Whitepaper | QUOREVIA Protocol

QUOREVIA Protocol

A Decentralized P2P Digital Asset Escrow Protocol

Version 1.0 | Final Draft
April 2026

📑 Table of Contents

1. Abstract 2. Introduction 3. Core Concepts 4. Protocol Architecture 5. License Economics 6. Bonus Decay Mechanism 7. Mathematical Model 8. Validator Network 9. P2P Escrow System 10. Governance 11. Phase 2: Validator Minting 12. Security & Transparency 13. Open Source 14. Conclusion 15. Appendix

1. Abstract

QUOREVIA is a decentralized, open-source P2P escrow protocol for digital art licenses. Unlike traditional NFT platforms that speculate on value, QUOREVIA operates on a fixed-price model ($1 per license) with a transparent, algorithmically decaying bonus mechanism. The protocol facilitates direct peer-to-peer trading without holding user funds, acting solely as an escrow for license transfers.

The bonus system starts at 100% and linearly decays to 10% as total license supply approaches 5 billion. After reaching this target, validators may vote to mint additional licenses with a fixed 10% bonus rate. All code is open source, and the network is governed by validators with on-chain voting.

2. Introduction

The digital asset landscape has been dominated by speculation, high gas fees, and centralized platforms. QUOREVIA was built to address three core problems:

QUOREVIA solves these with:

🎯 Core Value Proposition: QUOREVIA is a protocol, not a company. It facilitates P2P trading without holding funds, with transparent economics and community governance.

3. Core Concepts

3.1 Licenses

Each digital artwork is represented as a license – a tradable unit with embedded commercial usage rights. Licenses have two states:

3.2 Stamping

Stamping is the act of activating a license by paying a 2% fee. When a user stamps, they receive bonus licenses equal to the current bonus rate (starting at 100%).

3.3 P2P Escrow

QUOREVIA never holds user funds. During a trade:

  1. The license is placed in protocol escrow
  2. Buyer pays seller directly (bank, crypto, cash)
  3. Seller confirms payment → escrow releases license to buyer

3.4 Validators

Validators run nodes that maintain consensus, sync license states, and vote on governance proposals. Validators bond licenses to participate.

4. Protocol Architecture

4.1 Component Overview

4.2 Data Storage

QUOREVIA uses a two-tier storage model:

📡 Sync Protocol: Validators periodically sync via universal_sync.php, with invariant verification to prevent corrupted state propagation.

5. License Economics

5.1 Fixed Price Model

Unlike speculative NFT markets, QUOREVIA has a fixed price of 1 license = $1 USD. This creates a predictable floor for all assets.

5.2 Initial Supply

At genesis, 5,000,000,000 licenses are pre-minted and allocated:

AllocationAmountPercentage
Market Wallet1,680,000,00033.6%
Bonus Reserve Wallet3,320,000,00066.4%

5.3 Commercial Usage Rights

Each license grants the owner full commercial rights to use the associated artwork for:

6. Bonus Decay Mechanism

6.1 Overview

The bonus system rewards early adopters with higher bonus rates. The rate decays linearly from 100% to 10% as total license supply increases.

6.2 Key Numbers

ParameterValue
Starting Bonus Rate100%
Final Bonus Rate10%
Target Total Supply5,000,000,000
Initial Bonus Reserve3,320,000,000
Stamping Fee2%
⚠️ Important Clarification: Bonuses are awarded as additional LICENSES, not cash. Example: Stamping 10 licenses when the rate is 100% gives you 10 bonus licenses (total 20). You must sell licenses on the P2P marketplace to realize value in your preferred currency.

7. Mathematical Model

7.1 Linear Decay Function

The bonus rate \( r \) at total supply \( S \) is:

\[ r(S) = r_{min} + (r_{max} - r_{min}) \cdot \left(1 - \frac{S}{S_{target}}\right) \]

Where:

This simplifies to:

\[ r(S) = 1.0 - 0.9 \cdot \frac{S}{5 \times 10^9} \]

7.2 Total Bonuses Calculation

The total number of bonus licenses awarded as supply grows from 0 to \( S_{target} \) is:

\[ B_{bonus} = \int_{0}^{B_{base}} r(S) \, dS \]

Because \( S = B_{base} + B_{bonus} \), solving the integral yields:

\[ B_{bonus} = B_{base} \cdot r_{min} + \frac{1}{2} (r_{max} - r_{min}) \cdot \frac{B_{base}^2}{S_{target}} \]

With \( r_{max}=1.0,\; r_{min}=0.1,\; S_{target}=5\times10^9 \):

\[ B_{base} \approx 3.32 \times 10^9 \quad \text{and} \quad B_{bonus} \approx 1.68 \times 10^9 \]

7.3 Bonus Decay at Milestones

Total SupplyProgressBonus Rate
00%100%
1,250,000,00025%~82%
2,500,000,00050%~55%
4,000,000,00080%~28%
5,000,000,000100%10%

7.4 Time to Target

Time to reach 5 billion supply depends on daily stamping volume:

Daily Stamp VolumeYears to Target
100,00091
500,00018
1,000,0009
5,000,0001.8
10,000,0000.9

8. Validator Network

8.1 Role of Validators

8.2 Validator Bonding

Validators must bond licenses to participate in consensus. Bonding requirements:

8.3 Validator Discovery

Validators discover each other via bootstrap nodes and sync to the highest block height. The protocol uses an automatic peer discovery mechanism.

9. P2P Escrow System

9.1 Trade Flow

  1. Listing: Seller lists stamped license at desired price
  2. Match: Buyer finds license and initiates trade
  3. Escrow: License is locked in protocol escrow
  4. Payment: Buyer pays seller directly (off-chain)
  5. Confirmation: Seller confirms receipt of payment
  6. Release: Escrow releases license to buyer (now unstamped)

9.2 Dispute Resolution

If a dispute arises, validators act as arbiters. The dispute process:

🔒 No Fund Holding: QUOREVIA never holds user funds. All payments happen directly between buyers and sellers. The protocol only holds licenses during escrow.

10. Governance

10.1 Proposal Types

10.2 Voting Process

11. Phase 2: Validator-Governed Minting

11.1 When Phase 2 Begins

Phase 2 activates when the total license supply reaches 5 billion and the bonus reserve is exhausted.

11.2 Fixed 10% Bonus

Unlike Phase 1, the bonus rate in Phase 2 is fixed at 10% forever. No further decay occurs.

\[ r_{phase2} = 0.10 \quad (10\% \text{ fixed}) \]

11.3 Minting Proposals

Validators may propose minting additional licenses when the bonus reserve falls below 1% of total supply. Each minting proposal:

📊 Phase 1 vs Phase 2 Comparison: Phase 1 has decaying bonus (100% → 10%) with no new minting. Phase 2 has fixed 10% bonus with validator-governed minting.

12. Security & Transparency

12.1 Invariant Verification

Before syncing any data, validators verify invariants:

12.2 Violation Reporting

If a validator detects an invariant violation, it reports the malicious validator to the network, and the offending validator may be slashed.

12.3 User Security

13. Open Source

13.1 MIT License

All QUOREVIA code is released under the MIT License, allowing free commercial and personal use, modification, and distribution.

13.2 Repositories

13.3 Contributing

Community contributions are welcome via:

14. Conclusion

QUOREVIA represents a fundamental rethinking of digital asset trading. By combining:

QUOREVIA creates a stable, predictable, and fair digital asset ecosystem. The bonus decay mechanism rewards early adoption while ensuring long-term supply stability. Validator governance ensures the protocol remains decentralized and community-driven.

15. Appendix

15.1 Glossary

TermDefinition
LicenseDigital asset representing ownership of artwork with usage rights
StampingActivating a license by paying 2% fee to receive bonus licenses
ValidatorNode operator maintaining consensus and governance
EscrowProtocol holds license during active trade
Bonus ReservePre-minted licenses pool for bonus distribution

15.2 References

15.3 Version History

VersionDateChanges
0.1Jan 2025Initial draft
0.5Jun 2025Added mathematical model
0.9Dec 2025Validator governance specification
1.0Apr 2026Final release