C4-Composer Optimal team assembly with mathematical guarantees
Analyzes tasks through the lens of 27 cognitive functions, then assembles minimal agent teams with 100% coverage guarantees.
๐ง Concept / In DevelopmentThe Concept How It Works
Task Analysis
Decompose task into required cognitive functions
Functor Mapping
Identify which of 27 functors are needed
Agent Matching
Match C4-tagged agents to requirements
Team Assembly
Generate optimal composition with coverage proof
Example: "Create leadgen system" โ requires ฯ(Present), ฮด, ฯ functors
Composer selects: history_checker[ฯ], qualifier[ฮด], crm_integrator[ฯ]
Result: 3 agents, 100% coverage, mathematical guarantee of no gaps.
Architecture Built on UCOS
Task Input
Natural language description โ C4 functor requirements
C4 Analyzer
Maps to 27-state space, identifies coverage needs
Agent Registry
C4-tagged agents: each has {functors, modalities, capabilities}
Composer Engine
Optimal matching: minimum agents, maximum coverage
Coverage Proof
Mathematical guarantee: all functors covered, no redundancy
Implementation Development Repositories
C4 Protocol
Core protocols and safety infrastructure for multi-agent systems. Implements C4-META protocol.
- Agent state management (27 states)
- QZRF operator implementation
- C4-SECURE safety layers
- META theorem enforcement
Agents of Order
Validation research and experimental implementations. Testing C4 in real-world scenarios.
- Experimental agent teams
- Coverage validation
- Safety testing
- Performance benchmarks
Collaborate
Interested in implementing C4-Composer? The architecture is open for collaboration. We're looking for engineers, researchers, and safety specialists.