RBACAPI is a robust backend API designed for all application platforms, featuring a secure Role-Based Access Control (RBAC) system. The API ensures fine-grained authorization, allowing seamless user management, authentication, and access control while maintaining high performance and scalability. RBACAPI is a boilerplate project designed to provide a scalable and secure role-based access control (RBAC) system. This project serves as a template for implementing authentication and authorization features in various applications, such as e-commerce platforms, car dealership websites, hotel management systems, and hospital management systems.
The goal is to offer a reusable and modular backend system that developers can integrate into their projects seamlessly, reducing development time while maintaining security and efficiency.
- Develop a scalable and secure backend API for any application platform.
- Implement a role-based access control (RBAC) system for users, admins, and super admins.
- Ensure high performance, reliability, and fault tolerance through efficient code design.
- Provide well-documented API endpoints for seamless integration.
- Implement automated testing to maintain code quality and reliability.
- Optimize database interactions for low latency and high throughput.
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Backend Framework: ASP.NET Core 9
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Orchestration: .NET Aspire
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Project Structure/Template: Clean Architecture
To learn more about the template go to the project website. Here you can find additional guidance, request new features, report a bug, and discuss the template with other users.
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Persistence: Entity Framework Core + MSSQL Server
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Architecture: MediatR + CQRS
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Validation: FluentValidation
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Communication: gRPC / REST API
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Messaging: RabbitMQ / Kafka
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Security: JWT-based Authentication & Role-Based Authorization
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Containerization: Docker + Kubernetes
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Logging & Monitoring: Serilog + OpenTelemetry
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CI/CD: GitHub Actions / AWS DevOps
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Hosting & Deployment: AWS Cloud
Ensure the following tools are installed:
- .NET 9 SDK
- MSSQL Server
- Podman
- Docker & Docker Compose (for local development)
- Visual Studio / VS Code / Rider
- Git
# Clone the repository
git clone https://github.com/enakhe/RBACAPI.git
cd RBACAPI
# Install dependencies
dotnet restore
# Setup environment variables (copy and modify .env.example)
cp .env.example .env
# Apply database migrations
dotnet ef database update
# Run the API
dotnet run- Microservices Expansion: RBACAPI is designed with microservices architecture using .NET Aspire, making it easy to scale specific components such as authentication, user management, and role-based access control independently.
- Cloud-Native Deployment: With Kubernetes and Azure, the API can handle increased workloads and scale dynamically as user demand grows.
- Database Optimization: Using PostgreSQL with caching mechanisms such as Redis ensures high availability and performance at scale.
- Event-Driven Architecture: Leveraging RabbitMQ or Kafka ensures real-time processing of authentication and authorization requests without bottlenecks.
- Modular Design: Developers can plug in additional authentication methods like biometric authentication or OAuth2 without modifying the core codebase.
RBACAPI is positioned to become a standard boilerplate for secure user authentication and role management in enterprise applications. Potential future enhancements include:
- AI-Based Threat Detection: Implement machine learning to detect and prevent security breaches in real-time.
- Decentralized Identity Management: Integration with blockchain technology to enhance security and privacy.
- Multi-Tenancy Support: Allow different businesses to run isolated instances of RBACAPI within the same deployment.
- Auto-Scalability Features: AI-driven resource allocation to optimize infrastructure costs and performance.
- Saves Time: Developers can quickly integrate authentication and authorization without building from scratch.
- Ensures Security Best Practices: Built-in security mechanisms reduce vulnerabilities.
- Highly Customizable: The modular approach allows easy modifications and integrations.
- Improves Code Maintainability: Follows Clean Architecture principles, ensuring well-structured and testable code.
- Seamless and Secure Access: Users only get access to resources based on their assigned roles.
- Prevents Unauthorized Access: Strong role-based access controls ensure data security.
- Enhances User Experience: A well-optimized API means faster load times and smooth interactions.
- Define the API scope and features.
- Create a detailed project roadmap and milestones.
- Establish project structure and database schema.
- Develop API prototypes for key features.
- Implement User & Role Management
- Add User Account Management
- Implement RBAC and JWT authentication
- Enforce input validation, error handling, and logging
- Conduct unit, integration, and load testing
- Resolve bugs and optimize performance
- Generate API documentation with Swagger
- Deploy to Azure Cloud with Kubernetes
- Monitor API performance
- Scale based on demand
- Database schema for users, roles, and permissions
- User registration API with validation
- JWT-based authentication & refresh tokens
- Email verification & password reset
- Social login (Google, Facebook) [Optional]
- Unit tests for authentication flows
- API documentation for authentication
- Define RBAC structure in the database
- Middleware for role and permission checks
- API for assigning roles and permissions
- Role-based access control across endpoints
- API documentation for role management
- APIs for updating user profiles
- Profile image upload (AWS S3 / Azure Blob Storage)
- Validation rules for profile updates
- Testing & documentation of profile management APIs
Implementing RBAC involves:
- Role Management: Create, update, and delete roles.
- User Role Assignment: Assign users to specific roles.
- Permission Management: Define and assign permissions to roles.
- Authorization & Access Control:
- Role-Based Authorization: Access based on assigned roles.
- Permission-Based Authorization: More granular control over specific actions.
Security Best Practices:
- Use JWT tokens with role claims for secure authentication.
- Implement middleware-based validation for access control.
- Structure database with Users, Roles, and Permissions relationships.
- Run with Docker Compose:
docker-compose up --build
- Use
appsettings.Development.jsonfor local config.
- Deploy to Kubernetes using Helm charts.
- CI/CD with GitHub Actions / Azure DevOps.
- Enable logging & monitoring with OpenTelemetry.
- Fork the repository and create a new branch.
- Commit your changes with clear commit messages.
- Push to your branch and create a Pull Request.
- Follow coding standards and include tests where necessary.
- Follow .NET coding conventions.
- Use FluentValidation for input validation.
- Maintain separation of concerns (CQRS, MediatR).
- Write unit and integration tests for new features.
This project is licensed under the MIT License. See the LICENSE file for details.
For questions, issues, or contributions:
- Email: enakheprogramming@gmail.com
- GitHub Issues: [Create an Issue](https://github.com/yourusername/RBACAPI/issues)
- Contributors Welcome! 🚀