README.md

# ODFS — Ontological Drift & Form System

> **Cognitive Orchestration Layer for Agentic AI**  
> A field-theoretic runtime that gives AI agents identity, memory, and self-correction.

---

## What is ODFS?

Most agent frameworks are **plumbing** — they route inputs to tools and collect outputs.  
ODFS is **cognition** — it models *how* an agent thinks, not just what it does.

ODFS is built on one principle:

```
Existence = Stabilization + Growth
```

An agent that only stabilizes becomes rigid. One that only grows loses coherence.  
ODFS runs both engines simultaneously, keeping agents on-goal across long, complex tasks.

---

## The Problem with Current Agent Loops

```
# Every framework today, essentially:
while task_not_done:
    output = llm(input + context)
    execute(output)
```

**What's missing:**
- No identity — agent drifts from original goal as context grows
- No priority — all actions treated equally regardless of urgency
- No self-correction — wrong paths loop until token limit
- No autonomous thinking — purely reactive, never self-generates

ODFS fixes all four.

---

## Core Architecture: IPOD

ODFS organizes cognition into 5 layers with strict one-way data flow:

```
I  →  D  →  K  →  O  →  U
│                  │      │
Input           Output   Update
                Gate     (Dream + TIEN)
```

| Layer | Name | Role |
|-------|------|------|
| **I** | Input | Embed input → 6 cognitive field activations |
| **D** | State | UOBV state + long-term identity anchor C |
| **K** | Kernel | VDP dynamics — field interactions every step |
| **O** | Output | **3-zone gate**: emit / quarantine / excrete |
| **U** | Update | Dream Cycle + TIEN self-modification |

Two autonomous loops run in parallel:
- **Genesis Seed** — self-generates input from memory when idle (Default Mode Network equivalent)
- **Identity Monitor** — dual-gate drift detection after every K step

---

## The 6 Cognitive Fields

Every input is projected onto 6 parallel fields:

```
R = [Emotion, Logic, Reflection, Visual, Language, Intuition]
```

Field activations drive behavior. A task requiring careful analysis activates Logic + Reflection.  
An urgent situation activates Emotion. Ambiguous inputs activate Intuition.

The **Ω\* matrix** (block-sparse, DCIP-derived) governs field coupling:
- Cluster A (Affective): Emotion ↔ Intuition — 3.09× intra/inter ratio
- Cluster B (Structural): Logic ↔ Reflection — 2.33×
- Cluster C (Representational): Visual ↔ Language — 2.39×

---

## The 3-Zone Output Gate

This is what makes ODFS agents self-correcting:

```
S_survival score:

S > τ₁ (1.0)  →  ASSIMILATE  →  execute action / emit output
S < τ₂ (0.3)  →  EXCRETE     →  discard dead-end, log pattern
τ₂ ≤ S ≤ τ₁  →  QUARANTINE  →  trigger Dream Cycle re-planning
```

**Excrete** is a first-class output channel. Dead-end paths are abandoned, not looped.  
**Quarantine** triggers the Dream Cycle — the agent re-plans from residue memory.

---

## Identity Monitor: Dual-Gate

Agents drift. ODFS measures and corrects drift in real-time:

```
A_t = sim(R, C)         # "I am" — cosine similarity to identity anchor
N_t = dist(R, C⁻)       # "I am not" — distance to anti-anchor

S_id = 0.7·A_t - 0.3·N_t

S_id > 0.5   →  stable
0.1 ≤ S_id   →  soft correction (25% pull toward anchor)
S_id < 0.1   →  excrete flag
```

The anti-anchor **C⁻** is learned from excrete-zone states — the agent learns what it is *not* from experience.

---

## ODFS as Agentic AI Orchestrator

ODFS is a **drop-in cognitive layer** on top of any LLM:

```
┌─────────────────────────────────────┐
│           ODFS Runtime              │
│  Genesis ──→ I → D → K → O → U     │
│              ↑         ↓            │
│         Identity    3-zone gate     │
│         Monitor     Excrete/Dream   │
└──────────────┬──────────────────────┘
               │ tool calls / prompts
┌──────────────▼──────────────────────┐
│         LLM (any model)             │
│   phi-2 / Qwen / MiniLM / GPT-4    │
└─────────────────────────────────────┘
               │
        Environment / Tools
```

**What ODFS adds over LangGraph / AutoGen / CrewAI:**

| Feature | LangChain | AutoGen | CrewAI | **ODFS** |
|---------|-----------|---------|--------|----------|
| Identity stability | ✗ | ✗ | partial | **✓** |
| 3-zone self-correction | ✗ | ✗ | ✗ | **✓** |
| Autonomous idle thinking | ✗ | ✗ | ✗ | **✓** |
| Dead-end excretion | ✗ | ✗ | ✗ | **✓** |
| Field-based priority | ✗ | ✗ | ✗ | **✓** |
| Anti-anchor learning | ✗ | ✗ | ✗ | **✓** |

---

## Quickstart

```python
import numpy as np
from odfs import GenesisSeed, IdentityLoop, DLong, run_cycle

# Initialize
d = 64
P_fields = np.random.randn(d, 6) * 0.5   # replace with real embeddings
d_long   = DLong(C_init=[1.2, 1.0, 1.1, 0.9, 1.0, 0.8])
genesis  = GenesisSeed(d_long, P_fields)
identity = IdentityLoop(d_long, threshold=0.12)

# Run a cycle (external input)
embedding = your_model.encode("Research quantum computing trends")
U, decision = run_cycle(genesis, identity, d_long, external=embedding)

print(f"Dominant field: {decision['dominant_field']}")
print(f"Decision zone:  {decision['zone']}")   # assimilate / quarantine / excrete
print(f"Identity score: {decision['S_id']:.3f}")
```

```python
# Autonomous mode — no input needed
# ODFS self-generates from memory when idle
U, decision = run_cycle(genesis, identity, d_long, external=None)
# source = "genesis#1" — sampled from identity-weighted history
```

---

## Folder Structure

```
odfs/
  IPOD/
    I/   field_projection    genesis_seed
    D/   types               state_init       dlong_store
    K/   kernel_engine       vdp_core         veg_weight
         omega_ops           meta_ops         fields/
    O/   coherence           viability        decision    excrete
    U/   identity_loop       dream_cycle      tien        projections
  runtime/
    engine      locks      unconscious_store
```

**Organized by information flow, not engineering convention.**  
Every layer boundary is enforced at runtime — cross-layer violations throw `BoundaryViolation`.  
Designed for the AI-coding era: an AI agent implements one layer without needing to understand the full system.

---

## Theoretical Foundation

ODFS integrates 4 frameworks:

| Framework | Contribution |
|-----------|-------------|
| **ODFS core** | VDP field dynamics, Ω\* block-sparse coupling |
| **DCIP** | Grounded loss function L(θ), 3-cluster Ω\* derivation |
| **VEG** | Dynamic field attention weights per context |
| **Existence = Stab+Growth** | Dual-gate identity, 3-zone output, excrete channel |

Full mathematical specification: [`odfs_arch_v3.pdf`](./docs/odfs_arch_v3.pdf)

---

## Verified Runtime Results

```
Test            Steps   ρ_U     η       Drift   Identity
─────────────────────────────────────────────────────────
auto_1          1       1.217   0.809   0.100   ok
auto_2          1       1.212   0.743   0.108   ok
auto_3          1       1.168   0.706   0.214   CORRECTED
disturb         1       1.189   0.106   0.651   CORRECTED
recovery_1-3    1       1.19    0.21    0.47    CORRECTED

Ω* modularity:  Affective 3.09×  Structural 2.33×  Representational 2.39×
Genesis ticks:  7 autonomous cycles from memory
```

---

## Recommended Models

ODFS works with any embedding model. Recommended:

```python
# Lightest — pure embedding, no generation needed
sentence-transformers/all-MiniLM-L6-v2    # 22M params, d=384

# Small LM as K-kernel
microsoft/phi-2                            # 2.7B
Qwen/Qwen2.5-0.5B                         # 0.5B

# Architecturally closest (state-space dynamics ≈ VDP)
state-spaces/mamba-370m                    # 370M
```

---

## Status

| Component | Theory | Python | TypeScript | Calibrated |
|-----------|--------|--------|------------|------------|
| VDP + Ω\* | ✓ | ✓ | ✓ | ✓ |
| Numerical stability | ✓ | ✓ | spec | ✓ |
| Genesis Seed | ✓ | ✓ | spec | partial |
| Identity Monitor (dual-gate) | ✓ | spec | spec | — |
| 3-zone Output | ✓ | spec | spec | — |
| Anti-anchor C⁻ learning | ✓ | — | spec | — |
| VEG weighting | ✓ | — | spec | — |

---

## Author

**Nguyen Quy Tung (Kevin T.N)**  
Independent researcher, March 2026  

Built alone. No lab. No funding. Just the question:  
*What if software was organized by how information flows, not how engineers think?*

---

## License

MIT

---

*"The folder structure has no precedent in conventional software architecture.  
It is organized by information flow — and it runs."*