Why is Micro Frontend Architecture an Apt Solution for Startups to Build a Scalable Frontend?

Micro frontend architecture is a software product design pattern that can benefit startups. It aims to create web applications that scale, adapt, and be updated in an elegant way.

This architecture employs a modular component approach. Each component is in charge of a specific aspect of the application, such as routing or rendering. It makes it easy to maintain applications by reducing the number of rules developers are following.

This means working on a new code base or changing existing code helps in faster development since there are fewer dependencies between components. Therefore, improved flexibility when designing new features for your products.

Scalable Architecture

A scalable architecture is micro frontend architecture. Startups require scalability because they must build products quickly, test them in the market, and scale their business up or down as needed.

It also lowers the cost of developing an app by allowing you to reuse code across multiple projects while keeping each one modularized so that it can be maintained independently of the rest of your stack (both within your company and between companies).

Micro frontend development makes it possible for teams that work together across different projects over time without having lots of dependencies between them that make things more difficult later down the line when trying something new or changing something else around.

Design and Development Flexibility

When you conduct mobile app market research, you can use various technologies, libraries, and frameworks with Micro Frontend Architecture. You are not restricted in what you can do with your code, and it provides excellent design flexibility.

This means that if you need to build a system using React or Angular, you can do so.

This Architecture, in addition to allowing the use of various frontend technologies, also allows the use of various languages such as NodeJS or Python, giving developers more options when building complex microservices-based applications on top of the MFA framework.

Independent Deployment

Microservices are independent of each other. If you have a system that needs to be deployed in multiple environments, a microservice architecture can be used to overcome this challenge.

Each microservice has its own deployment and maintenance process, which allows it to be independently deployed on different server architectures, cloud providers, and hosting providers (more on this later).

Additionally with micro frontend development, when an engineer at a company that provides web development service wants to make changes or add new features or services to their existing application platform–or even build out entirely different applications from scratch–there is no need for them to worry about how these changes will affect the others’ functionality.

They’re all running in separate containers on separate servers managed by different teams within your organization who maintain different parts of the codebase independently from one another.

Decoupled Codebases

Micro Frontend Architecture is a great fit for startups, and allows you to build your frontend with the same codebase as your backend

You can change things on the front end without affecting other UIs or applications in your stack.

This also means that this Architecture can scale with no downtime, which is especially important when trying new things out or experimenting with new technologies or processes.

Automation

Automation is a key aspect of micro frontend architecture. In order to build a scalable and fast front end, you need to be able to automate the entire process. The automation will help in the process of continuous delivery, continuous integration, continuous testing, and continuous deployment.

It is also important because it helps organizations get their products out on time while reducing their costs by automating repetitive tasks that can be automated or outsourced (e.g., client support).

This approach enables organizations such as startups that may not have access to expensive resources such as professional writers or developers.

But still want their product delivered quickly so they can innovate more quickly rather than being stuck with outdated technology projects that take longer than expected before releasing new versions again after years have passed with no significant changes made whatsoever, implying that there is no value added here either because nothing gets changed.

Fault Isolation

Fault isolation is a way to reduce risk. If one part of the front end fails, the rest of the front end is unaffected.

This makes it easier to debug and fix problems, which can be important if you’re trying to build a scalable product with an MVP approach. It also makes it easier for new features or bug fixes, since they don’t have to be deployed in multiple branches at once.

Autonomous Teamwork

Micro Frontend Architecture is a great way to build a scalable frontend because it allows teams to work independently on different parts of the front end.

This means that team members can work on different features at the same time, and even work on different parts of the frontend at the same time.

The ability for micro frontends to be autonomous means that there’s no single point of failure in your system – if one component goes down or becomes unavailable, another will take over seamlessly and continue working without any interruptions or delays in service delivery.

Faster Build Time

The next reason why Micro Frontend Architecture is an apt solution to building a scalable frontend is that it allows you to avoid the common pitfalls of building a large, monolithic application.

You might have heard that microservices are easier to scale and maintain than traditional applications because they can be scaled out across multiple servers or machines.

In fact, one of the main reasons why startups who provide web development service use microservices is because they don’t have enough resources (either technical or financial) to support a single large application with hundreds of developers working on it at once.

This means that each developer who conducts micro frontend development has limited access to a subset of data and services within their own microservice-based application–and even then only if they’re lucky enough not to be blocked by other apps running in parallel.

Reusability Of Existing Workflow

Micro Frontend Architecture relies on existing workflows and codebases. This means that you can reuse the same workflow, libraries, and iOS app development tools across multiple projects without having to re-write them from scratch.

You’re also able to use your existing knowledge of how things work in your company or organization to build out Micro Frontend Architectures.

Simpler Maintenance

No need to maintain two codebases. With Micro Frontend Architecture, you only need one codebase and can use it for all your frontend needs.

This also means that if you decide to make changes to the backend or even add new features, you can do so without having to worry about breaking anything on the frontend side.

No more build steps are required! If there is any change in how your app works (for example, adding new functionality), then there will be no need for changing out any files or rebuilding everything from scratch – just change the code and push up a new version of your app with minimal effort required from both sides of things.

No more deployment steps are required either! Deployment happens automatically every time someone deploys/updates their own copy via say Git which makes it extremely easy for teams working remotely.

Since they don’t have access locally but still want those changes pushed back into production without having access themselves first before doing so via the Git command line interface toolset available within most operating systems such as Windows OSX Linux etc.

Fringe Benefits For Native Browsers

The benefits of using micro frontend architecture for native browsers

As you might know, there are many advantages to using micro frontend architecture for native browsers. In this section, we will talk about the main ones:

• Performance: The first benefit is that your website will run faster since you won’t be wasting resources on unnecessary features and animations. This means that your users will have a better experience when browsing through your website because they don’t have to wait for pages to load or scroll bars to appear on their screens.
• Better Scalability: Another great thing about micro frontend development is that it allows you to scale up as needed without having any problems with scaling down later on in case there’s an increase in traffic or sales volume which would make it hard for other members within your team who might not be able to handle such high levels of traffic (e.g., if they’re still learning how things work).
• Better Security: Native browsers offer better security for micro frontend architecture because they have built-in security features. They can protect against cross-site scripting (XSS) attacks, which can be a significant security concern for web applications. This means that startups using micro frontend architecture can benefit from the increased security that native browsers provide, without having to invest in additional security measures.

Conclusion

In conclusion, Micro Frontend Architecture is a great framework for building scalable web apps. 

It allows you to keep your codebase independent from other teams and applications, which reduces maintenance costs, saves time for development and deployment, and increases the speed of deployment by eliminating the need to wait on external resources like databases or DNS servers before your frontend can run again after an outage.

Saroj Goda

Mrs. Saroj Goda is a certified Startup and Business Analyst Professional, with her years of experience she interested to consult entrepreneurs as well as startups to guide them how to grow and how to come out from the mistakes. She helped many businesses either Startup or looking grow more with limited time duration. She also has good knowledge of Technology which helps to guide in more detailed way.