Category 02
Architecture
7-layer hierarchy model, 3-role model (A-B-C), concurrent task model, event-driven architecture — Structural design for AI-native organizations.
7
Hierarchy Layers
3
Role Model (A-B-C)
4
Core Principles
0
Zero Polling
Core Documents
Hierarchy spanning from purpose to implementation, role allocation, concurrency, and event-driven design — the blueprints defining the system's backbone.
7-Layer Hierarchy Model
7-layer decomposition from Higher Purpose to Subtask. AI-driven top-down decomposition and consistency checking.
3-Role Model (A-B-C)
Autonomous decentralized organization design with 3 roles: Framer, Orchestrator, and Executor.
A = Framer
The visionary who defines problems and sets the vision
B = Orchestrator
AI agent that decomposes tasks and manages flow
C = Executor
Fast-executing AI agents + specialists. "Compound interest of AI speed"
Concurrent Task Model
Concurrency design through 2-axis transformation: skill-dependent to process-dependent, synchronous to asynchronous.
2-Axis Transform: Skill-dependent to process-dependent, sync to async
Principle: "Structured merges enable unstructured work"
3 Patterns: Fully independent, branch-merge, hierarchical concurrency
Event-Driven Architecture
Real-time system powered by Event Stream + Knowledge Graph + Materialized Views + Actor Groups.
Core Components: Event catalog and TypeScript type-safe design
4 Principles: Zero Polling, real-time propagation, concurrent evolution, AI speed compound interest
Tech Stack