RWAIX Foundation

White Paper of the World's First Data Center Native NFT Project

Global First Data Center Native NFT Protocol

Assetization · Programmability · Full Lifecycle On-Chain Standard for Physical Infrastructure Based on Public Chains

[ RWA DePIN DCNFT Compute-Fi ]

Version 2.0 | 2026

01 Executive Summary

RWAIX Foundation officially releases the world's first technological system for Data Center Native NFT — for the first time, mapping physical data centers as complete and independent assets into unique, verifiable, tradable, and revenue-generating standard NFTs on public chains, pioneering a new paradigm for the on-chain mapping of physical assets.

Project Overview	Details
Project Name	RWAIX Foundation
Core Track	RWA + DePIN + DCNFT + Compute-Fi
Compatible Public Chains	Ethereum / Polygon / Solana / Base
Token Protocol	ERC-20 / ERC-3525 / ERC-1155
Core Innovation	Full lifecycle native on-chain mapping of physical data centers (World's First)
Goal & Vision	Build a globally implementable, scalable, and auditable standard for asset on-chain mapping

Core Value Proposition:

Encapsulate the physical existence, power system, computing power output, storage capacity, network bandwidth, operational status, revenue rights, usage rights, and governance rights of data centers into a single NFT, achieving a 1:1 trusted mapping between the physical world and the on-chain world.

02 Industry Background

With the explosive growth of AI computing power demand, data centers have become the core infrastructure of the digital economy. However, the traditional operation mode of data centers faces severe challenges:

Industry Status & Pain Points

Pain Point Dimension	Specific Issues
Heavy Asset / High Threshold	Traditional data center transfers take 6–12 months, involving complex legal due diligence
Indivisibility	Retail investors and small-to-medium institutions cannot participate in holding shares of data centers
Extremely Poor Liquidity	Traditional computing power projects only achieve "computing power tokenization" and cannot confirm rights to physical assets
Lack of Anchoring for On-Chain Assets	Risks of fraud, false labeling, and non-verifiability exist
Zero Transparency	Data center operations, revenue, load, and energy consumption cannot be disclosed on-chain

Core Technical Pain Points

Physical assets cannot be natively on-chain: lack of trusted mapping mechanisms
Real-time status cannot be verified on-chain: operational data is non-traceable and untrustworthy
Asset rights cannot be programmable: revenue, permissions, and leasing cannot be automated
Failure to form standard NFTs: data centers cannot circulate as independent assets

Market Size

The global data center market size is expected to exceed $500 billion by 2028, with the compound annual growth rate (CAGR) of AI computing power demand exceeding 35%. RWAIX Foundation uses the DCNFT protocol as an entry point to open up the on-chain channel for this trillion-dollar market.

03 DCNFT Protocol

The Data Center Native NFT (DCNFT) protocol is the core innovation of RWAIX Foundation, designed to map real data centers and record their resource capabilities and operational status, achieving a complete on-chain digital twin of physical infrastructure.

Protocol Positioning

Data Center Native NFT = The Unique Digital Twin of a Physical Data Center on Public Chains

It is NOT: Ordinary NFT images, computing power points, centralized custody vouchers, equity or securities-type assets

It IS: The unique on-chain identity + verifiable asset + smart contract carrier of a physical data center

Five Core Protocol Modules

① DC-NID — Unique Identification of Physical Data Centers On-Chain
Each data center has a globally unique on-chain ID, permanently bound to physical assets, non-replicable and non-tamperable.
② DC-OTS — Trusted On-Chain Mapping of Real-Time Physical Status
PUE, load rate, temperature, power, bandwidth, and cabinet utilization rate are uploaded on-chain every 15 minutes, verifiable by anyone on block explorers.
③ DC-PoS — Dynamic Binding of Computing Power-Storage-NFT
Holding an NFT automatically grants computing power usage rights, storage quotas, node deployment permissions, and revenue sharing rights.
④ DC-Dividend — On-Chain Automated Revenue Distribution
Data center operational income → Smart contract automatic distribution → Earnings by holding, no manual operation required.
⑤ DC-Programmable — Asset Programmability
Supports leasing, collateralization, custody, auction, fragmentation (ERC-3525), joint governance, and hierarchical permissions.

Technical Standard Compatibility

Protocol / Technology	Usage Description
ERC-721	Unique NFT identifier for data centers, indivisible complete asset voucher
ERC-3525	Semi-fungible token, supporting the fragmentation of computing power pools by quota
ERC-1155	Multi-asset standard, supporting the management of multiple types of resources within a single contract
ZK-Proof	Zero-Knowledge Proof, proving the real operation of physical hardware to public chains
TEE	Trusted Execution Environment, ensuring the integrity of off-chain scheduling data

04 Technical Architecture

RWAIX Foundation adopts a "One Core, Two Wings" architecture and builds a five-layer technical model, covering a complete closed loop from physical devices to on-chain finance and community governance.

One Core, Two Wings Technical Architecture

"One Core, Two Wings" Overall Architecture

One Core: Issuing computing power RWA assets centered on the native public chain protocol (ERC-20/ERC-3525)
Left Wing (Physical Side – AI Ecological Perception Layer): Real-time IoT perception and two-way data synchronization
Right Wing (Financial Side – Blockchain Settlement Layer): RWA revenue distribution and lending clearing logic

Five-Layer Technical Model

Layer	Function Description
1. Entity Layer	Data center power, cabinets, computing power, temperature control, bandwidth
2. Collection Layer	Real-time IoT collection → Edge computing → Data signature
3. Verification Layer	Hash on-chain → Status deposit → Non-tamperable (Merkle Tree)
4. Contract Layer	Standard NFT contract + ERC-20 contract (Revenue distribution + Permission management + Value circulation)
5. Application Layer	Trading, leasing, collateralization, fragmentation, DAO governance

Computing Power Scheduling Mechanism

Core scheduling logic: On-chain instructions → Off-chain execution → On-chain verification, forming a complete closed loop:

On-chain Matching

Users publish computing power demands in contracts (e.g., needing 100 H100s to run for 24 hours), and the contract automatically matches based on the idle status and price of each DC-NFT.

Off-chain Execution

The scheduling gateway (Orchestrator) receives contract events, triggers the startup of physical data center containers, and allocates network bandwidth and computing power resources.

Status Proof

After scheduling is completed, relay data of "task executed" is sent back to the contract through ZK-Proof (Zero-Knowledge Proof) or TEE remote attestation to unlock payment.

Cross-Domain/Multi-Chain Scheduling (Cross-Chain Status Mirroring)

RWAIX Foundation's computing power scheduling supports multiple native networks including Ethereum, Polygon, Base, Solana, BNB Chain, and core protocols such as ERC-20 / ERC-1155 / ERC-3525. When assets are transferred across chains, it is essential to ensure that the "scheduling rights" move accordingly.

Schematic Diagram of On-Chain Scheduling and Computing Power Network Topology

Cross-Chain Support

Supported Public Chains: Ethereum, Polygon, Base, Solana, BNB Chain
Cross-Chain Protocols: LayerZero, Chainlink CCIP
Cross-Chain Process: Lock DC-NFT on Chain A → Cross-chain protocol transmits physical status hash → Mint mirrored NFT on Chain B and grant scheduling rights

MPC Blockchain Wallet

RWAIX Foundation has a built-in WEB3 MPC Wallet, which splits private keys using Multi-Party Computation (MPC) technology. Users can quickly create wallets through email verification without memorizing mnemonics, and accounts support EIP-4337 account abstraction.

Leasing & Scheduling Contract Code (Core Logic)

    // SPDX-License-Identifier: MIT
    pragma solidity ^0.8.20;
    
    contract DCOrchestrator {
        enum TaskStatus { Pending, Running, Completed, Failed }
    
        struct ComputeTask {
            address client;
            uint256 nftId;
            uint256 tflops;
            uint256 duration;
            TaskStatus status;
            bytes32 taskHash;
        }
    
        mapping(uint256 => ComputeTask) public tasks;
        uint256 public taskCounter;
    
        function requestCompute(uint256 _nftId, uint256 _tflops, uint256 _duration) external payable {
            taskCounter++;
            tasks[taskCounter] = ComputeTask({
                client: msg.sender,
                nftId: _nftId,
                tflops: _tflops,
                duration: _duration,
                status: TaskStatus.Pending,
                taskHash: ""
            });
            emit TaskScheduled(taskCounter, _nftId, _tflops);
        }
    
        function finalizeTask(uint256 _taskId, bytes32 _proof) external {
            ComputeTask storage task = tasks[_taskId];
            task.status = TaskStatus.Completed;
            task.taskHash = _proof;
        }
    
        event TaskScheduled(uint256 taskId, uint256 nftId, uint256 tflops);
    }
            

05 Computing Power Market

AI enterprises can rent GPU and CPU resources on demand through the RWAIX Foundation network. The computing power market is the core business scenario of the project, opening up a decentralized trading closed loop for computing power supply and demand.

① Computing Power as a Service (CaaS)

Separate "ownership rights" and "usage rights" through smart contracts to build a decentralized alternative to AWS / Azure.

Holding an NFT unlocks the corresponding physical API Key
Directly control server containers, storage space, or GPU clusters bound to NFTs through wallet signatures
Plug-and-Play: NFT holders can directly direct computing power to any AI training task or rendering pool
On-Demand Scheduling: Computing power automatically switches between different tasks based on real-time prices

② High-Frequency Circulation & Global Clearing of Physical Assets

Package physical property rights into compliant digital assets through DC-NFT, and achieve "payment before asset transfer" using Atomic Swap, with asset ownership changes completed in seconds.

Lower Entry Threshold: Retail investors can participate in holding data center shares through NFT fragmentation (ERC-3525)
Global Capital Repatriation: Asian data centers can instantly sell ownership or revenue rights to North American or European capital parties

③ RWA Institutional-Grade Allocation Targets

Convert heavy assets into underlying assets with high transparency and high cash flow, benchmarking REITs (Real Estate Investment Trusts).

DC-Audit Trusted Audit Dashboard: Institutions complete real-time due diligence through on-chain data (PUE, online rate, revenue per kWh)
Hard Asset Anchoring: During cryptocurrency market volatility, DC-NFT provides value support based on physical power and hardware

④ DePIN Decentralized Infrastructure Base

Provide a "physical soul" for the Web3 ecosystem and solve the reliability issues of distributed networks.

Public Chain Node Hosting: Validation nodes are directly hosted in on-chain certified high-reliability computer rooms
AI Computing Power Supply: Provide low-latency, high-bandwidth physical cluster support for distributed AI models
Verifiability: Public chains can real-time monitor the health of underlying physical facilities through DC-OTS

⑤ Compute-Fi

Core financial leverage layer, releasing trillions of dollars in liquidity through asset securitization.

Product Form	Mechanism Description
NFT Collateralized Lending	Collateralize DC-NFT to lending pools (e.g., Aave branches) to obtain stablecoins with an LTV of 50%–70%
Yield Farming	Use computing power leasing income (USDC) as liquidity rewards to distribute to DEX liquidity providers
Forward Computing Power Agreements	Pre-sell future computing power usage rights to form a "computing power futures" market

06 DeFi Model

Core DeFi Calculation Formulas

Collateral Ratio for Minting

Collateral Ratio = (Collateral Asset Value / Minted Asset Value) * 100%

Asset Value Calculation

Asset Value = Quantity * Multiplier * Price

Estimated Opening Quantity

Estimated Opening Quantity = (Q_Collateral * P_Collateral) / (Collateral Ratio * P_nAssets)

Over-Collateralized Assets

Amount of Margin ± Increase (Decrease) in Margin = (P_Collateral * (Q_Collateral ± Increase (Decrease) in Margin)) / (Minimum Collateral Ratio * P_{Minting Asset})

Minting/Burning Assets

Q_Collateral ≥ (Minimum Collateral Ratio * P_{Minting Asset} * (Q_Collateral ± Increase (Decrease) in Q_Collateral)) / P_Collateral

Liquidation/Auction

min((Amount of nAssets to be Paid / (1 - Auction Discount Rate)) * (Price of Collateral / Price of Minted Asset), Q_{Current Collateral})

RWAIX Token Subscription Calculation (Tentative)

$RWAIX pledge is calculated as the time-weighted average reward over the past 15 days, then annualized
[Daily $RWAIX Emission × 365 × $RWAIX Price × (Pool Weight / Total Pool Weight)] / TVL

LP Core Calculation (x*y=K)

x*y = K (Before Initial Transaction)

[x + Δx*(1-0.p%)] * (y-Δy) = K

Price Slippage Calculation

max(((y * Increase in Token Amount) / (x + Increase in Token Amount)) - ((y * Increase in Asset Amount) / x), 0)

Burn Mechanism

Withdrawal of Asset X = (LP_burn / LP_total) * X

Withdrawal of Asset Y = (LP_burn / LP_total) * Y

07 Token Economic Model

The computing power token "RWAIX" and equity NFT tokens are the core incentive units of the Foundation ecosystem, used for governance, payment, and node staking, driving a virtuous cycle of computing power supply and demand.

Core Token

Token Name: RWAIX (circulation token), NFT equity token
Issuance Protocol: ERC20, ERC-3525
Initial Circulation:
Issuance Network:

Token Value Flow (Flywheel Effect)

Computing Power Providers (Physical Infrastructure Owners): Stake to access services (with slashing risks), provide real-time DC-OTS data through PoC, receive hardware rewards, and obtain verified computing power
Computing Power Consumers (AI/ML Developers, Decentralized Applications): Use tokens to pay computing power fees, task fees, data ingestion/engineering fees, and model training fees
Decentralized Orchestrators: Automatically match and execute tasks, provide collateral support for stablecoins
DeFi Lending Protocols: Provide financial derivative services for participating users, rapidly amplify the flywheel effect, and support collateralized lending for RWA
Staking Reward Distributors: Distribute staking rewards
DAO, Stakers, Ecological Developers: Receive staking rewards, protocol rewards, task payments, and staking rewards + DC dividends

Token Value Capture Mechanism

Computing Power Demand-Driven: AI enterprises need to consume RWAIX to rent computing power, generating sustained buying pressure
Node Staking Lock-Up: Data center operators lock up tokens for long periods, reducing circulation
NFT Fragmentation Circulation: ERC-3525 fragment transactions require RWAIX as handling fees
DAO Buyback and Burn: 20% of the protocol's net income is used for market buybacks and burning of RWAIX

Token Allocation (Tentative)

Purpose	Percentage	Description
Ecological Incentives	40%	Computing power contribution rewards, liquidity mining, node staking rewards
Team & Advisors	15%	Linear release over 36 months, with a 12-month lock-up period
Foundation Reserve	15%	Reserve for protocol upgrades, ecological expansion, and strategic cooperation
Private Placement	15%	Linear release over 18 months, with a 6-month lock-up period
Public Sale / IDO	10%	30% unlocked at TGE, remaining amount linearly released over 12 months
Liquidity Deployment	5%	Initial DEX liquidity, fully deployed at TGE

08 DAO Governance

Community members can vote to determine the development direction of the network through DAO. RWAIX Foundation establishes a decentralized governance system centered on DC-NFT holders to ensure the long-term sustainable development of the protocol.

Governance Architecture

Governance Module	Description
IDC-DAO	Global computer room nodes collectively decide scheduling priorities and revenue adjustment rules through DC-NFT voting rights
Proposal Initiation	Addresses holding DC-NFTs or a certain amount of RWAIX can initiate protocol upgrade proposals
Voting Weight	Weighted calculation based on computing power contribution bound to DC-NFT + RWAIX staking amount
Execution Mechanism	On-chain multi-signature + Timelock to ensure safe execution after proposal approval
Emergency Suspension	The multi-signature committee can trigger an emergency suspension for security vulnerabilities within 24 hours

Governance Scope

Adjustment of scheduling algorithm parameters (priority, rates)
Update of computing power profit-sharing ratio (S-Ratio)
Audit of new data center access standards
Cross-chain expansion and integration with new public chains
Protocol revenue distribution and RWAIX buyback & burn rules
Emergency security response and contract upgrades

Governance Roadmap

Phase V1.0: Led by the multi-signature committee, with community proposal participation
Phase V2.0: IDC-DAO launch, global computer room nodes participate in on-chain voting
Phase V3.0: Fully decentralized governance, with committee permissions gradually transferred to the community

09 Roadmap

Protocol Release → Data Center Access → Computing Power Market Launch → Global Expansion. RWAIX Foundation builds a complete on-chain computing power ecosystem in five phases.

Version	Time	Core Content
V1.0	Q1–Q2 Infrastructure Layer	• Establishment of DC-NID protocol standards, on-chain mapping and right confirmation of physical assets • Completion of on-chain mapping for the first batch of pilot cabinets • Development of DC-NID coding specifications and IoT signature deposit
V1.5	Q3–Q4 Data Transparency Layer	• Real-time status on-chain + on-chain verification (DC-OTS) • Deployment of IoT gateways and oracle access • Distributed node collection of PDU data (Merkle Tree deposit)
V2.0	Y2 Q1 Revenue & Binding	• Dynamic binding of computing power / storage (ERC-3525 adaptation) • Automated revenue distribution, achieving "earnings by holding" • Deployment of smart contracts for computing power profit-sharing ratio (S-Ratio)
V2.5	Y2 Q2 Financial Ecological Layer	• Launch of leasing market / liquidity pool / over-collateralization • Deployment of DC-Lending computing power lending protocol • Completion of fragmentation trading and asset securitization
V3.0	Y2 Q3+ Global Network Layer	• Cross-chain mutual recognition via LayerZero / Chainlink CCIP • Establishment of IDC-DAO, decentralized governance of computing power network • Global Data Center NFT Alliance, enabling global free matching of computing power

10 Long-Term Vision

Long-Term Vision of RWAIX Foundation:

Building a global AI computing power infrastructure network —

Enabling every data center to exist in a complete, trusted, and tradable on-chain form,

Allowing everyone to equally participate in the distribution of computing power dividends in the AI era.

Three Long-Term Goals

Become the Global On-Chain Standard for Computing Power Assets
Promote DC-NID / DC-OTS / DC-PoS to become industry universal protocols, enabling global data centers to access the on-chain ecosystem through a unified standard, and establishing a de facto standard for "physical computing power asset on-chain mapping".
Build a Decentralized Global Computing Power Market
Open up a complete DeFi ecosystem for computing power supply and demand, lending, collateralization, and fragmentation trading through Compute-Fi, making the liquidity of computing power assets comparable to mainstream financial assets and forming a trillion-dollar DePIN market.
Drive Deep Integration of AI and Web3
Provide a trusted physical computing power base for distributed AI models, promote the migration of AI inference and training tasks from centralized cloud service providers to decentralized DePIN networks, and reshape the pattern of AI infrastructure.

RWAIX AI

Realize Computing Power Equality, Everyone Can Share Enormous Dividends Brought by AI