Kubernetes Architecture Diagram Template
Visualize the deployment of your applications with Kubernetes Architecture Diagram template and optimize your processes.
Trusted by 65M+ users and leading companies
About the Kubernetes Architecture Diagram Template
A Kubernetes Architecture Diagram template is where you can visually represent the deployment, scale, and management of containerized applications. You can use a Kubernetes Architecture Diagram template to manage apps and ensure there is no downtime in production.
This Kubernetes Architecture Diagram for K8 architecture helps you and your team manage the deployment of applications. This template can be used to organize applications and easily map out Kubernetes decentralized architecture.
Kubernetes cluster architecture and components
When you deploy Kubernetes, you get a cluster which is a node that runs containerized applications.
Developers use containers because they provide extra benefits such as agile app creation, deployment, and continuous development and integration. Containers are coordinated automatically and monitored constantly, and the K8s architecture makes it easy to deploy and scale containerized applications.
The components of a Kubernetes Architecture Diagram template are:
Cloud controller manager: links your cluster to the cloud provider
Controller manager: makes global decisions about the cluster
Etcd (persistent store): backs store for all cluster data
Kubelet: runs each node in the cluster
Kube proxy: network proxy that runs in each node of the cluster
Scheduler: watches for newly created Pods with no assigned node, and selects a node for them to run on
Control place: runs controller processes
Node: provides Kubernetes runtime environment
How do I create a Kubernetes Architecture Diagram template?
A Kubernetes Architecture Diagram template allows you to visualize the deployment of apps.
To create a basic Kubernetes diagram with Miro, you can follow these steps:
Define your Kubernetes Architecture cluster.
List your Kubernetes components, using our set of Kubernetes Icons.
Organize your diagram, adding the components.
Add connection lines between the component shapes and set the arrows in the direction of the flow.
Format and customize your Kubernetes Architecture Diagram template.
In Miro, you can quickly build a Kubernetes Diagram from scratch using our design tools and icons set, or use our Kubernetes Architecture Diagram template and customize it as you see fit.
If you are interested in creating other network diagrams, Miro is the perfect network diagram tool with several available shape packs and templates to suit your needs.
How to create a Kubernetes diagram using this template?
In Miro you can create a Kubernetes Architecture Diagram using our template from our Templates Library or build your own diagram from scratch. Add Kubernetes icons by selecting our icons set on the left sidebar, connecting them with connector lines, and placing arrows in the flow direction. Miro’s collaborative whiteboard allows you to work together in real-time or asynchronously. Try it for yourself to see how it can work for you.
Why is it important to diagram Kubernetes architecture?
Developers create a Kubernetes Architecture Diagram to better manage and deploy application containers and continuously improve development, integration, and app deployment. Having a Kubernetes diagram helps to work across teams and to keep collaboration seamlessly when managing applications.
Get started with this template right now.
Design Research Template
Works best for:
UX Design, Design Thinking, Desk Research
A design research map is a grid framework showing the relationship between two key intersections in research methodologies: mindset and approach. Design research maps encourage your team or clients to develop new business strategies using generative design thinking. Originally designed by academic Liz Sanders, the framework is meant to resolve confusion or overlap between research and design methods. Whether your team is in problem-solving or problem space definition mode, using a research design template can help you consider the collective value of many unrelated practices.
Context Diagram Template
Works best for:
Business Management, Mapping, Diagrams
A context diagram is a perfect tool to view an entire system as a single process and understand how external factors interact with it. These external factors can include customers, developers, management, and more. The Context Diagram Template is your tool for creating this diagram.
Kaizen Report Template
Works best for:
Agile Methodology, Operations, Documentation
What makes a great company great? They know that greatness needs to be fostered and maintained — meaning they never stop working to improve. If you’re one of those companies (or aspire to be), a kaizen report is an ideal tool. It creates a simple visual guide to continuous improvement activities on a team, departmental, and organizational level. Using a kaizen report approach, every employee in an organization audits their own processes and understands what they might have overlooked, making this a powerful tool for increasing accountability at all levels.
Context Diagram Template
Works best for:
Business Management, Mapping, Diagrams
A context diagram is a perfect tool to view an entire system as a single process and understand how external factors interact with it. These external factors can include customers, developers, management, and more. The Context Diagram Template is your tool for creating this diagram.
AWS Architecture Diagram Template
Works best for:
Software Development, Diagrams
The AWS Architecture Diagram is a visual representation of the AWS framework, and it also translates the best practices when using Amazon Web Services architecture. You can now have an overview of your AWS architecture with Miro’s AWS Architecture Diagram Template, track your cloud solutions easily, and optimize processes like never before.
Kano Model Template
Works best for:
Desk Research, Product Management, Prioritization
When it comes down to it, a product’s success is determined by the features it offers and the satisfaction it gives to customers. So which features matter most? The Kano model will help you decide. It’s a simple, powerful method for helping you prioritize all your features — by comparing how much satisfaction a feature will deliver to what it will cost to implement. This template lets you easily create a standard Kano model, with two axes (satisfaction and functionality) creating a quadrant with four values: attractive, performance, indifferent, and must-be.