A newer version of the Gradio SDK is available:
6.2.0
metadata
title: Architecture
description: KGraph-MCP system architecture and design documentation
Architecture
Comprehensive documentation of KGraph-MCP's system architecture, design patterns, and technical implementation details.
ποΈ Architecture Sections
:material-sitemap:{ .lg .middle } Overview
High-level system architecture and component relationships.
:material-layers:{ .lg .middle } Components
Detailed breakdown of system components and their responsibilities.
:material-graph:{ .lg .middle } Knowledge Graph
Knowledge Graph design, schema, and integration patterns.
:material-robot:{ .lg .middle } AI Agents
Agent framework architecture and autonomous system design.
π― Core Design Principles
KGraph-MCP is built on these foundational principles:
1. Knowledge-Driven Architecture
- Semantic representation of MCP primitives
- Graph-based tool discovery and orchestration
- Intelligent tool selection and routing
2. Agent-Based Autonomy
- Specialized AI agents for different functions
- Self-orchestrating tool networks
- Autonomous task planning and execution
3. Modular & Extensible
- Plugin-based architecture
- Clean separation of concerns
- Easy integration with existing MCP servers
4. Performance & Scalability
- Efficient graph operations
- Asynchronous processing
- Horizontal scaling capabilities
π§© System Components
graph TB
subgraph "KGraph-MCP Architecture"
subgraph "Presentation Layer"
gradio[Gradio UI]
fastapi[FastAPI Server]
end
subgraph "Agent Layer"
planner[Planner Agent]
selector[Selector Agent]
executor[Executor Agent]
supervisor[Supervisor Agent]
end
subgraph "Knowledge Layer"
kg[Knowledge Graph]
embeddings[Embedding Service]
reasoning[Reasoning Engine]
end
subgraph "Integration Layer"
mcp[MCP Connectors]
tools[Tool Registry]
servers[MCP Servers]
end
end
gradio --> fastapi
fastapi --> planner
planner --> selector
selector --> executor
executor --> supervisor
planner --> kg
selector --> kg
executor --> tools
supervisor --> kg
kg --> embeddings
kg --> reasoning
tools --> mcp
mcp --> servers
π Architecture Patterns
- Event-Driven Architecture - Asynchronous event processing
- Microservices Pattern - Loosely coupled, independently deployable services
- Repository Pattern - Data access abstraction
- Strategy Pattern - Pluggable algorithms and behaviors
- Observer Pattern - Real-time status updates and monitoring
π Integration Points
- MCP Protocol - Model Context Protocol compliance
- RESTful APIs - HTTP-based external integrations
- WebSocket - Real-time bidirectional communication
- Graph Databases - Native graph storage and querying
- Vector Databases - Semantic search and similarity
π Related Documentation
- Developer Guide - Development and contribution
- API Reference - Complete API documentation
- User Guide - Getting started guide