toolchain
Comparing mini-PaaS solutions like Dokku and Flynn for internal developer platforms
Open the .xmind file to browse the ten major branches covering orchestrators, registries, and core container technologies.
Personalize the map by adding project notes or clicking embedded URLs to access documentation for tools like Kubernetes and Docker.
Save your customized container directory as an image or PDF to share technical infrastructure plans with your DevOps team.
It covers 10 major categories: orchestrator, registry, launcher, GUI, identity, performance, core technology, Docker VM manager, automation, and mini-PaaS, with 178 nodes referencing specific tools and documentation.
Navigate the 'orchestrator' branch to compare tools like Helios, Consul, and Kubernetes. Each node includes links to official repositories, helping you evaluate options for multi-host scheduling and service discovery.
Yes. Open the .xmind file in Xmind Desktop or Web, then add, remove, or update nodes and links to tailor the map to your specific container stack or project.
It details low-level components such as systemd for boot, LXC for containers, AUFS for filesystems, etcd for clustering, Kubernetes for orchestration, and SELinux for security separation.
Absolutely. The template organizes tools by function (e.g., launcher, registry, automation) and includes direct URLs to documentation, making it a structured study guide for container technologies.
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