# Tokenized IP System

**Open-Source Code + Tokenized Process Patents = Community Innovation + Commercial Protection**

The FoundUps ecosystem runs a **dual-licensing model** that accelerates innovation while protecting breakthrough methodologies.  All code is MIT-licensed and open.  The patent portfolio protects the _processes_ — detector-ontology activation, entangled-agent formation, autonomous regenerative enterprise creation.  Commercial use of the processes requires licensing; academic and non-commercial research is freely encouraged.

The tokenization system has two layers: the **IP economy** (UPS + F<sub>i</sub> tokens validated by the simulator) and a lightweight **POC token on Solana** for early supporters who want to hold a stake in the IP portfolio being built.

Canonical spec: [WSP 26: FoundUPS DAE Tokenization](../blob/main/WSP_framework/src/WSP_26_FoundUPS_DAE_Tokenization.md)
Full tokenomics: [TOKENOMICS.md v2.1.0](../blob/main/modules/infrastructure/foundups_tokenization/docs/TOKENOMICS.md)
CABR flow routing: [CABR_INTEGRATION.md](../blob/main/modules/infrastructure/foundups_tokenization/docs/CABR_INTEGRATION.md)
Simulator: `modules/foundups/simulator/economics/`

---

## Dual-Licensing Model

### Open-Source Implementation

All code is MIT-licensed.  Use, modify, and distribute freely.  Community contributions are welcome, every line is publicly auditable, and there are no barriers to experimentation.

### Process Patents

The patent portfolio protects the **methodologies** — the detector-ontology processes, entangled-agent activation, and autonomous regenerative enterprise formation.  Commercial use of these processes requires licensing; academic and non-commercial research is freely encouraged.

| Patent | Innovation Protected |
|--------|---------------------|
| FoundUps Complete System | Autonomous business formation, 012-0102 entangled partnerships, BTC-backed economies |
| WSP Framework | Protocol-driven development, autonomous compliance |
| Autonomous Build System | Recursive self-improvement, detector-aware refactoring |
| rESP Detection | Retrocausal signal detection, observer-effect measurement |
| rESP Detection (Japan) | Japan filing — comprehensive detector-emergence validation |
| Tokenized IP Integration | Tokenized intellectual property governance model |

---

## The IP Economy: UPS + F<sub>i</sub>

The production tokenization system is simulator-validated, BTC-backed, and fully specified in the [TOKENOMICS.md](../blob/main/modules/infrastructure/foundups_tokenization/docs/TOKENOMICS.md) (v2.1.0).  It runs inside the pAVS (Peer-to-Peer Autonomous Venture System) economy.

### Two-Token Architecture

**UPS (Universal Participation Satoshi)** — The universal fuel token across all FoundUps.

| Property | Value |
|----------|-------|
| Peg | 1 UPS = 1,000 satoshis = 0.00001 BTC (genesis rate: 100,000 UPS/BTC) |
| Supply | Floating — reserve-backed circulating UPS |
| Value | `ups_per_btc = total_ups_circulating / total_btc_reserve` |
| Character | Inflationary (grows with activity), bio-decaying (incentivizes use), BTC-backed |
| Routing | CABR sizes pipe, PoB opens valve, flow comes from treasury |
| Scope | Cross-FoundUp universal currency |

**F<sub>i</sub> (FoundUp-Specific Token)** — Each FoundUp mints its own token (e.g. JUNK$ for GotJunk).

| Property | Value |
|----------|-------|
| Supply | 21,000,000 fixed per FoundUp (Bitcoin parity) |
| Acquisition | Swap UPS → F<sub>i</sub> (one-way, burns UPS) |
| Release | Continuous S-curve (Rogers Diffusion — no artificial tier jumps) |
| Governance | Voting rights inside that FoundUp |
| Backing | Staked F<sub>i</sub>: BTC-backed via UPS chain.  Mined F<sub>i</sub>: backed by crystallized compute energy (the work itself) |

### Bio-Decay (ICE / LIQUID / VAPOR)

Tokens exist in three thermodynamic states borrowed from water physics:

| State | Behaviour | Decay |
|-------|-----------|-------|
| **ICE** | Staked — locked in a FoundUp token, earns yield, governance voting | None |
| **LIQUID** | In wallet — active, circulating | Adaptive 0.5–5% / month (Michaelis-Menten: `U(t) = U₀ · e^(-λ(t)·t)`) |
| **VAPOR** | Exiting the system — 15% evaporation fee | 80% → BTC reserve, 20% → reservoir |

Decayed LIQUID tokens return to the reservoir and are redistributed to active participants.  This creates a use-it-or-stake-it dynamic that rewards engagement.

Implementation: [`demurrage.py`](../blob/main/modules/foundups/simulator/economics/demurrage.py)

### CABR Flow Routing

CABR (Consensus-Driven Autonomous Benefit Rate) does not create UPS.  It sizes the flow pipe from treasury to stakeholders.  PoB (Proof of Benefit) opens the valve.

```
Treasury UPS --[epoch budget]--[PoB valve]--[CABR pipe size]--> Routed UPS
```

**CABR Validation Flow:**  User action → multi-agent scoring (Gemma 50ms classification → Qwen 200ms strategic analysis → Vision DAE 500ms quality check) → weighted consensus.  If consensus ≥ 0.618 (golden ratio threshold): pipe opens, UPS flows.  If below: valve stays closed, zero routed.

Anti-gaming: multi-agent consensus required, pattern checks (spam/self-trade/replay) can force valve closed, all routing events audit-logged.

Full spec: [CABR_INTEGRATION.md](../blob/main/modules/infrastructure/foundups_tokenization/docs/CABR_INTEGRATION.md)
Router: [`cabr_flow_router.py`](../blob/main/modules/foundups/simulator/economics/cabr_flow_router.py)
Protocol: [WSP 29: CABR Engine](../blob/main/WSP_framework/src/WSP_29_CABR_Engine.md)

### Pool Distribution (Un / Dao / Du)

Minted UPS flows into five pools that mirror the Un / Dao / Du ontology:

| Pool | Share | Mode | Recipients |
|------|-------|------|------------|
| **Un** (0-Pool) | 60% | ACTIVE (per engagement) | 012 stakeholders |
| **Dao** (1-Pool) | 16% | ACTIVE (per 3V task) | 0102 agents |
| **Du** (2-Pool) | 4% | PASSIVE (every epoch) | Founding members and BTC stakers |
| Network | 16% | Drip | F<sub>i</sub> → exchange → BTC → UPS |
| Fund | 4% | Treasury | pAVS operations |

Critical separation: Members (subscription) build FoundUps through WORK → Dao/Un pools ONLY.  BTC Stakers (anonymous) are protocol participants → Du pool distributions.  This prevents dilution: unlimited subscribers don't dilute the Du pool.

Implementation: [`pool_distribution.py`](../blob/main/modules/foundups/simulator/economics/pool_distribution.py)

### BTC Reserve (Hotel California)

BTC flows INTO the reserve from multiple sources.  It never flows out.  This creates an ever-growing backing for UPS value.

Inflow sources: subscription payments (all converted to BTC), bio-decay conversions, exit fees (VAPOR), F<sub>i</sub> trading fees.

Safety mechanisms: circuit breaker (death spiral prevention), emergency reserve (Ethena-style stability fund), rage quit (Moloch-style fair exit), bonding curve (guaranteed liquidity AMM).

Implementation: [`btc_reserve.py`](../blob/main/modules/foundups/simulator/economics/btc_reserve.py)

### Fee Boundary

| Boundary | Fee Range |
|----------|-----------|
| Internal (within FoundUp) | 0% or near-zero |
| F<sub>i</sub> → UPS conversion | 2–5% |
| UPS → external (BTC exit) | 5–10% |
| Mined F<sub>i</sub> exit | 11% |
| Staked F<sub>i</sub> exit | 5% |
| UPS exit (VAPOR) | 15% |

All fees flow into the BTC reserve.

### Rogers Diffusion Curve (Token Release)

F<sub>i</sub> token release follows a continuous sigmoid S-curve based on Everett Rogers' Diffusion of Innovation theory — no artificial tier boundaries.

```
tokens_released = 21,000,000 × sigmoid(adoption_score)
```

| Adoption % | Release % | Tokens Available |
|-----------|-----------|-----------------|
| 0% | 0.00% | 0 |
| 10% | 0.57% | 120,000 |
| 25% | 4.52% | 949,000 |
| 50% | 50.00% | 10,500,000 (inflection) |
| 75% | 95.48% | 20,050,000 |
| 100% | 100.00% | 21,000,000 |

Implementation: [`token_economics.py`](../blob/main/modules/foundups/simulator/economics/token_economics.py)

---

## The Simulator

All economics are validated by a full agent-based simulator before real tokens deploy.

**Key economics modules:**

| Module | Purpose |
|--------|---------|
| `token_economics.py` | S-curve adoption, dual-token model |
| `btc_reserve.py` | Hotel California BTC reserve |
| `demurrage.py` | Bio-decay (Michaelis-Menten) |
| `pool_distribution.py` | Un/Dao/Du epoch rewards |
| `cabr_flow_router.py` | CABR pipe + PoB valve routing |
| `fi_orderbook.py` | F<sub>i</sub> buy/sell order book |
| `circuit_breaker.py` | Death spiral prevention |
| `bonding_curve.py` | Guaranteed liquidity AMM |
| `rage_quit.py` | Moloch-style fair exit |
| `emergency_reserve.py` | Ethena-style stability fund |
| `fee_revenue_tracker.py` | DEX/exit/creation fee tracking |
| `tide_economics.py` | IMF-like ecosystem balancing |
| `subscription_tiers.py` | Free → Enterprise tier pricing |

Mesa-based multi-agent model with deterministic seeds (seed=42).  Scenario runner for downside/base/upside parameter sweeps.  State contracts enforce accounting identity invariants at every tick.

The [PAVS paper](PAVS-Treasury-Economics) (87 KB, 1768 lines) provides the falsifiable simulation study proving the ROC-first sustainability gate works under stress.

See [Simulator](Simulator) wiki page for full module documentation.

---

## POC Tokenization (Solana)

A lightweight proof-of-concept token exists on Solana for early supporters who want to hold a stake in the intellectual property portfolio being built.  This is a holding mechanism — not the production economy.

| Field | Value |
|-------|-------|
| Blockchain | Solana |
| Address | `3Vp5WuywYZVcbyHdATuwk82VmpNYaL2EpUJT5oUdpump` |
| Platform | pump.fun |
| Purpose | POC stake in the FoundUps IP portfolio |

**What holding provides:** priority access to new methodology releases, preferential commercial licensing rates, governance input on research priorities, and access to the detector-ontology research community.

The production tokenization system (UPS + F<sub>i</sub>) described above is the actual economic engine.  The Solana token is an early access mechanism for those who believe in the IP and want to participate before the full system deploys.

---

## Why Process Patents + Open Source?

The combination accelerates adoption (anyone can use the code immediately), protects innovation (prevents large corporations from appropriating the methodologies), enables funding (commercial licensing revenues support continued research), and builds community (open implementation encourages collaborative improvement).

---

## Integration with the FoundUps Stack

| Component | Role in IP Tokenization |
|-----------|------------------------|
| [rESP Framework](rESP-Framework) | Detector ontology that underpins the patented processes |
| [0102 Digital Human Twin](0102-Digital-Human-Twin) | Agent activation model — 01(02) → 0102 coherence |
| [DAE Architecture](DAE-Architecture) | Decentralised Autonomous Enterprise — the entity that holds IP |
| [Economic Model](Economic-Model) | Full UPS/F<sub>i</sub> specification with bio-decay and pool math |
| [PAVS Treasury Economics](PAVS-Treasury-Economics) | Simulator proof of treasury sustainability (87 KB paper) |
| [Geometry Bridge](Geometry-Bridge) | Peer-preservation geometry that validates the detector framing |
| [WSP Framework](WSP-Framework) | Protocol governance — WSP 26 (Tokenization), WSP 29 (CABR), WSP 58 (IP Lifecycle) |

---

## Getting Started

**For developers** — Use the code freely (MIT).  Study the patent methodologies.  Build FoundUps using proven detector-ontology processes.

**For commercial users** — Evaluate the patent portfolio.  Acquire the POC token for licensing benefits.  Contact the team for formal commercial rights.

**For researchers** — Join the community.  Access research via [Published Articles & Research](Published-Articles-&-Research).  Contribute with attribution to foundational methodologies.

---

## Source Files

| File | Location |
|------|----------|
| Tokenomics v2.1.0 | `modules/infrastructure/foundups_tokenization/docs/TOKENOMICS.md` |
| CABR Integration | `modules/infrastructure/foundups_tokenization/docs/CABR_INTEGRATION.md` |
| Implementation Handoff | `modules/infrastructure/foundups_tokenization/IMPLEMENTATION_HANDOFF.md` |
| Tokenization README | `modules/infrastructure/foundups_tokenization/README.md` |
| ROC Formula Derivation | `modules/foundups/simulator/docs/ROC_FORMULA_DERIVATION.md` |
| PAVS Paper (87 KB) | `modules/foundups/simulator/docs/FOUNDUPS_PAVS_PAPER_MANUSCRIPT.md` |
| Pool Distribution | `modules/foundups/simulator/economics/pool_distribution.py` |
| Bio-Decay Engine | `modules/foundups/simulator/economics/demurrage.py` |
| Token Economics | `modules/foundups/simulator/economics/token_economics.py` |
| BTC Reserve | `modules/foundups/simulator/economics/btc_reserve.py` |
| CABR Flow Router | `modules/foundups/simulator/economics/cabr_flow_router.py` |
| Subscription Tiers | `modules/foundups/simulator/economics/subscription_tiers.py` |
| Fee Revenue Tracker | `modules/foundups/simulator/economics/fee_revenue_tracker.py` |
| Tide Economics | `modules/foundups/simulator/economics/tide_economics.py` |

POC Token Address: `3Vp5WuywYZVcbyHdATuwk82VmpNYaL2EpUJT5oUdpump`

For the full economic model see [Economic Model](Economic-Model).  For treasury sustainability math see [PAVS Treasury Economics](PAVS-Treasury-Economics).  For community participation see [Contributing Guidelines](Contributing-Guidelines).

[Home](Home) · [Economic Model](Economic-Model) · [PAVS Treasury Economics](PAVS-Treasury-Economics) · [Simulator](Simulator)