Architecture Overview

Flow Master is built on a modular, cross-platform architecture designed for reliability, performance, and maintainability. This document provides a comprehensive overview of the system architecture.

Table of Contents

• System Architecture
• Core Modules
• Technology Stack
• Data Flow
• Platform Abstraction
• Performance Considerations

System Architecture

High-Level Architecture

Architectural Principles

Separation of Concerns

• UI Layer: Pure presentation logic, no business rules
• Application Layer: Business logic and workflow coordination
• Service Layer: Core functionality and data processing
• Platform Layer: OS-specific implementations

Cross-Platform Design

• Platform Abstraction: Common interfaces for platform-specific code
• Shared Business Logic: Maximum code reuse across platforms
• Native Integration: Platform-specific optimizations where needed
• Consistent API: Uniform interface regardless of underlying platform

Core Modules

Automation Engine

Data Management

User Interface Architecture

Technology Stack

Core Technologies

Platform-Specific Technologies

Supporting Libraries

Data Flow

Automation Execution Flow

Component Recognition Flow

Data Persistence Flow

Platform Abstraction

Automation Abstraction

Implementation Strategy

Performance Considerations

Optimization Strategies

Scalability Design

Monitoring and Diagnostics

This architecture provides a solid foundation for Flow Master's cross-platform automation capabilities while maintaining performance, reliability, and maintainability across different operating systems and use cases.