BORMS Architecture Document

System Architecture Overview

The Busoga One Radio Management System (BORMS) follows a modern web application architecture that emphasizes modularity, scalability, and maintainability. This document outlines the system's architectural design, components, and how they interact.

Architecture Pattern

BORMS implements a Model-View-Controller (MVC) architecture pattern with a service layer, leveraging Laravel's implementation of this pattern:

• Models: Represent data structures and business logic
• Views: User interface components (Blade templates)
• Controllers: Handle requests and coordinate responses
• Services: Encapsulate complex business logic

The architecture is enhanced with:

• Repository Pattern: For data access abstraction
• Service Layer: For business logic encapsulation
• Event-Driven Components: For notifications and background processing

Technology Stack

Component Architecture

Core Components

1. Authentication System
   • User registration and management
   • Role and permission management
   • Session handling and security
2. Module Management System
   • Module registration and discovery
   • Feature flagging capability
   • Inter-module communication
3. Notification System
   • Multi-channel notification dispatcher
   • Template management
   • Delivery tracking and queuing
4. File Management System
   • Secure file uploads and storage
   • Asset versioning
   • Access control
5. Reporting Engine
   • Dynamic report generation
   • Export functionality (PDF, CSV, Excel)
   • Data visualization components

Business Domain Components

Each functional module is implemented as a discrete component with:

• Dedicated models and database migrations
• Module-specific controllers and services
• Specialized validation rules
• Module configuration

Data Architecture

Database Schema

The database design follows normalized principles with:

• Clear entity relationships
• Appropriate indexes for performance
• Soft deletion for data recovery
• Audit logging for sensitive operations

Key Entities

• Users and Roles
• Clients/Businesses
• Campaigns and Content
• Scheduling and Programming
• Financial Transactions
• Production Assets
• Notifications and Activities

API Architecture

Internal APIs

• RESTful endpoints for frontend components
• Service-to-service communication
• Event broadcasting for real-time updates

External APIs (Future)

• Client access for campaign monitoring
• Integration points for third-party systems
• Webhook support for external event handling

Security Architecture

Deployment Architecture

Development Environment

• Local development with Docker containers
• Standardized environment configuration
• Database seeding for test data

Testing Environment

• Automated testing infrastructure
• Integration test environment
• Performance testing capabilities

Production Environment

• Load-balanced application servers
• Database replication
• Regular backup procedures
• Monitoring and alerting systems

Scalability Considerations

The architecture is designed with scalability in mind:

• Horizontal scaling capability for application servers
• Database optimization for high read/write throughput
• Caching strategies for frequently accessed data
• Asynchronous processing for long-running tasks

Fault Tolerance and Reliability

• Graceful error handling and logging
• Retry mechanisms for external service calls
• Fallback strategies for critical components
• Comprehensive error monitoring

Future Architecture Considerations

The architecture allows for future expansion: