Integrate DevOps and Micro Frontends only if you can tackle these three challenges

A new age application demands a combination of Continuous Delivery and Scalability. Though, there are a few challenges to be taken care of.

Continuous Integration and Continuous Deployment (CI/CD) don’t work well with Monolithic frontends. Consider a situation for your DevOps automation pipeline. A frontend developer writes the code for the application as fast as possible. They then run tests like linting, unit tests, integration tests, and other important checks. Finally, the code is deployed on the server and the overall application is updated. Assuming that all this work is done for Monolithic frontends, here are a few challenges that might arise:

  • Monolithic architecture discourages independent development. Frontend developers need to understand the whole architecture. This makes the development less suitable for automation.
  • The complexity of the highly coupled architecture further complicates the testing processes. This is not recommended for DevOps practices like Continuous Testing.
  • It doesn’t make sense to use a CI/CD pipeline for monolithic architecture. A continuous upgrade of the application’s frontend is difficult with the monolithic frontend. It can be complex and time-consuming

Therefore, the micro frontend architecture goes best with the DevOps pipeline. In this article, we will discuss why the combination of the two is highly recommended. We will also try to understand the challenges that an organization might face with this combo.

Micro frontends and DevOps: A recommended combo

DevOps practices are well capable of enabling automation for business agility. They integrate the principles defined in the agile manifesto, with the automation pipeline. However, the technology architectures employed by the organization also play an important role. Micro frontends are decoupled and domain-driven. Therefore, they work well with the CI/CD processes. Here are a few important benefits of including the micro frontend architecture (MFA) in the DevOps pipeline.

  • Scalable Development: The decoupled nature of micro frontend units helps them scale independently. In fact, one can also plan to scale the units that attract more end-user traffic than others. This makes the automation pipeline more flexible and customer-oriented.
  • Easy Deployment: DevOps is meant to promote agility. This requires necessary provisions to roll out newer versions regularly. With independent frontend units, this becomes easier. There is no need for the whole application frontend to be immediately affected by every upgrade.
  • Failure Resilience: Any issue or failure in a micro frontend unit only affects the end-user specifically consuming it. Even then, there are replicas present for these domains that can help to a great extent. This gives space for the CI/CD pipeline to deal with the failures and deploy patches.
  • Team Distribution: Team autonomy plays a crucial role in the automation of delivery processes. More interdependent the teams would be, more difficult it can be to define standard procedures for automation. With MFA, teams can be distributed with respect to the knowledge context they excel in. This makes development more technology agnostic.

Thus, CI/CD and independent frontend is a productive combination for the business. However, technology leaders need to be aware of a few challenges that they might face in the process.

Understanding the Challenges

Micro frontends are a fairly new concept. Hence, a little skepticism for them is understandable. Though, a little awareness of the actual challenges may be more helpful. This will allow the DevOps-MFA combo to flourish more. So, here’s the list.

  • Decision Making.  The micro frontend influencers have been sharing knowledge about the decision making process. However, a certain level of first-hand experience is always recommended. Organizations need to collaborate with consultants studying and working with this architecture. More knowledge, smoother will be the integration for CI/CD and MFA.
  • Updated with Automation. Although DevOps practices have been around for a while, yet their understanding might need a regular brush-up. Teams aware of updates about the cloud, virtualization, etc. can avoid unnecessary failures. Also, MFA can benefit more from newer automation practices and tools.
  • Valuable Integration. It is true, DevOps and Micro frontends are both here to stay for the long term. That said, rushing to incorporate them both might bring more damage than benefits. The current pressure to find new ways for customer-oriented deliveries can be exhausting. Therefore, this integration needs to be approached steadily and purposefully.


The combination of DevOps and Micro frontend architecture is the next logical step. The sooner the organizations are ready to adopt it, the better. That said, one cannot ignore the challenges that they might find in the way. Thoughtful planning can help organizations bring wholesome agility to their business.

Microfrontends and Domain Driven Design can Boost Up Post COVID Businesses

If you are looking for a technology that would speed up the development and delivery of your services, Domain Driven Design aided by Microfrontends is the stop for you.

The post-COVID world is looking at a substantial upsurge in the demand for digital platforms, automated services, and touchless transactions. It’s times like these that the Domain-Driven Design Approach is meant for. While the microservices architecture is aiding faster development of the business logic for the applications. The presentation layer is still taking time to catch up. Though it seems that Microfrontends can be a big help in this situation. So, if you are looking for a technology that would speed up the development and delivery of your services and applications, and bring the business back on track in minimal time, we have something interesting for you here.

Driven by Domains

Businesses are complex with all their varying knowledge contexts. Transforming them for digital demand is going to be some work. The existing infrastructure will have to be involved and new features will have to be evolved on top of it. All this cannot be achieved without modularity.

Well-thought modules will allow multiple delivery teams to work concurrently and accelerate the development process. The knowledge contexts that the business logic deals with, will form the basis for these modules and thus we will have what we call domains. Domain-Driven Design is based on this core principle. As the name suggests, the application development will be motivated by the domains. Therefore, every development team is liable to choose the best technologies and reusable assets for their corresponding domain. DDD allows the application to be:

  • Build by decoupled but interconnected modules
  • Scalable for the future growth in user base
  • Flexible in performance and resilient in failure

Though, without proper means for modularity in frontend development, DDD can only perform single-handedly. That is why the micro frontend architecture is an important player in this game

Domain-Driven Frontend

The micro frontend architecture or MFA basically extends the concept of microservices to frontend development. It allows the presentation layer to be developed by smaller, independently deployable frontend units. With the microservice and micro frontend units working in harmony, DDD can unleash its full potential. The traditional monolithic frontends are bulky, stiff, and highly vulnerable to minutest of failures. MFA on the other hand is lighter, flexible, scalable, and resilient just like its backend counterpart.

Take an e-commerce website for instance. The monolithic frontend will render a page for the end-user with all the frontend components like product details, interactive buttons, and website navigation points. A failure in any one of these may halt the loading of the page as it is a single unit. The said failure might just be in the review section that the user might not have an immediate use for, but still, they cannot proceed further because the app won’t let them. MFA on the other hand will allow the rest of the page to render as if there’s nothing wrong. Here, a few benefits of employing Micro frontend units for the application development:

  • Autonomous Development: Since the development is domain-driven, the application can be cut in vertical modules each representing a single domain. Concurrent work on these domains will ensure faster development and quality deliverables. Moreover, the teams can maintain a library of reusable assets to even further accelerate the development process in the future.
  • Agility: Speedy development and incremental upgrades is pretty much all the agile development demands. While modularity ensures speed, the regular upgrades are a reflection of the resilience and availability of micro frontend units. MFA allows the singular units to upgrade while also keeping the rest of the application unaffected. This makes deployment and updates more secure and hassle-free.
  • Future-Ready Demeanor: As the service or application expects to grow its user base in the future, it only makes sense to use an architecture that is suitable for that. MFA and DDD incorporate scalability in applications. Therefore, even if the number of users goes up, they can still be served uncompromised.

ConclusionWhile Domain-Driven Design is mostly an approach, Microfrontends are essentially the carriers. In times when everyone is heading towards business transformation, MFA is a way for the organizations to stay two steps ahead. With a desire to build scalable futuristic solutions in no time, you too can check out the Micro frontend services buy iauro. Don’t keep the customer waiting.