Introduction
When building Flutter applications, choosing the right architecture is crucial for maintainability, scalability, and development speed. While Clean Architecture is a popular choice, it can be overly complex for small to medium projects. On the other hand, Feature-Based Architecture provides better modularity but may lack structured separation of concerns.
This is where YArchitecture comes in—a hybrid approach combining the best of Feature-Based Architecture, MVVM (Model-View-ViewModel), and Singleton Data Layer to create a structured yet pragmatic architecture for Flutter apps.
Why YArchitecture?
🔹 Simplicity with Structure
YArchitecture maintains the structured separation of concerns found in Clean Architecture while avoiding unnecessary complexity. It ensures modularity while keeping development straightforward.
🔹 Feature-Centric Organization
The application is divided into features, making it easy to scale and maintain. Each feature encapsulates its own logic, state management, and UI components.
🔹 Efficient Data Management
The data layer follows a singleton pattern to handle local and remote data fetching efficiently, reducing boilerplate code without sacrificing maintainability.
🔹 Flexibility
YArchitecture is flexible enough to be adapted for different project sizes. You can start simple and progressively integrate repositories or use cases if needed.
Folder Structure
A typical Flutter project using YArchitecture is structured as follows:
lib/
│── core/ # Shared utilities, theme, constants, etc.
│── data/ # Centralized data layer (singleton services)
│ ├── local_data/ # Local storage (Hive, SharedPreferences, etc.)
│ ├── remote_data/ # API services (Dio, HttpClient, etc.)
│── features/ # Modular feature-based structure
│ ├── login/
│ │ ├── providers/ # State management (Provider, Riverpod, etc.)
│ │ ├── views/ # UI components and screens
│ │ ├── models/ # Data models
Core Layer
This contains shared utilities, constants, error handling, and theme configurations used across the app.
Data Layer (Singleton Pattern)
This layer manages data retrieval and storage. It follows a singleton approach to avoid redundant API calls and improve efficiency.
Feature Layer (Modular Design)
Each feature has its own state management, UI, and models, ensuring modularity and reusability.
Comparison with Other Architectures
YArchitecture vs Clean Architecture
| Aspect | YArchitecture | Clean Architecture |
|---|---|---|
| Complexity | Moderate | High |
| Learning Curve | Easy to Moderate | Steep |
| Layers | Core, Data, Features | Presentation, Domain, Data |
| Best for | Medium to Large Apps | Large-Scale Apps |
| Performance | Efficient | Can have overhead due to multiple layers |
Key Takeaway: YArchitecture is a lightweight alternative to Clean Architecture, ideal for apps that don’t require excessive layering.
YArchitecture vs Feature-Based Architecture
| Aspect | YArchitecture | Feature-Based |
|---|---|---|
| Structure | Feature-focused + Data Layer | Feature-focused only |
| State Management | Organized (Providers per feature) | Can be scattered |
| Scalability | Easier due to structured data handling | Can become unstructured |
Key Takeaway: YArchitecture builds upon Feature-Based Architecture by incorporating a structured Data Layer and State Management.
YArchitecture vs MVVM
| Aspect | YArchitecture | MVVM |
|---|---|---|
| Model | ✔️ | ✔️ |
| ViewModel | ✔️ (Providers as ViewModel) | ✔️ |
| View | ✔️ | ✔️ |
| Best Use Case | Scalable Flutter Apps | General UI-Logic separation |
Key Takeaway: YArchitecture follows MVVM principles, with Provider acting as ViewModel, making state management clean and efficient.
When to Use YArchitecture?
✅ If you want a structured yet simple architecture.
✅ When working on medium-sized Flutter applications that require modularity.
✅ If you need scalability without unnecessary complexity.
✅ When using Provider or Riverpod for state management.
Conclusion
YArchitecture is a balanced and pragmatic Flutter architecture that takes the best aspects of Feature-Based Architecture, MVVM, and Clean Architecture while avoiding unnecessary complexity. It is a scalable, modular, and efficient way to structure Flutter apps.
If you’re tired of overly complex architectures but still want a structured approach, YArchitecture is the perfect choice! 🚀
💡 What do you think of YArchitecture? Would you use it in your next Flutter project? Let’s discuss in the comments!
Yahya Samir
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