Every mobile app project starts with what look like the same needs, yet the app development journey is different for every team. This decision matrix was created to help you understand what stage your project is at, which approach you need and what kind of working model you should move forward with. Making the right decision in terms of design, motion and product architecture directly affects the efficiency of the process.
Teams Building an App from Scratch
When creating a new product, the most critical stage is setting up the product concept correctly before design begins. If user types, use cases, business goals and the business model are not clarified, the app can veer off course in later stages. In this scenario, the app’s flows, information architecture, screen structure and motion language are designed together. If there is no backend yet, the data model, API structure and admin interfaces are defined along the same lines. This approach requires more detailed work in the early stages, but it strengthens the app’s scalability in the long run.
Teams Looking to Redesign an Existing App
Existing apps usually face two distinct problems: user flows become complicated, or the design language loses its freshness. In this case, the first thing to do is to understand current behaviour. Seeing where users struggle, which steps slow down and where the motion language breaks down determines the direction of the process. The goal in redesign projects is not to create “a new look”, but to make the app stronger in terms of speed, consistency and intuitiveness. Motion design plays a critical role here; the right motion language makes it easier for users to relearn the app.
Teams with a Ready Backend Looking to Build an App Front End That Works via API
Some teams develop the app’s entire data structure, API endpoints and backend architecture in-house. In this case, the need is not just for screens to be designed, but for those screens to become a mobile app front end built with Flutter. In this model, once Pikap has created the design system and motion language, it develops the app’s entire interface in Flutter and integrates it with the backend APIs.
This setup is ideal for projects where the backend is stable but the user experience needs to be modernised, sped up or rethought. Because the interface’s behaviour is defined during the design phase, development runs smoothly. Whatever data models your backend team produces, the mobile front end is shaped to be compatible with them. As a result, what is delivered is not just “design files” but a fully working front-end layer.
Teams Without a Backend or Whose Backend Needs Rebuilding
In some projects, the data structure required to begin mobile interface design is not ready. In this case, mobile design and backend architecture progress simultaneously. While user behaviour determines how the interface should look, the data structure defines how that behaviour will be processed. In this scenario, the app’s data model, API structure, admin panel and integration points are designed together with the mobile experience. This approach keeps design and development teams moving in the same direction and helps the first release launch in a more controlled way.
Teams Unsure What Stage Their Project Is At
Many teams may not know clearly what level their app is at or what it needs. This is perfectly natural. Sometimes there is a backend but it isn’t usable, sometimes screens have been prepared but the flows are inconsistent, and sometimes there is an idea but the product is not yet defined. In such cases, a short discovery phase puts the project on the right track. A design-focused assessment lays the foundation for the information architecture and motion language and reveals the project’s real needs.
Why This Matrix?
No two projects are alike, and a one-size-fits-all approach cannot be applied to every project. We created this matrix so you can quickly understand how your project is structured and so Pikap can recommend the right model for you. Clarity at the decision stage helps the process run more efficiently in terms of both cost and time.