Skip to main content

Software architecture

This discipline defines the shape of a system by describing at a high level its components and their interactions.

Why software architecture is the foundation of an application?

Software architecture can be compared to house architecture—it's absolutely essential to define the shape of the system. It focuses both on the high-level structure and the low-level details, the same way that on a house plan you would see both the global shape with the layout of the spaces and the details such as outlets, light switches, etc. What does it entail?

  • Building a highly cohesive and loosely coupled system to ensure a seamless connection between services that need to communicate with each other
  • Choosing architectural patterns to solve specific challenges
  • Designing the data flow to establish the data lifecycle and the connection points.

Embracing Clarity and Structure: Adopting the C4 Model for Software Architecture Diagrams

In the ever-evolving landscape of software development, our Software Design and Quality Team (SDQT) at Osedea is continuously…

Carl Lapierre
Apr 11 ∙ 4 mins

A Minimalist Approach to DataOps and MLOps with DVC and CML

In this article, we'll look into the critical importance of DataOps and MLOps in software and AI development. We will showcase a…

Nicholas Nadeau
Nov 29, 2023 ∙ 13 mins

Streamlining Predictive Analytics with Scikit-Learn

Predictive analytics empowers organizations to forecast future events by leveraging past data. When diving into this work…

Nicholas Nadeau
Oct 27, 2023 ∙ 11 mins

But wait, there's more...

Want to go beyond software architecture? Check out our other dev services.

Web application development

Creating software applications that run on the web.

Mobile application development

Creating software applications that run on a mobile device.

Cloud-native development

Building and running applications to take advantage of the distributed computing offered by the cloud delivery model.

Technical Audit

The verification of a supplier's manufacturing processes and quality control systems to provide confidence that your standards will be met or that any shortfalls will be resolved.

Low-Code / No-Code

Creating fully functioning apps as well as automating business processes without prior development training.

Web application development

Creating software applications that run on the web.

Mobile application development

Creating software applications that run on a mobile device.

Cloud-native development

Building and running applications to take advantage of the distributed computing offered by the cloud delivery model.

Technical Audit

The verification of a supplier's manufacturing processes and quality control systems to provide confidence that your standards will be met or that any shortfalls will be resolved.

Low-Code / No-Code

Creating fully functioning apps as well as automating business processes without prior development training.