Scalable Web Apps: How Does Micro-Frontend Make it Easy?
Micro-frontend frameworks can boost collaboration and project efficiency, and ultimately, allow you to produce better products for your users.
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Is your application scalable? In a day and age where user demands and preferences change on a daily basis, it's important that developers put a lot of forethought and strategic planning when building their apps in order to ensure their relevance over the long term. Now, you probably know that mobile app development is a continuous process, as no app can live without constant support, regular updates, and meticulous feedback-inspired optimization.
That said, it's not just about the user feedback and their needs, it's also about optimizing your app for the new devices and operating systems and their requirements. Making your app scalable means future-proofing your product, but also preventing common issues from bringing down your mobile app.
Future-proofing your app and making it truly scalable in the long term is something you can do with micro-frontend frameworks, which is a popular model nowadays for effective collaboration and project management in the dev sector. There are many benefits that this model brings to the table, so let's go over 7 key perks you'll get by using micro-frontend to build scalable apps in 2022.
1. Faster Development Times
Dev teams are always on a tight schedule, and sometimes they may even be forced to do crunch time, which puts a lot of strain on the team to finish a product in a short timeframe. Needless to say, it's important for the team and the company as a whole to speed up the development time without sacrificing quality and finish.
One of the best ways to speed up development times is to use a mobile-friendly coding language, and you can use Python mobile app development to great extent along with Kotlin and Java to speed up the process. But of course, that's not enough when you're handling a big project with more than one frontend dev team.
This is where micro-frontend comes in not only as a great way to facilitate collaboration between teams, but also allow them to work independently or together on the same project. Instead of waiting for the other team and leaning on their process, the other dev team can go ahead and work on their end of the code to put it into the app when it's ready.
2. Breaking the Frontend Monoliths
Speaking of collaboration and faster development, it's important to note that micro-frontend frameworks allow dev teams to break the frontend monolith for greater flexibility during development. While new development practices in the back end have made great strides in improving flexibility, app performance, and building a more granular approach, the problem of the frontend monolith still remains.
With micro-frontend, however, developers can build different parts of the application separately, which can prove invaluable during the brand building process in the app itself, as well as the user experience as a whole. In fact, there are many other reasons why you should leverage this functionality, as a micro-frontend approach will allow the different teams to build different parts of the application, test them, and optimize them every step of the way.
The micro-frontend model allows you to do this from the inception and ideation stage all the way to rollout and post-launch optimization.
3. Independent Deployment of Different Solutions
During app development, developers and operations managers can struggle to stay in control of the process when different team members feed different data into the app. If more than one team is working on the project, then the app will be affected by every new piece of code and every new feature implemented by another developer. This can set back other developers and slow down the entire process if new bugs and problems arise.
This is why modern web and app development should rely on micro-frontends to independently build different app features without affecting the entire product. Developers can build these features and run tests separately before putting them into the main app framework, and the changes will affect only the specific processes they were made for, not the project as a whole.
This allows for seamless development and ensures that one of the tenets of DevOps, which is incremental daily progress, is preserved throughout the process.
4. Allow Different Teams to Work at Their Own Pace
Why is it so important to break the frontend monolith and ensure some form of independence between different development teams? Because different teams have different goals, and they shouldn't be held up by organizational barriers, nor should their progress depend on the progress of a different team. In other words, you need to use micro-frontend for mobile app design to facilitate cross-team collaboration between frontend and backend, but also to ensure that each team can deliver a specific feature or solution quickly.
Now that different teams are working remotely, it's also important to leverage application virtualization to deliver the tools and processes they need to work together and independently on the project. This will allow backend and frontend developers to work more seamlessly together, but it will also allow operations to oversee and manage the project with ease, utilizing the micro-frontend frameworks to keep the process moving forward at all times.
5. Use Smaller and More Manageable Codebases
One of the biggest advantages of micro-frontends is that there is less risk of error and setbacks, simply because the code is easier to navigate. Micro-frontends have smaller codebases than traditional monoliths, making the code easier to navigate and crawl through by different teams and developers, especially during complex and extensive projects.
Companies working with dedicated web developers on large-scale projects need to minimize codebase volumes and create more efficient ways for different teams to navigate and collaborate on the code. In this case and in many other cases, micro-frontends become invaluable in scalable web development. With smaller codebases, companies can easily move on to other, similar projects and reuse as well as reoptimize different project elements for a new web application.
This brings us to the next important point.
6. Better Reusability of Code, Architecture, and Assets
When different development teams are tasked with creating and rolling out multiple applications, it's good to have a model and framework that you can use to quickly build a new app. This is valuable to independent dev teams but also to large enterprises handling numerous clients and developing numerous applications at a time.
Whether you are developing several progressive web apps or subsequently one after the other, micro-frontends allow you to reuse much of the code, program architecture, and many other assets you used to build the initial app. This is great for app scalability but also for the scalability of your entire development process in a highly-competitive and fast-paced industry.
7. Align the Project Quickly to Different Roles
Finally, it's important to note that micro-frontends allow you to control access and permissions and to align the project with the needs of the individual. In other words, you can restrict access to different parts of the project in order to allow the developer to focus solely on their workflow and their role in the project.
Different developers with access to different project aspects can easily view the status and progress of different teams, allowing for better collaboration and communication. You can then make changes quickly to fit any new project requirements and developments, reusing various elements to fit the new user requirements, making your app more scalable and future-proof.
Over to You
Micro-frontend app development is the solution to many problems that modern development teams and companies face nowadays. With the use of micro-frontends, you can take the development process forward and create a more efficient and effective model that will shorten development time, minimize the risk of errors and setbacks, and help you create truly scalable applications.
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