How to Build Functional (and Beautiful) Cloud Diagrams


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I have written an article on how to design a functional diagram using various tools and methods. This is useful not just for the people who are designing these diagrams, but also for documenting them or demonstrating what they do in person. I’ve found that having this knowledge has been extremely beneficial both at work and during interviews with potential employers.

The “auto generate azure diagram” is a tool that allows users to build functional (and beautiful) cloud diagrams. The tool will automatically generate the diagram based on the inputted data.

How to Build Functional (and Beautiful) Cloud Diagrams

You may construct Azure resources all day long, but if you don’t recall how they all fit together, you’re in trouble. Visual diagrams are a terrific approach to understand how your cloud infrastructure works at an architectural level by mapping out how it fits together. A diagram in Azure is no different.

Understanding and generating cloud diagrams, whether from Azure or other cloud providers like Amazon Web Services and Google Cloud Platform, is a vital skill.

You’ll learn some general recommended practices for creating cloud diagrams in this tutorial before diving into Azure-specific examples later.

Translate business requirements into technical specifications

Business and technological needs are perfectly matched in an ideal world. In actuality, nothing could be farther from the truth. If done correctly, a cloud topology diagram may draw the link between the two.

User stories are an excellent approach to connect business and technological needs.

Assume your company has a system in place to handle Zendesk customer care tickets. When a consumer opens a ticket, the data is transferred to Amazon Web Services, which uses a serverless architecture to determine customer emotion.

Customer service, data science, and business intelligence are among the teams involved in this process. You’re in responsible of creating a functional diagram that depicts each stage in the ticket process while taking into account the duties of each team.

Only a flowchart of how to manage Zendesk tickets will be required for the customer support staff. They have little interest in what occurs in AWS. The data science and business intelligence teams, on the other hand, will be concerned with how data consumption and procedures (such as data transformations) are required.

To accommodate each team, design three diagrams that reflect just the tasks that each team is concerned with.

For example, you might make a flowchart for customer service that looks like the one below.

Customer Support Sample Flowchart DiagramCustomer Support Sample Flowchart Diagram

The data science team may start the process from Zendesk support, but this time it will follow a new route into AWS and map out each technical step necessary to handle each request.

Example of a Data Engineer DiagramExample of a Data Engineer Diagram

If you hire a solutions architect, they may want to see a more detailed picture of each stage. Machine learning for analysis is shown in the flowchart below.

Because the data engineer and solutions architect flowcharts are so similar, you could mix them and create layers that you can conceal and disclose as needed.

Simple Diagram of a Solutions ArchitectSimple Diagram of a Solutions Architect

You are not finished at this point. You’re just getting a sense of the parts of each team and the degree of information necessary.

Choosing a Benchmark

There are many different alternatives available when it comes to diagrams and data mapping. You may map processes in your own unique style, or you could use one of several pre-established standards. For example, UML is a standard with very specific characteristics.

Don’t start from scratch. In the Azure solutions architecture collection, for example, you may discover a variety of Azure diagram templates. Take a peek at this Azure implementation of IoT cloud diagram if you’re interested in the Internet of Things.

When it comes to the cloud, each major cloud provider promotes a certain architectural standard.

Selecting a Design

After you’ve created a standard architecture, you should choose a design. To an engineer, the aspects of a cloud diagram, such as choosing a color scheme, icons, and connections, may seem trivial. Visual design, on the other hand, is critical for non-technical personnel to better grasp the diagram.

You don’t have to be a Picasso to use Gestalt’s design and visualization principles, but remember to:

  1. Use color to visually group items together or to emphasize specific features.
  2. Use a different colour border to draw attention to particular places.
  3. To be viewed as part of the same group, group or link items.

Schemes of Color (Branding)

If your company has a branding guide, take use of it. According to a website design company in Liverpool, large firms, such as Instagram, provide branding rules like this on their website so that users understand how to appropriately utilize their assets. If this graphic is used by many teams, keep the colors consistent.

If you’re not bound by a branding guide, you may utilize a tool like Coolors’ palette generator to ensure that the colors you’re choosing are suitable.

Output from the Coolor Palette GeneratorOutput from the Coolor Palette Generator

Below is an example of how the preceding diagram would seem with a color scheme applied.

Example of a Final Diagram with BrandingExample of a Final Diagram with Branding

The colors of the bounding boxes for AWS in the figure below show which sections of the diagram require internal resources and which parts are available to the public or departments outside the tech team.

Color Schemes for AWS Bounding BoxesColor Schemes for AWS Bounding Boxes


Icons, for example, are an excellent method to express information in a diagram while also making it appealing to the eye.

Different cloud providers have their own set of symbols.

There’s even a nice guide to help you translate symbols between Google Cloud Platform and its rivals.

After you’ve decided on your cloud diagram needs, you’ll need to find a solution that can meet them. And you have a lot of options. Here are a few examples:

Dynamic components are even supported by certain technologies. When you click or hover on a diagram in Figma, for example, you may see animations.

Not interested in a specialized diagram tool? Presentation software templates, such as Microsoft Powerpoint and Google Slides, assist you in creating simple diagramming tools. Slides Carnival is a fantastic free example of this.

When selecting a diagram tool, be important to consider the learning curve of the diagram tool you want to use. PowerMockup or SlideTeam are fantastic examples of this, where you just add the icons for the cloud services of your choosing, as illustrated below:

Example of a Slide Team DiagramExample of a Slide Team Diagram

Programmatically creating Azure Cloud Diagrams

Throughout this course, you’ve learnt how to make cloud diagrams from scratch, but what if you didn’t have to? Perhaps you already have an infrastructure in place but want a diagram to visualize it. You can build diagrams automatically using a variety of tools!

Prateek Singh, for example, produces Azure diagrams using current Azure resources using a PowerShell package called AzViz.

In a YouTube video, a Microsoft cloud solutions architect explained how to animate the diagram using something like a D3 JavaScript library for your cloud infrastructure.

If you’re a developer, chances are if you search for your “<language of choice> cloud diagram”, chances are you’re going to find a paid or free community tool to help you create cloud diagrams from existing resources.

Checklist for ATA Cloud Diagrams

If you remember nothing else from this post, copy and paste the checklist below someplace you can return to it later. Answer these questions the next time you need to construct an Azure cloud diagram (or any cloud diagram) to ensure a working (and attractive) cloud diagram!

  • Is the first step’s diagram catering to the stakeholder wish list?
  • Is the chart showing all crucial and supporting cloud services?
  • Is the chart displaying all data linkages and layers?
  • Is there any evidence of security on the architecture in the diagram?
  • Is there a distinction made between aspects (hybrid vs on-premises versus cloud)?
  • Did the diagram adhere to the company’s branding guidelines, or at the very least employ a pleasing color scheme?
  • Did the diagram adhere to the criteria for that specific diagram? (UML standards, cloud architecture symbol standards based on cloud architecture brand, and so on)
  • Was the diagram drawn in accordance with Gestalt’s core visualization principles?
  • Did you get any additional opinions on the diagram?


Building beautiful and useful cloud diagrams, like everything else in technology, is a talent that can be learned through time. Build and repeat until you’ve mastered the art of diagramming.

How has this article aided your cloud diagram creation?

The “create architecture diagram online” is a tutorial on how to create functional, beautiful diagrams for your cloud projects. The article covers the creation of architectural diagrams, as well as the use of software like Visio and Balsamiq.

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