Software Architecture Patterns – Download the free map!

4 minutes read
18 November 2022

Developers, as the word suggests, develop software. However, before you can start writing the code, you need to determine how the software will be composed. This software design process identifies the various elements that will make up the software, the type of interaction between them, and what communications with other software are required. The output of the design process is a visual representation of the software architecture in the form of a diagram illustrating all the various internal components, their properties, and the relationships among them and with other external systems.


Software Architecture Patterns: what are they and what benefits do they bring

Over time, patterns for designing software architectures have emerged. Such patterns are solutions to common problems: they are reusable in similar contexts and based on best practices from accumulated experience over time. Adopting an architectural pattern brings several benefits:

  • Speed up the design process: consequently, start the development phase earlier and reduce the time-to-market;
  • Solve some common problems at the root;
  • Facilitate intra and infra‑team communication thanks to familiar and visualizable terms, so they are tangible and feedback can be given;
  • Simplify the natural evolution of the architecture during the digital product life cycle;
  • Build reliable, high‑performance software, not by reinventing solutions to solve known problems, but by adopting the most appropriate practices to address them.


Download the map of the main Software Architecture Patterns

There are a great many architectural patterns, which now cover most of the case scenarios in software design. In addition, new patterns are being devised and shared continuously in open‑source communities, including new available technologies.

In this landscape, Giulio Roggero, CTO and co‑founder of Mia‑Platform, collected some of the most commonly used styles and categorized them in a mind map according to the type of solution they offer. The list is not exhaustive because, as mentioned, the landscape of available patterns is vast and constantly evolving thanks to cloud-native technologies, but this map can provide beneficial insights in many contexts.

Below you can see a preview of the map:



To download the file in high quality, for free and without the need to register, click on the button below:



Cataloging of Software Architecture Patterns

Below you will find a brief explanation of the various groups into which the architectural patterns in the image are divided.

By Connections

There are several ways to connect services and applications by linking them together:

  • RPC (Remote Procedure Call);
  • REST (REpresentational State Transfer);
  • BFF (Backend For Frontend);
  • P2P (Peer‑To‑Peer);
  • SOA (Service‑Oriented Architecture).

By Composition

The very first software applications adopted the Divide and Rule principle with modules and functions. The more complex the software becomes, the more it needs to be isolated so that it can evolve:

By Events

Events are a great way to reduce coupling between different software components. An event‑driven architecture involves increased complexity and is more difficult to manage, but in certain contexts, this type of solution is recommended:

  • Pub/Sub;
  • CQRS (Command Query Responsibility Segregation);
  • ES (Event Sourcing);
  • Reactive.

By Stream

The amount of data flowing through software each day is increasing exponentially. Managing data streams to extract useful information can be of enormous value:

  • Fast Data;
  • Pipe and Filters;
  • Message Brokers.

By Data

Data is central to making valuable applications. Entire businesses can depend on how it is managed:

  • Data Fabric;
  • Data Mesh;
  • Data Warehouse;
  • Data‑Centric Business Logic;
  • Data Lake.

By Knowledge

Based on the ability to combine information, it is possible to build autonomous agents capable of solving complex problems:

  • Blackboard;
  • Rule‑Based;
  • AutoML.

By Purpose

By combining different patterns, more elaborate artifacts can be made with a particular purpose, aiming to generate value for the users:


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If you would like to report any other patterns that you would like to see in this map please write a comment below and we will get back to you as soon as possible.

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Software Architecture Patterns: what are they and what benefits do they bring
Download the map of the main Software Architecture Patterns
Cataloging of Software Architecture Patterns