An On-Chain GPU for
NVIDIA Rewards

01 Overview

NEURAL combines three components:

• an ERC-20 token;
• a Uniswap v4 hook;
• a holder reward system denominated in NVDAon.

The Uniswap v4 hook collects a fixed fee from every NEURAL trade.

Buy fee: 1%
Sell fee: 2%

Collected fees are converted into NVDAon. Once conversion is complete, 100% of the received NVDAon is assigned to eligible NEURAL holders according to their share of the eligible token supply.

TRADING ACTIVITY
        ↓
UNISWAP V4 HOOK
        ↓
COLLECTED ETH
        ↓
NVDAon CONVERSION
        ↓
NEURAL HOLDERS

02 The NEURAL Concept

NEURAL is designed as an on-chain GPU.

Trades act as input. Fees provide computational fuel. NVDAon rewards represent the output produced by the network.

The protocol does not mine new NEURAL tokens to pay holders. Instead, it transforms external trading activity into a separate reward asset.

The network does not mine blocks.
It builds NVIDIA exposure.

This creates a direct relationship between protocol usage and holder rewards. More activity generates more fees. More collected fees create more potential NVDAon rewards.

03 Token

Name:         NEURAL
Symbol:       NEURAL
Network:      Ethereum Mainnet
Standard:     ERC-20
Liquidity:    Uniswap v4
Pair:         NEURAL / native ETH
Total supply: 1,000,000 NEURAL

The total supply is fixed. No additional NEURAL tokens can be minted after deployment. The token does not use inflationary emissions to create rewards.

04 Trading Fees

The protocol uses fixed trading fees:

Buy:  1%
Sell: 2%

Fees are collected through the Uniswap v4 hook. The fee rate does not dynamically change based on wallet balance, market conditions, claim activity, or trading volume. This keeps the trading logic predictable and transparent.

The protocol does not allocate trading fees to:

• the creator;
• a marketing wallet;
• a development treasury;
• a private reward wallet.

The intended reward flow is:

100% of collected protocol fees
→ NVDAon conversion
→ eligible NEURAL holders

Execution costs, swap slippage, liquidity limitations, and rounding may affect the final amount of NVDAon received.

05 NVDAon Rewards

NEURAL rewards are distributed in NVDAon rather than in newly created NEURAL tokens. NVDAon is an external token contract and is not issued or controlled by NEURAL.

The protocol accumulates trading fees in ETH. Once the required conditions are met, the available ETH can be converted into NVDAon through an approved swap route. Received NVDAon is then added to the holder reward pool.

NEURAL cannot guarantee:

• continuous NVDAon liquidity;
• a specific conversion price;
• successful conversion at every moment;
• unrestricted NVDAon transfers;
• uninterrupted operation of external contracts.

When conversion cannot be safely completed, the ETH remains pending inside the protocol until another conversion attempt can be executed. Pending funds are not redirected to the deployer.

06 Reward Accounting

Rewards are tracked through cumulative reward-per-share accounting. Instead of looping through every holder whenever new NVDAon enters the reward pool, the protocol updates a global reward index.

Each eligible wallet accumulates rewards according to:

• its eligible NEURAL balance;
• the global reward index;
• previous reward claims;
• balance changes since the previous accounting update.

A simplified representation is:

Wallet reward share =
    wallet eligible balance
    ÷ total eligible supply

Reward accounting is updated when balances change. This prevents a wallet from receiving rewards for tokens it did not hold during the relevant accounting period. Previously earned rewards remain associated with the wallet even after NEURAL is transferred or sold, subject to the final deployed contract implementation.

07 Eligible Holders

Standard externally owned wallets holding NEURAL may participate in the reward system. Certain addresses must be excluded from reward calculations to prevent incorrect accounting. Typical excluded addresses include:

• the zero address;
• the liquidity pool;
• the token contract;
• the reward contract;
• burn addresses;
• infrastructure addresses;
• other system contracts.

Excluded balances do not receive NVDAon rewards and are not counted as part of the eligible supply. This ensures that rewards are distributed only among valid participating holders.

08 Claiming Rewards

Eligible holders can claim accumulated NVDAon through the protocol interface. A successful claim:

1. calculates the wallet's pending reward;
2. updates its accounting state;
3. transfers the available NVDAon;
4. records the completed claim on-chain.

Claims do not require users to lock or stake their NEURAL tokens. Users remain free to hold, transfer, buy, or sell NEURAL while the reward accounting system tracks their position.

A claim may fail if the external NVDAon token rejects the transfer, is paused, restricts the receiving wallet, or experiences another external limitation. In that case, the protocol should preserve the accounting state safely and prevent the reward from being lost or claimed twice.

09 Uniswap v4 Hook

The Uniswap v4 hook is responsible for connecting trading activity to the reward engine. Its primary responsibilities include:

• identifying NEURAL buys and sells;
• applying the correct fee;
• collecting the fee;
• forwarding collected value into the reward system;
• preventing unauthorized pool interactions.

The hook does not create artificial trading volume or guarantee holder profitability. It only processes activity occurring through the supported NEURAL pool. Trading through unsupported pools, routers, bridges, or external markets may not contribute to the NEURAL reward system.

10 Permissionless Processing

Reward conversion may be executed through a permissionless processing function. This allows any wallet to trigger the conversion when the required threshold is available. The caller does not gain ownership of the accumulated ETH or NVDAon.

Processing should use protections including:

• a minimum ETH threshold;
• minimum acceptable NVDAon output;
• transaction deadline;
• validated swap routes;
• reentrancy protection;
• access restrictions on configuration changes.

Permissionless processing reduces dependence on a single operator while keeping the reward system publicly executable.

11 Security Model

NEURAL is designed to minimize privileged control. Administrative permissions should be limited to necessary setup and emergency functions, such as:

• initial pool configuration;
• system address exclusions;
• validated swap route configuration;
• emergency pause;
• recovery of unrelated tokens accidentally sent to the contract.

Administrative access must not permit withdrawal of:

• collected holder fees;
• pending ETH rewards;
• purchased NVDAon;
• claimable holder rewards;
• protected NEURAL liquidity.

The final deployed contracts, ownership state, configuration, and permissions should always be independently verified on-chain.

12 GitHub Repository

The NEURAL GitHub repository acts as a permanent public source-code archive. It contains:

• smart contracts;
• tests;
• deployment scripts;
• protocol documentation;
• architecture documentation;
• security information.

The repository is not part of the live reward mechanism. It does not control the smart contracts, distribute rewards, calculate balances, or automatically update protocol state. The code is published so users and developers can independently inspect how the protocol is intended to operate.

The code is published once.
The protocol runs on-chain.

13 External Dependencies

NEURAL depends on external infrastructure, including:

• Ethereum;
• Uniswap v4;
• liquidity pools;
• swap routers;
• NVDAon;
• RPC providers used by interfaces;
• supported wallet software.

Failures or changes in external systems may temporarily or permanently affect trading, conversion, claiming, or interface availability. The NEURAL protocol does not control these external systems.

14 Risks

Participation in NEURAL involves significant risk. Potential risks include:

• smart-contract vulnerabilities;
• token price volatility;
• low liquidity;
• high slippage;
• loss of principal;
• failed or delayed reward conversion;
• NVDAon transfer restrictions;
• external contract pauses;
• regulatory or compliance restrictions;
• Ethereum network congestion;
• incorrect contract configuration;
• malicious third-party interfaces;
• permanent loss caused by user error.

Rewards are not guaranteed. Holding NEURAL does not guarantee profit, income, dividends, ownership of NVIDIA Corporation shares, voting rights, or redemption rights in the underlying equity. NVDAon is an external tokenized asset. Users are responsible for reviewing its own documentation, restrictions, eligibility requirements, and risks. NEURAL is an independent protocol and is not affiliated with NVIDIA, Ondo Finance, or Uniswap Labs.

15 Transparency

The protocol should publish the following information after deployment:

NEURAL token address
Uniswap v4 hook address
Pool identifier
Reward contract address
NVDAon address
Swap route configuration
Ownership state
Excluded addresses
Verified source code
Liquidity information

Users should verify all addresses through official NEURAL channels before interacting with the protocol. Never rely on addresses posted by unofficial accounts, private messages, advertisements, or third-party groups.

16 Conclusion

NEURAL transforms token trading into an external reward flow.

• It does not distribute rewards through inflation.
• It does not create additional supply.
• It does not depend on staking periods.

Every supported trade contributes to the system. Every collected fee becomes potential input. Every successful conversion produces NVDAon output for eligible holders.

TRADE THE NETWORK.

FEED THE MACHINE.

OWN THE OUTPUT.

NEURAL is an on-chain GPU that converts trading activity into NVIDIA exposure.