AI-Compiled Flow Execution — Collapse, Extract, Parallelize, Converge, Tesseract
The Conductor Protocol treats workflow graphs as blueprints of intent, not imperative programs.
The Problem
Every workflow platform (n8n, Zapier, Make, Airflow) executes the same way: node by node, sequential.
- 10-node flow, 6 agent steps @ 4s each = 24+ seconds
- Branches wait for each other
- Cycles are impossible (DAG-only)
- No optimization — what you draw is what runs
The Five Primitives
The Conductor analyzes your graph and applies five optimization primitives:
| Primitive | What It Does |
|---|---|
| Collapse | Merge adjacent agent nodes into one LLM call |
| Extract | Deterministic nodes bypass LLM entirely |
| Parallelize | Independent branches run concurrently |
| Converge | Cycles iterate until outputs stabilize |
| Tesseract | 4D orchestration across depth & phase |
Performance
Sequential Execution: 24+ seconds
Conductor Execution: 4-8 seconds
Speedup: 4-10×
LLM Calls: 6 → 2-3
Converge: The Game-Changer
Most workflow engines are DAG-only — no cycles allowed. But real work often needs iteration:
Writer ↔ Editor (bidirectional edge)
Round 1: Draft → "Needs work on intro"
Round 2: Revised → "Much better, fix grammar"
Round 3: Final → "Approved" (92% similar to previous)
✓ Convergence detected — exit loop
No other platform can express this pattern.
The Conductor detects when outputs stabilize (configurable similarity threshold) and automatically exits the loop.
Tesseract: 4D Orchestration
For complex multi-agent systems, Tesseract adds a fourth dimension:
- X, Y — Spatial layout of nodes
- Z (Depth) — Nested subflows
- W (Phase) — Temporal synchronization
Event horizons act as sync points where all parallel branches must converge before proceeding.
New Capabilities
| Feature | Traditional | Conductor |
|---|---|---|
| Bidirectional edges | ||
| Cycles | ||
| Auto-optimization | ||
| Self-healing |
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MIT Licensed — Use it, fork it, improve it.
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