Technical Architecture
This document defines the high-level technical architecture of MHMD Studio. It describes how the platform is organized, how major systems interact, and the engineering principles that guide long-term development.
Purpose
The architecture exists to:
- Support long-term scalability.
- Maximize maintainability.
- Minimize technical debt.
- Enable AI-assisted development.
- Keep documentation synchronized with implementation.
Architectural Philosophy
The project follows a Documentation First approach.
Every significant decision should be documented before implementation.
Documentation is considered part of the software.
System Layers
The project is organized into several layers.
Business
↓
Product
↓
Design
↓
Engineering
↓
ImplementationEach layer depends only on the layers above it.
Repository Architecture
mhmd-studio/
README.md
docs/
engineering/
design/
adr/
prompts/
.ai/
tasks/
scripts/
public/
src/Each directory has a single responsibility.
Documentation Layer
Contains:
- Business documentation
- Product documentation
- Design documentation
- Technical documentation
- Architecture documentation
Documentation is the project's source of truth.
Design Layer
Contains:
- Design system
- Colors
- Typography
- Motion
- Components
- Accessibility standards
Engineering Layer
Contains:
- Coding standards
- Git workflow
- Naming conventions
- Architecture rules
- Definition of Done
Architecture Decision Records
The adr/ directory stores architectural decisions.
Every significant technical decision should be recorded before implementation.
AI Layer
The project is designed for AI-assisted development.
Directories:
.ai/
prompts/These provide:
- Shared project context
- Coding rules
- Design rules
- Specialized AI agents
Validation Framework
The repository contains an internal validation framework.
scripts/
│
├── config/
├── lib/
├── validators/
├── reports/
└── validate.tsThe framework validates:
- Repository structure
- Documentation
- Markdown links
- ADR files
- AI prompt files
- Task files
- Repository health
The validation framework should be executed before merging significant changes.
Application Layer
The application itself resides inside:
src/The implementation follows a modular architecture.
Major systems should remain loosely coupled.
Deployment
Deployment targets:
- Vercel
- Cloudflare
Production deployments should be fully automated.
Monitoring
The platform should monitor:
- Performance
- Errors
- Analytics
- Availability
Future Growth
The architecture is designed to support:
- Client work
- SaaS products
- AI applications
- Internal tools
- Educational content
- Open-source projects
without major structural changes.
Final Principle
The architecture should optimize for clarity, maintainability, and longevity rather than short-term development speed.
Every new system should simplify the project instead of increasing complexity.