What Is Architecture Decoupling?

With the advancement of technology, the primary goal is to work smarter, not harder. With this thing in mind, tech giants have come across architecture decoupling. The concept is gaining immense popularity, but what exactly is architecture decoupling? Is it good for your company? Or why should one choose it? Let’s uncover some truths about it.

Architecture Decoupling – An Ultimate Guide

Architecture Decoupling, in simpler terms, refers to separating frontend code from the backend code. However, while they are separated, they are still in communication. As a part of the headless architecture, the backend applications will only deliver data via an API and shouldn’t share any resources with the frontend application.

As we all know, decoupling means disassembling something to make it simpler to function; that’s what architecture decoupling does. Some architectural elements in a decoupled architecture operate independently of other system elements. These can be run, written, tested, and debugged independently, and they each have their data and logic.

Using an architecture decoupling enables:

• Easier code and modification maintenance
• Independent publications
• More testable computational components
• Distinct development teams
• Accelerated and simplified development
• Front-end and back-end running independently

Decoupling application architecture in e-commerce refers to combining best-in-class modular solutions while keeping the core commerce engine distinct from the front end. The core commerce engine manages the strong and dependable back-office architecture. While the front end is connected to the main commerce engine via a set of Application Programming Interfaces (APIs).

Why Choose Architecture Decoupling?

Now you know the basics about what architectural decoupling is, you must be wondering why our company would choose architectural decoupling. So, here’s why you need architectural decoupling from Romexsoft :

1. Independence for Programmers

The decoupling of frontend and backend components reduces your application architecture’s overall complexity. With this, developers freely modify the code due to the lower complexity, resulting growth boost.

2. Agility

Another reason you should choose architecture decoupling is that it enables the team to modify the front-end designs as needed without having to worry about backend adjustments. Similarly, the backend Devs can change their codes without stepping foot on frontend turf.

3. Rapid Testing and Development

The ability of front-end and back-end developers to operate autonomously is the primary benefit of Decoupled Architecture. Development is done concurrently, which shortens the project’s duration as a whole. Business teams typically pay close attention to how the UI/UX portion of the project is progressing, which leads to a quicker front-end rollout. This aids backend developers in producing data structures appropriate for the front end.

How Is Architecture Decoupling Implemented? 

Architecture decoupling is implemented to increase computer speed by isolating and running each component independently and concurrently. It has a variety of applications. For instance, robustness, enhancing performance, and scalability. According to Association for Computing Machinery, architecture decoupling implementation leads to two distinct streams that work concurrently. For its implementation, the processor’s pipelining capability and the data buffer are used by the process in the execution stage, and then the data fetching stage runs concurrently.

Conclusion

Architecture decoupling allows vendors and customers to work separately and concurrently. It enables you to improve your code’s manageability, consistency, and scalability while reducing the total cost of ownership. So, start architecture decoupling now to provide your users with your service more confidently and quickly.