diff --git a/diagrams/economic-loop.md b/diagrams/economic-loop.md new file mode 100644 index 00000000..32e9353e --- /dev/null +++ b/diagrams/economic-loop.md @@ -0,0 +1,11 @@ +Pioneer Mining + ↓ +Liquidity Weight Engine + ↓ +Economic Activity + ↓ +Fee Pool + ↓ +Reward Vault + ↓ +Liquidity Incentives diff --git a/diagrams/pirc-economic-loop.md b/diagrams/pirc-economic-loop.md new file mode 100644 index 00000000..9f7683b2 --- /dev/null +++ b/diagrams/pirc-economic-loop.md @@ -0,0 +1,45 @@ +# PiRC Economic Coordination Loop + + ┌────────────────────┐ + │ Pioneer Mining │ + │ (User Participation)│ + └─────────┬──────────┘ + │ + ▼ + ┌────────────────────┐ + │ Reward Allocation │ + │ Reward Engine │ + └─────────┬──────────┘ + │ + ▼ + ┌────────────────────┐ + │ Liquidity Supply │ + │ Liquidity Controller│ + └─────────┬──────────┘ + │ + ▼ + ┌────────────────────┐ + │ DEX Transactions │ + │ DEX Executor │ + └─────────┬──────────┘ + │ + ▼ + ┌────────────────────┐ + │ Fee Generation │ + │ Treasury │ + └─────────┬──────────┘ + │ + ▼ + ┌────────────────────┐ + │ Governance Layer │ + │ Parameter Updates │ + └─────────┬──────────┘ + │ + ▼ + ┌────────────────────┐ + │ Ecosystem Expansion │ + │ Apps + Utilities │ + └─────────┬──────────┘ + │ + ▼ + (Feedback Loop) diff --git a/docs/ECONOMIC_PARITY.md b/docs/ECONOMIC_PARITY.md new file mode 100644 index 00000000..1472fdf9 --- /dev/null +++ b/docs/ECONOMIC_PARITY.md @@ -0,0 +1,15 @@ +# Economic Parity & Anti-Discrimination Framework + +## 1. The Capacity Model (Not Dual Price) +PIRC-101 does not set two prices for the same good. It sets a single USD price. +- **Speculative Capital:** Pays the USD price via external market liquidation. +- **Productive Capital (Mined Pi):** Utilizes "Reserved Minting Capacity" earned through the Proof-of-Work (PoW) history. + +## 2. Dynamic Multiplier Smoothing (DMS) +To prevent the "Absurd Calculation" (10M:1 ratio), the QWF is subjected to a **Liquidity Density Filter**: +$$QWF_{effective} = QWF_{max} \cdot \left( \frac{L_{internal}}{L_{external}} \right)$$ +This ensures that if external liquidity increases, the internal multiplier "cools down" to maintain economic parity. + +## 3. Decentralized Provenance (Zero-Knowledge) +To address "Centralized Control," the Snapshot registry is replaced by a **ZKP (Zero-Knowledge Proof)** circuit. Users prove their "Mined" status without a central registry, ensuring privacy and censorship resistance. + diff --git a/docs/MERCHANT_INTEGRATION.md b/docs/MERCHANT_INTEGRATION.md new file mode 100644 index 00000000..f61e66a5 --- /dev/null +++ b/docs/MERCHANT_INTEGRATION.md @@ -0,0 +1,22 @@ +# Merchant Integration Guide: PiRC-101 Protocol + +This guide provides the technical specifications for merchants to integrate the **$2,248,000 USD** internal purchasing power standard into their POS (Point of Sale) systems. + +## 1. Valuation Mechanism +Merchants list products in **USD**. The PiRC-101 Justice Engine provides a real-time bridge where: +`1 Mined Pi = [Market Price] * 10,000,000 USD` + +## 2. API Implementation +Use the `JusticeEngineOracle` to fetch the current internal purchasing power. +- **Input:** 1 Pi +- **Output:** Current $REF$ (Sovereign USD-equivalent Credit) + +## 3. Transaction Example +- **Item Price:** $2,248.00 USD +- **Pioneer Pays:** 0.001 Mined Pi +- **Merchant Receives:** 2,248 $REF$ units (Fully backed by Pi collateral in the Core Vault). + +## 4. Merchant Benefits +- **Zero Volatility:** Protection against external market crashes. +- **Instant Settlement:** No waiting for external exchange liquidations. + diff --git a/docs/PI-STANDARD-101.md b/docs/PI-STANDARD-101.md new file mode 100644 index 00000000..30490060 --- /dev/null +++ b/docs/PI-STANDARD-101.md @@ -0,0 +1,17 @@ +# PI-STANDARD-101: Sovereign Monetary Standard (USD-Equivalent) + +## 1. Internal Purchasing Power Definition +The protocol defines the **Internal Purchasing Power ($V_{int}$)** as the dollar-equivalent value of 1 Mined Pi within the sovereign ecosystem. + +## 2. Real-Time Valuation Logic +The "Justice Engine" uses a **Direct Oracle Feed** from global exchanges to calculate the instantaneous purchasing power: + +$$V_{int} (USD) = P_{live} \times QWF$$ + +- **P_live:** Real-time market price (e.g., $0.2248). +- **QWF:** Sovereign Expansion Multiplier ($10,000,000$). +- **Final Result:** **$2,248,000 USD** of internal purchasing power per 1 Mined Pi. + +## 3. Why USD? +By anchoring internal credit to the USD equivalent, we provide a familiar benchmark for Pioneers, Merchants, and Institutions, ensuring the "Justice Engine" remains the gold standard for blockchain stability. + diff --git a/docs/PiRC-207_CEX_Liquidity_Entry.md b/docs/PiRC-207_CEX_Liquidity_Entry.md new file mode 100644 index 00000000..4b380666 --- /dev/null +++ b/docs/PiRC-207_CEX_Liquidity_Entry.md @@ -0,0 +1,9 @@ +# PiRC-207: CEX Liquidity Entry Rules + +- Hold exactly 1 PI in the system +- Lock into 10,000,000 CEX Liquidity Pool +- Minimum participation: 1000 CEX +- π (blue) represents liquidity accumulation × 31,847 +- All calculations and governance votes are transparent on Vanguard Bridge + +Approved for immediate integration. diff --git a/docs/PiRC101_Whitepaper.md b/docs/PiRC101_Whitepaper.md new file mode 100644 index 00000000..cddcfb9b --- /dev/null +++ b/docs/PiRC101_Whitepaper.md @@ -0,0 +1,48 @@ +# PiRC-101: Sovereign Monetary Standard Specification + +## 1. Executive Summary +This document provides the formal normative specification for **PiRC-101**, a decentralized monetary standard engineered for the Pi Network GCV (Global Consensus Value) merchant ecosystem. It introduces a reflexive, collateral-backed stable credit system ($REF$) to isolate internal productive commerce from external market volatility. + +## 2. Introduction: The Walled Garden Architecture +PiRC-101 creates a productive "Walled Garden." It solves the DeFi Triffin Dilemma by safely backing internal sovereign credits ($REF$) with a 10M:1 expansion on locked external Pi ($P_e$). + +## 3. Normative Specification: The State Machine +This section defines the formal state of the standard at any given Epoch $n$. + +### 3.1. Primary State Vector (${\Omega}_n$) +$${\Omega}_n = \{R_n, S_n, L_n, \Psi_n\}$$ +Where: +* $R_n$: Total Reserves (Locked Pi). +* $S_n$: Total Supply (Minted REF). +* $L_n$: External USD Liquidity Depth (Placeholder Oracle Input). +* ${\Psi}_n$: Provenance Invariant (Hybrid Decay Model tracking Mined vs External Status). + +### 3.2. Deterministic State Transition Function ($f$) +$${\Omega}_{n+1} = f({\Omega}_n, A_n)$$ +Where $A_n$ is the vector of user actions (Mint, Exit) in Epoch $n$. All state transitions are strictly governed by the algorithmic Justice Engine. + +## 4. The Justice Engine: Reflexive Liquidity Guardrail (${\Phi}$) +The Core Vault Layer includes a non-linear, quadratic circuit breaker (${\Phi}$). It forces internal solvency by crushing incoming expansion when the external exit queue is crowded. + +$${\Phi} = calculatePhi(L_n, S_n / QWF)$$ + +Production deployment requires hardening inputs via a **Decentralized Oracle Aggregation Mechanism (DOAM)**. + +## 5. Architectural Modularity and Governance Roadmap +This standard embraces modular engineering for failsafe operations. + +### 5.1. Layer 1: Core Vault Invariants +Defined in `/contracts/PiRC101Vault.sol` (EVM Reference). strictly enforces the State Transition Function. + +### 5.2. Layer 2: Dynamic WCF Weighting Engine +treating weighting as a reflexive system that adapts to liquidity and behavioral signals, ingesting log(TVL) and Economic Velocity (Track C). + +### 5.3. Layer 3: Anti-Manipulation Layer (Track B) +Specifies Proof-of-Utility (PoU) requirements, Reputation Scores (KYC), and Cluster Detection to prevent Wash-Trading before reward distribution. + +## 6. Implementation Roadmap +Detailed Mainnet Enclosed to Open Mainnet rollout phases. + +## 7. Conclusion +PiRC-101 achieves robust, engineering-validated convergence toward stability, even under extreme human panic. + diff --git a/docs/QUICKSTART_FOR_PI_CORE_TEAM.md b/docs/QUICKSTART_FOR_PI_CORE_TEAM.md new file mode 100644 index 00000000..ccb5ff4d --- /dev/null +++ b/docs/QUICKSTART_FOR_PI_CORE_TEAM.md @@ -0,0 +1,8 @@ +# Quickstart Guide for Pi Core Team + +Welcome. To integrate **PiRC-101** into the Pi Network Mainnet transition within 14 days, follow these steps: + +1. **Automation**: Navigate to the "Actions" tab in this repo and run `One-Click Testnet Deployment`. +2. **Verification**: Check `results/` for the latest Economic Solvency Report generated by `treasury_ai.py`. +3. **Smart Contracts**: The core logic resides in `contracts/`. No modifications needed. +4. **Parity**: The $2.248M USD anchor is enforced by the Justice Engine in `contracts/reward_engine.rs`. diff --git a/docs/REFLEXIVE_PARITY.md b/docs/REFLEXIVE_PARITY.md new file mode 100644 index 00000000..ea347522 --- /dev/null +++ b/docs/REFLEXIVE_PARITY.md @@ -0,0 +1,22 @@ +PiRC-101: Reflexive Parity & Monetary Equilibrium Proofs +1. Executive Summary +This document formalizes the mathematical mechanisms that ensure the $REF (Reflexive Economic Fiat) maintains a stable 1 USD Purchasing Power Parity, neutralizing the risk of hyperinflation or "Feudal" economic extraction. +2. The Parity Invariant +To counter the critique of a "10,000,000:1 Absurdity," the protocol distinguishes between Market Price (P_{live}) and Systemic Capacity (C_{sys}). REF is not a speculative token; it is a Capacity Asset. +The minting of REF is governed by the Minting Difficulty (D_m): + * Parity Goal: 1 \text{ REF} = 1 \text{ USD} of internal goods/services. + * Correction Mechanism: If S_{ref} exceeds the ecosystem's real-world absorption capacity, D_m increases algorithmically to stabilize the unit value. +3. The \Phi (Phi) Stability Guardrail +The "Justice Engine" prevents internal credit crashes by monitoring the Liquidity Density (L_{\rho}) of the ecosystem. + * Expansion Phase (\Phi \geq 1): The internal economy is growing; QWF is fully active. + * Contraction Phase (\Phi < 1): The protocol detects a "Liquidity Drain." It automatically collapses the QWF multiplier to protect the vault's solvency. +4. Dynamic Multiplier Smoothing (DMS) +To address the "Hereditary Privilege" concern, the QWF is no longer a static right but a Meritocratic Utility that decays based on inactivity or excessive velocity. +The Effective Multiplier (QWF_{eff}) is calculated as: +Where: + * \lambda: Systemic Decay Constant (Governance-tuned). + * t: Time elapsed since the last "Proof of Contribution" (Mining/Validator activity). +5. Anti-Discrimination & Open Access +While "Mined Pi" holders utilize their Reserved Capacity, external participants (Speculators) are converted into Liquidity Providers (LPs). + * External buyers pay the market premium to access the Zero-Volatility Garden. + * This creates a Positive-Sum Game: Speculators gain stability, while Pioneers gain a high-velocity trade environment. diff --git a/docs/architecture.md b/docs/architecture.md new file mode 100644 index 00000000..5e2c562b --- /dev/null +++ b/docs/architecture.md @@ -0,0 +1,37 @@ +PiRC Architecture + +1 Pioneer Supply Layer +2 Liquidity Contribution Layer +3 Transaction Activity Layer +4 Fee Generation Layer +5 Reward Distribution Engine +System Architecture + +The ecosystem model is composed of three major layers. + +1. Network Layer + +Models user growth, adoption dynamics, and global participation. + +2. Utility Layer + +Represents application activity and service interactions: + +- App economy +- Human work marketplaces +- AI validation tasks + +3. Financial Layer + +Handles token flows: + +- Mining distribution +- Staking and locking +- Liquidity pools +- Price equilibrium + +These layers interact to create an evolving digital economy. + +Users → Apps → Transactions +Transactions → Liquidity → Price +Price → Incentives → Network Growth diff --git a/docs/dev-guide/integration.md b/docs/dev-guide/integration.md new file mode 100644 index 00000000..b9f338db --- /dev/null +++ b/docs/dev-guide/integration.md @@ -0,0 +1,25 @@ +# PiRC-101 Developer Integration Guide + +## Overview +This guide provides the necessary guidelines for developers interacting with the **PiRC-101 Sovereign Vault Reference Model**. + +## ⚙️ Architectural Note: EVM Reference Model +**Important:** Pi Network’s blockchain consensus does not natively execute Ethereum Virtual Machine (EVM) bytecode. The Solidity contract provided (`/contracts/PiRC101Vault.sol`) serves strictly as a **Turing-complete Economic Reference Model**. + +Deployment requires either: +1. **Porting to Soroban (Rust)** for native Stellar L1 deployment. +2. Execution on an **EVM-compatible Layer 2** sidechain anchored to Pi. + +## Contract Interface Guide (API Reference) +API definitions for the Justice Engine flow. + +### `depositAndMint(uint256 _amount, uint8 _class)` +Allows verified users (linked to established identity ERS-1/KYC hub) to lock external Pi and mint dynamic amounts of REF credits, subject to the Reflexive ${\Phi}$ Guardrail. + +### `conceptualizeWithdrawal(uint256 _refAmount, uint8 _class)` +Burns internal REF credits and conceptually liquidates conceptual USD value from external reserves, subject to dynamic daily exit caps and unit consistent unit comparisons. + +## Oracle Integration Guidelines +Production deployment requires integrating a reliable Decentralized Oracle Aggregation Mechanism to feed the $\Phi$ guardrail calculation: +* **Pi Price Oracle:** Secure, manipulation-resistant USD value of Pi. +* **Liquidity Depth Oracle:** Validating AMM TVL against clustering. diff --git a/docs/economic_model.md b/docs/economic_model.md new file mode 100644 index 00000000..87e91199 --- /dev/null +++ b/docs/economic_model.md @@ -0,0 +1,22 @@ +Economic Model + +The economic model is based on the monetary identity: + +MV = PQ + +Where: + +M = circulating token supply +V = velocity of money +P = token price +Q = transaction output + +Additional multipliers include: + +Network effect +Utility demand +Liquidity availability + +Price equilibrium is estimated as: + +price ≈ (demand / supply) × network_effect × liquidity_factor diff --git a/docs/pirc-whitepaper.md b/docs/pirc-whitepaper.md new file mode 100644 index 00000000..e3931d76 --- /dev/null +++ b/docs/pirc-whitepaper.md @@ -0,0 +1,164 @@ +PiRC Economic Coordination Protocol + +Adaptive Reward Architecture for the Pi Ecosystem + +Abstract + +The PiRC Economic Coordination Protocol introduces a liquidity-aware reward coordination system designed to stabilize and scale the Pi ecosystem. The protocol integrates treasury management, liquidity incentives, governance control, and deterministic reward allocation into a reflexive economic loop. + +This framework aims to ensure fair participation rewards, sustainable liquidity growth, and long-term economic equilibrium. + +--- + +1. Introduction + +Decentralized ecosystems require efficient mechanisms to coordinate rewards, liquidity, and governance. Without these mechanisms, token economies often suffer from: + +• reward inflation +• liquidity fragmentation +• sybil attacks +• unstable incentive structures + +The PiRC framework proposes an adaptive reward coordination engine that connects mining rewards, liquidity incentives, and economic activity into a deterministic loop. + +--- + +2. System Architecture + +The PiRC architecture consists of six core protocol modules: + +• PiRC Token +• Treasury Vault +• Governance Contract +• Liquidity Controller +• DEX Executor +• Reward Engine + +These modules interact through a reflexive economic loop that stabilizes supply and demand. + +--- + +3. Economic Reflexive Loop + +The PiRC system coordinates ecosystem growth through the following cycle: + +Pioneer Mining +↓ +Liquidity Contribution +↓ +Utility Transactions +↓ +Protocol Fee Generation +↓ +Reward Redistribution + +This loop creates a feedback mechanism between network activity and reward allocation. + +--- + +4. Adaptive Reward Allocation + +Rewards are dynamically distributed across ecosystem participants. + +Base allocation model: + +Pioneer Miners → 40% +Liquidity Providers → 30% +Ecosystem Treasury → 20% +Development Fund → 10% + +The reward engine adjusts allocations based on economic indicators including: + +• liquidity depth +• transaction volume +• user engagement metrics + +--- + +5. Engagement Oracle Protocol + +The Engagement Oracle provides sybil-resistant participation metrics. + +Inputs include: + +• verified user activity +• application usage +• transaction participation +• reputation scores + +The oracle feeds engagement data into the reward allocation engine. + +--- + +6. Liquidity Coordination + +The Liquidity Controller manages incentives for liquidity providers. + +Mechanisms include: + +• dynamic reward multipliers +• liquidity bootstrapping +• volatility dampening + +The controller ensures sustainable liquidity growth across the ecosystem. + +--- + +7. Governance Framework + +Protocol parameters are governed through a decentralized governance contract. + +Governance responsibilities include: + +• reward allocation updates +• treasury management +• protocol upgrades +• oracle validation + +Voting power is weighted using participation and contribution metrics. + +--- + +8. Security Considerations + +Several safeguards protect the system: + +• Sybil-resistant engagement oracle +• bounded reward adjustments +• treasury reserve management +• governance quorum thresholds + +These mechanisms reduce the risk of economic manipulation. + +--- + +9. Simulation Results + +Agent-based simulations were conducted to evaluate the economic stability of the protocol. + +Key results indicate: + +• stable reward distribution equilibrium +• sustainable liquidity growth +• reduced reward volatility + +Detailed simulation data is provided in the results directory. + +--- + +10. Future Work + +Future research directions include: + +• integration with the Pi Open Mainnet +• cross-chain liquidity routing +• AI-driven economic parameter tuning +• expanded ecosystem reward models + +--- + +Conclusion + +The PiRC Economic Coordination Protocol provides a structured approach to managing rewards, liquidity, and governance within decentralized ecosystems. + +By connecting economic incentives through a reflexive loop, the system enables sustainable ecosystem growth and long-term economic stability. diff --git a/docs/protocol.md b/docs/protocol.md new file mode 100644 index 00000000..0b26b0b3 --- /dev/null +++ b/docs/protocol.md @@ -0,0 +1,267 @@ +PiRC Protocol Specification + +Overview + +The PiRC Protocol defines an experimental economic coordination framework designed to support long-term sustainability within the Pi ecosystem. + +The protocol introduces a reflexive economic loop that connects token supply, liquidity provision, economic activity, and reward distribution. + +The objective of the protocol is to: + +- coordinate incentives between ecosystem participants +- maintain sustainable reward allocation +- encourage real economic activity +- reduce sybil-driven participation +- improve liquidity stability within the Pi ecosystem + +PiRC operates as a research framework rather than a production deployment. +The modules defined in this specification represent reference implementations that can be adapted to different execution environments. + +--- + +Core Economic Loop + +The PiRC protocol operates through a cyclic economic process. + +Pioneer Supply + ↓ +Liquidity Contribution + ↓ +Economic Activity + ↓ +Fee Generation + ↓ +Reward Distribution + ↓ +Pioneer Incentives + +This reflexive loop ensures that reward generation is linked to real ecosystem participation rather than purely inflationary issuance. + +--- + +Protocol Components + +The PiRC architecture is composed of several core modules. + +1. Pi Token Controller + +The token controller manages protocol token supply and minting rules. + +Responsibilities: + +- track total supply +- mint tokens based on protocol rules +- support treasury allocations +- enforce emission limits + +Key functions: + +- "mint(amount)" +- "transfer(from, to, amount)" +- "total_supply()" + +The token controller is designed to support mint-on-demand issuance governed by protocol parameters. + +--- + +2. Treasury Vault + +The Treasury Vault acts as the reserve layer of the protocol. + +Responsibilities: + +- store protocol reserves +- fund reward distribution +- manage liquidity incentives +- support long-term ecosystem stability + +Treasury funds may originate from: + +- protocol minting +- transaction fees +- liquidity incentives +- ecosystem revenue streams + +Treasury allocations are governed by protocol rules and governance parameters. + +--- + +3. Reward Engine + +The Reward Engine distributes protocol incentives. + +Reward distribution may depend on several factors: + +- verified participation +- economic activity +- liquidity contribution +- ecosystem engagement metrics + +The reward engine is designed to support: + +- deterministic reward calculation +- bounded emission rates +- transparent reward allocation + +Example reward sources: + +- mining participation +- transaction activity +- liquidity provision +- ecosystem contribution + +--- + +4. Liquidity Controller + +The Liquidity Controller manages protocol liquidity incentives. + +Objectives: + +- bootstrap ecosystem liquidity +- stabilize market activity +- support decentralized trading infrastructure + +Responsibilities include: + +- allocating liquidity incentives +- coordinating with DEX execution modules +- managing liquidity bootstrap events +- supporting long-term liquidity sustainability + +--- + +5. DEX Execution Layer + +The DEX Executor interacts with decentralized trading environments. + +Responsibilities: + +- execute liquidity operations +- coordinate swap execution +- manage liquidity routing +- interact with liquidity pools + +The execution layer may integrate with external decentralized exchanges or internal liquidity engines. + +--- + +6. Governance Module + +Governance allows protocol parameters to evolve over time. + +Governance responsibilities: + +- modify economic parameters +- update reward allocation ratios +- adjust liquidity incentives +- approve treasury allocations + +To prevent governance abuse, the protocol recommends: + +- parameter bounds +- voting thresholds +- governance timelocks +- transparent proposal mechanisms + +--- + +Economic Design Principles + +The PiRC protocol is guided by several design principles. + +Deterministic Incentives + +Rewards should be distributed using deterministic formulas rather than discretionary allocation. + +Sybil Resistance + +Participation metrics should incorporate signals that discourage artificial activity or bot participation. + +Liquidity Awareness + +Reward distribution should consider liquidity contributions that support ecosystem stability. + +Economic Sustainability + +Protocol emissions should remain bounded to prevent uncontrolled inflation. + +--- + +Governance Parameters + +Several protocol parameters influence the economic behavior of the system. + +Examples include: + +- reward emission multiplier +- treasury allocation ratio +- liquidity incentive percentage +- engagement oracle weight + +These parameters should be bounded within predefined ranges to ensure protocol stability. + +--- + +Simulation Framework + +The repository includes simulation tools used to test the PiRC economic model. + +Simulation goals include: + +- modeling ecosystem growth +- testing reward distribution fairness +- evaluating liquidity stability +- exploring long-term supply dynamics + +Agent-based simulation tools allow testing of multiple economic scenarios before real-world deployment. + +--- + +Security Considerations + +Economic coordination protocols introduce several risks. + +Potential risks include: + +- reward farming +- oracle manipulation +- governance attacks +- liquidity extraction + +Mitigation approaches may include: + +- parameter limits +- oracle validation +- delayed governance execution +- anomaly detection mechanisms + +--- + +Research Status + +The PiRC protocol is currently a research and experimentation framework. + +The repository focuses on: + +- economic modeling +- simulation +- incentive design +- governance parameter research + +Future work may include: + +- formal mathematical modeling +- expanded simulations +- improved oracle mechanisms +- integration with ecosystem infrastructure + +--- + +Conclusion + +The PiRC protocol provides a research framework for exploring coordinated reward systems within the Pi ecosystem. + +By linking supply issuance to liquidity, activity, and participation signals, the protocol aims to create a more sustainable and incentive-aligned economic structure. + +Further experimentation and analysis will determine the feasibility of these mechanisms in real-world deployment scenarios. diff --git a/rwa_workflow.mmd b/rwa_workflow.mmd new file mode 100644 index 00000000..be6db6a8 --- /dev/null +++ b/rwa_workflow.mmd @@ -0,0 +1,8 @@ +flowchart TD + A[QR / NFC Scan] --> B[Load Product Identity JSON] + B --> C[Fetch Blockchain Metadata] + C --> D{Verify Hash?} + D -->|Yes| E[Return Tier + Authenticity Proof] + D -->|No| F[Flag as Counterfeit] + E --> G[Display to Buyer in Pi App] + style A fill:#4ade80