# Overview **0x0** is a cutting-edge privacy solution designed to empower individuals with full control over their financial and digital lives in the decentralized Web3 ecosystem. By combining advanced cryptographic technology with user-first design, 0x0 ensures that every transaction is private, secure, and censorship-resistant, without sacrificing the usability and transparency that make blockchain powerful. *** #### **Core Features of 0x0** 1. **True Transaction Privacy** * 0x0 protects user identities and transaction histories through stealth addresses and advanced encryption, ensuring that your financial activity remains confidential. * This prevents exploitation, tracking, and financial profiling, creating a safe space for users to transact freely. 2. **Decentralized Infrastructure** * Built with decentralization at its core, 0x0 eliminates intermediaries, giving users full autonomy over their assets. * Relayers enable private transactions without revealing participants or transaction details, supporting a censorship-resistant environment. 3. **Rewarding Ecosystem** * 0x0 incentivizes network participation by rewarding relayers and contributors, ensuring the ecosystem is not only secure but also self-sustaining. * Through its relayer dashboard, users can manage operations, monitor analytics, and maximize their rewards with ease. 4. **Scalability and Efficiency** * Designed for scalability, 0x0 supports seamless and efficient private transactions, paving the way for mass adoption of privacy-focused crypto solutions. 5. **Accessible Privacy** * Unlike many privacy solutions that are complex and technical, 0x0 prioritizes simplicity. Its intuitive interface makes it easy for both experienced investors and everyday users to transact privately. *** #### **Why 0x0 Matters** As blockchain adoption grows, the transparency of public ledgers has raised concerns about user privacy, security, and freedom. 0x0 addresses these challenges head-on by providing a solution that aligns with the fundamental values of Web3: * **Privacy**: Protecting user data from surveillance and exploitation. * **Freedom**: Enabling censorship-resistant transactions for all. * **Sustainability**: Incentivizing participation to maintain a decentralized ecosystem. In a world where financial privacy is often overlooked, 0x0 is leading the charge to make privacy a cornerstone of the decentralized economy. # Tokenomics ## Tokenomics **Initial Liquidity:** 2 ETH **Total Supply:** 1,000,000,000 $0x0 **Initial Circulating Supply:** 1,000,000,000 $0x0 **Current Circulating Supply:** 891,250,000 $0x0 **Max Wallet:** 2% Initially. Now limits are lifted. **Starting Market Cap:** \~$3,000 MC**​** ### ### **Taxes: 5% trades/transfers** **Tax Breakdown:** * 1% Bootstrap ETH Rewards * 2% Development / Team * 2% Marketing # Thesis The DeFi space is growing rapidly, and with it, the need for reliable security and privacy measures. While there are various platforms and tools available to protect users, there is still a significant gap in the market for a comprehensive solution that combines privacy and security protocols with AI technology. This is where 0x0 comes in, offering a suite of tools that fill this gap in the market. Furthermore, the integration of AI technology with privacy and security protocols is the future of the DeFi space. The advanced algorithms used by 0x0 offer a more efficient and effective way of identifying and preventing potential scams and vulnerabilities. As the DeFi space continues to evolve, so will the tactics used by scammers, making it crucial for platforms to keep up with the latest technology. In conclusion, 0x0 solves a significant gap in the market by offering a comprehensive suite of tools that combine privacy and security protocols with AI technology. Its innovative solutions provide users with the confidence and security they need to engage in the DeFi space, ensuring the continued growth and development of the ecosystem. The integration of AI technology with privacy and security protocols is the future of DeFi, and 0x0 is at the forefront of this revolution.
# Vision At 0x0, our vision is to empower individuals with complete privacy, freedom, and control over their crypto transactions. As Web3 evolves, we believe privacy should remain a fundamental right—not an optional feature. Here's how we define our mission: *** #### **1. Privacy as a Fundamental Right** * We envision a future where everyone can transact, trade, and interact in Web3 without fear of surveillance, censorship, or exposure. * By leveraging advanced cryptographic solutions, 0x0 ensures that your data and financial activity remain protected. *** #### **2. Empowering True Decentralization** * Centralized oversight has no place in the Web3 ecosystem. We aim to build tools and platforms that eliminate intermediaries, giving users direct ownership of their assets and data. * With 0x0, your transactions are controlled by you and only you—secure, transparent, and censorship-resistant. *** #### **3. Simplifying Access to Privacy** * Privacy tools shouldn’t be complicated. Our mission is to make privacy-centric crypto solutions accessible to everyone, from seasoned investors to everyday users. * Through intuitive design and seamless functionality, 0x0 bridges the gap between robust privacy technology and user-friendly experiences. *** #### **4. Rewarding Participation in Web3** * 0x0 is committed to rewarding those who actively contribute to the ecosystem, whether by running relayers, receiving ETH rewards by holding the token, or supporting community-driven initiatives. * Our system incentivizes engagement while fostering a self-sustaining, decentralized network. *** #### **5. Pioneering Privacy Innovation** * We aim to push the boundaries of cryptographic technology, continuously innovating to provide the highest levels of privacy and security in the crypto space. * By staying ahead of the curve, 0x0 positions itself as the backbone of a truly private and secure Web3 future. *** #### **6. Building a Community-Driven Future** * Our vision extends beyond technology; it’s about people. We’re building a global community of like-minded individuals who value privacy, decentralization, and innovation. * Together, we can shape a future where individuals—not institutions—control their financial and digital lives. *** At its core, 0x0 is more than just a project; it’s a movement to redefine Web3 as a space where privacy, security, and freedom go hand in hand # AI Smart Contract Auditor An AI smart contract auditor is a tool that uses advanced algorithms to analyze smart contracts and identify potential vulnerabilities or issues that could lead to a scam or other security risk. The auditor uses machine learning techniques to identify patterns and anomalies in the code, flagging potential issues for further review. The process of auditing a smart contract with an AI auditor involves analyzing the code and looking for potential vulnerabilities or areas where the code could be exploited. The auditor checks for issues such as logic errors, access control vulnerabilities, and input validation vulnerabilities, among others. The benefits of an instant, free, and informative audit are numerous. First and foremost, it provides users with peace of mind by ensuring that the smart contract they are interacting with is safe and secure. This helps to build trust in the DeFi space and encourages more widespread adoption. Instant and free audits also save time and money, as traditional auditing methods can be time-consuming and expensive. With an AI auditor, users can receive a comprehensive audit of a smart contract quickly and easily, without having to pay high fees or wait for extended periods. Finally, informative audits provide users with detailed information about potential vulnerabilities and how they can be addressed. This helps developers to identify and fix issues in their code, improving the overall security and reliability of the DeFi space. Additionally, informed users can make better decisions when it comes to investing in or interacting with smart contracts, avoiding potential scams and other risks. In summary, an AI smart contract auditor is a valuable tool that provides users with instant, free, and informative audits of smart contracts. The benefits of such audits include increased security, trust, and reliability in the DeFi space, as well as time and cost savings and improved decision-making capabilities for developers and investors alike. # Privacy Mixer A privacy mixer is a tool that can be used to make cryptocurrency transactions more private and anonymous. Also known as a coin mixer or coin tumbler, this tool works by pooling multiple transactions together, mixing them, and then redistributing them to the intended recipients. To use our privacy mixer, users must send their cryptocurrency to the mixer, which mixes it with other transactions in a random and decentralized manner. This makes it difficult for anyone to trace the original source of the funds and helps to improve the privacy and anonymity of the transaction. Using a privacy mixer can offer several benefits, including enhanced privacy and anonymity for cryptocurrency transactions, improved security, and increased fungibility. Privacy mixers can also be resistant to attacks and hacking attempts, making them a more secure way to mix coins compared to centralized mixers. The flashloan feature within the privacy mixer allows users to take advantage of arbitrage opportunities in a secure and efficient manner. Arbitrage refers to the practice of exploiting price differences in different markets to make a profit. With the flashloan feature, users can temporarily borrow a large sum of cryptocurrency from the privacy mixer, use it to execute an arbitrage trade, and then pay back the borrowed amount with interest, all within the same transaction. This can be done without the user having to actually own the cryptocurrency they are borrowing, as the transaction is only temporarily borrowing the funds from the privacy mixer. However, to ensure the security of the privacy mixer and its users, the contract includes safeguards to prevent any losses due to unprofitable trades or malicious actors. If the arbitrage trade is not profitable, the contract will not allow the user to borrow from the mixing contract, ensuring that the privacy mixer is not at risk of losing funds. This feature provides an additional layer of security and protection for users of the privacy mixer. Example: Borrow 1 WETH Buy 1000 0x0 in Uni v2 for WETH Sell 1000 0x0 in Uni v3 for 1.1 WETH Repay loan 1 WETH + 0.009 fees Profit = 0.091 # Privacy DEX Aggregator The privacy DEX aggregator is a tool that allows users to access multiple decentralized exchanges (DEXs) in a single platform, while also providing enhanced privacy and security features. DEXs are decentralized platforms that allow users to trade cryptocurrencies without the need for a centralized authority, and are known for their high level of security and privacy. The privacy DEX aggregator works by pooling liquidity from multiple DEXs into a single platform, allowing users to access a wider range of trading pairs and opportunities. Additionally, the privacy DEX aggregator uses advanced privacy and security protocols to ensure that user transactions remain private and secure, such as coin mixing and encryption. One of the main benefits of using a privacy DEX aggregator is that it allows users to maintain their privacy while trading cryptocurrencies. This is particularly important for users who value their privacy and do not want their transaction history or identity to be exposed to others. The privacy DEX aggregator achieves this by using various privacy-enhancing features, such as coin mixing and encryption, to keep user transactions private and secure. Another benefit of using a privacy DEX aggregator is that it allows users to access a wider range of trading pairs and opportunities than they would be able to on a single DEX. By pooling liquidity from multiple DEXs, the privacy DEX aggregator provides users with greater flexibility and choice when it comes to trading cryptocurrencies. # Anti-Rug AI The AI anti-rug bot is a tool currently in development by 0x0 to help protect users from scams in the DeFi space. It works by using advanced algorithms to analyze transactions and detect suspicious behavior, such as setting a tax too high or removing liquidity. If the bot detects any suspicious behavior, it will automatically frontrun the transaction, preventing users from getting rug pulled. One of the main benefits of the AI anti-scam bot is that it provides an added layer of security for users in the DeFi space. Scams and frauds are unfortunately common in the DeFi space, and can result in significant financial losses for users. By using the anti-scam bot, users can have greater confidence in their transactions, knowing that they are being protected from potential scams. Another benefit of the AI anti-rug bot is that it provides a more efficient way of detecting and preventing scams than traditional methods. Traditional methods of detecting scams often rely on manual analysis, which can be time-consuming and prone to errors. The AI anti-rug bot, on the other hand, uses advanced algorithms to analyze transactions in real-time, allowing it to quickly detect and prevent potential scams. # AI Developer Hub The AI developer hub is a platform within 0x0 that allows users to deploy their own custom smart contracts written by the in-house AI, without the need for coding knowledge. The platform uses advanced algorithms and machine learning techniques to generate smart contracts that are safe and secure, reducing the risk of scams and fraud. One of the main benefits of using the AI developer hub is that it provides a streamlined and user-friendly way for users to deploy their own custom smart contracts. This is particularly beneficial for users who do not have coding knowledge, as it eliminates the need to hire a developer or learn how to code themselves. By using the AI developer hub, users can simply input their desired contract parameters and let the AI do the rest. Another benefit of using the AI developer hub is that it ensures that any contract deployed through the hub is completely safe to invest in. The platform uses advanced auditing and security protocols to ensure that all contracts generated by the in-house AI are thoroughly vetted and safe to use. This is an important feature, as it helps to reduce the risk of scams and fraud in the DeFi space, which can be a major concern for investors and users alike. # Arcane Privacy Wallet The Arcane Wallet is a next-generation cryptocurrency wallet designed to enhance privacy and security in digital transactions. Unlike traditional wallets, which expose user identities through public key addresses, the Arcane Wallet leverages advanced cryptographic techniques, such as stealth addresses and elliptic curve Diffie-Hellman (ECDH) key exchanges, to obscure transaction details and protect user privacy. #### Key Features 1. **Stealth Addresses**: Arcane Wallet generates unique stealth addresses for each transaction, ensuring that the recipient’s identity remains hidden on the blockchain. This feature prevents third parties from easily tracing transactions back to the recipient’s public key. 2. **Enhanced Privacy**: By using ephemeral keys and shared secrets, the wallet ensures that only the intended recipient can recognize and access the transaction. This is achieved through the computation of view tags, which act as unique identifiers for transactions. 3. **Secure Key Management**: The wallet supports both mnemonic phrases and private keys for secure key management, allowing users to recover their wallets easily while maintaining high security standards. #### Comparison with Traditional Wallets * **Privacy**: Traditional wallets typically use static public key addresses, making it easier for observers to trace transactions and link them to specific users. In contrast, Arcane Wallet’s use of stealth addresses and view tags significantly enhances privacy by obscuring these links. * **Security**: While both Arcane Wallet and traditional wallets employ cryptographic techniques to secure funds, Arcane Wallet’s use of ECDH and ephemeral keys adds an additional layer of security, ensuring that transaction details remain confidential. * **User Experience**: Arcane Wallet offers a similar user experience to traditional wallets, with the added benefit of enhanced privacy features. Users can send and receive funds without needing to understand the underlying cryptographic processes, making it accessible to both novice and experienced users. The Arcane Wallet represents a significant advancement in cryptocurrency wallet technology, offering enhanced privacy and security features that address the limitations of traditional wallets. By integrating cutting-edge cryptographic techniques, Arcane Wallet provides users with a secure and private way to manage their digital assets, setting a new standard for privacy-focused cryptocurrency solutions. # Moving assets Anonymously
In this setup, Bob wants to send an asset like ETH or an ERC20 token to Alice without revealing her wallet details. For this to happen, Alice provides her `stealthAddress` in the form `0x0.`, where `spk` represents the signing public key and `vpk` the viewing public key. This unique address enables Alice to receive assets anonymously. After Bob transfers the asset to Alice’s stealth address, Alice remains unaware of the transaction until Bob announces it. Bob must share key details that will help Alice locate and retrieve the transferred assets.
#### Required Announcement Details Bob needs to provide Alice with the following data to identify the transaction: * **Ephemeral Public Key:** Used by Alice to compute a shared secret, confirming transaction authenticity. * **View Tag:** Alice matches this against computed tags to identify her transactions. * **Token Address:** Indicates the specific asset type Bob transferred to the stealth address. To initiate a transaction, Bob uses Alice’s `stealthAddress`, containing her signing and viewing public keys. This process involves several cryptographic steps using elliptic curve cryptography. # Calculating the Shared Secret The shared secret SS facilitates secure communication between Bob and Alice: 1. An ephemeral key pair is created for the transaction. 2. Using Elliptic Curve Diffie-Hellman (ECDH), the shared secret SS is calculated as: S=ePrivK⋅vpk Where: * ePrivK represents the ephemeral private key generated for the transaction. * vpk is the recipient’s viewing public key. # Creating the View Tag The view tag VT helps Alice efficiently identify her transactions: * VT is derived by hashing the shared secret S: VT=keccak256(S) # Deriving the Stealth Public Key The stealth public key stPK is used to generate a unique address that only Alice can access: * stPK is computed as: stPK=spk+S⋅G Where: * spk is Alice’s signing public key. * S is the shared secret. * G is the elliptic curve generator point. # Identifying Relevant Transactions for Wallets Given that anonymous transactions are visible on the public blockchain, a wallet must determine its own transactions by analyzing specific broadcasted metadata (ePK, VT): 1. Derive a shared secret by performing an elliptic curve operation between the wallet’s viewing private key and the ephemeral public key ePK, leveraging ECDH as previously described. 2. Compute VT by applying a cryptographic hash to the derived shared secret. 3. Compare the computed VT with the broadcasted transaction’s VT. A match confirms the transaction pertains to the wallet. # Accessing Privately Transferred Assets After recognizing a transaction intended for her, Alice reconstructs the necessary private key to unlock the assets. This process relies solely on the ephemeral public key ePK. The steps are as follows: 1. Recalculate the shared secret using Alice’s viewing private key and the ephemeral public key ePK. 2. Derive the stealth private key stPrivK by integrating the shared secret with Alice’s spending private key: [stPrivK=(spPrivK+S) mod n](#user-content-fn-1)[^1] Where: * spPrivK is Alice’s spending private key. * n represents the order of the elliptic curve. * s represents shared secret Once stPrivK is derived, Alice can authenticate and retrieve the assets from the associated stealth address. [^1]: # Arcane Contract With the core operation of the wallet outlined, our next objective is to ensure seamless user interaction with funds while maintaining privacy. This extends to interacting with decentralized applications (DApps), such as executing token swaps on platforms like Uniswap, all while preserving the familiar experience of conventional transactions. To accomplish this, we developed a tailored contract that securely manages these operations while upholding user anonymity. The Arcane Contract is a sophisticated smart contract designed to facilitate untraceable and private transactions within the Arcane Wallet ecosystem. It leverages the stealth address protocol to ensure that transactions remain confidential and secure, providing users with enhanced privacy compared to traditional blockchain transactions. Consider a scenario where you hold 10 USDT and 5 USDT in separate stealth addresses. The contract enables you to send a total of 14 USDT to another 0x0 user in a single transaction. # Shielding Assets This is the only transaction that would be publicly linked to your address. As it consistis of you moving an asset like ETH or ERC20 from your public address into the Arcane Contract. During this transaction the asset is moved to a stealth address that your wallet controls.
There are two function that would enable this. For shielding ETH: ```solidity /** * @notice Shield a token by transferring it to a stealth address * @dev The ETH sent to this function would be made only accessible to the receiver/stealthAddress * * Emits an {Announcement} event indicating the transfer * * @param _receiver The stealth address to transfer the token to * @param _announcementData The transfer announcement data */ function shieldETH( address _receiver, AnnouncementData calldata _announcementData ) external payable; ``` For shielding ERC20: ```solidity /** * @notice Shield a token by transferring it to a stealth address * @dev The tokens sent to this function would be made only accessible to the receiver/stealthAddress * * Emits an {Announcement} event indicating the transfer * * @param _token The token to transfer * @param _receiver The stealth address to transfer the token to * @param _announcementData The transfer announcement data */ function shieldToken( address _token, address _receiver, uint256 _amount, AnnouncementData calldata _announcementData ) external; ``` # Single Transfers When you want to move the assets from a single stealth address to another or you want unshield you asset (in other words withdraw from the arcane contract) you’d call the `transferFrom` function: ```solidity /** * @notice Transfer a ETH/ERC20 * @dev Allows anyone to Withdraw and move their funds without needing * them to interact with the contract. Also this function can be used to transfer * funds from one stealth address to another * * Emits a {Transfer} event indicating the transfer * * Note: The _data parameter is used to call a callback function on the receiver * Also, every parameter should be verified by this contract (using _verify) so as to prevent * malicious contracts from stealing funds or mutating the parameters for personal gain. * * @param _token The token to transfer * @param _sender The stealth address to transfer the token from * @param _amount The amount of tokens to transfer * @param _receiver The stealth address to transfer the token to * @param _signature The signature of the sender * @param _transferData Extra parameters for the withdrawal * @param _announcementData The transfer announcement data */ function transferFrom( address _token, address _sender, uint256 _amount, address payable _receiver, Signature calldata _signature, TransferData calldata _transferData, AnnouncementData calldata _announcementData ) external; ``` You’d notice the `_signature` paramater, this signature is generated using the stealth address private key. Keep in mind the `_sender` is some stealth address. # Multiple Transfers When you want to move the assets from a two or more stealth address to another stealth address or you want unshield the asset (in other words withdraw from the arcane contract) you’d call the `transferFromMultiple` function: ```solidity /** * @notice Transfer from multiple stealth addresses * @dev Allows for a single transaction to transfer tokens from multiple stealth addresses. * * In a situation where a user has multiple stealth addresses with some token T and wants to * transfer a certain amount of T, but one stealth address does not have enough T to transfer, * the user can use this function to transfer the tokens from multiple stealth addresses. * * Emits a {Transfer} event indicating the transfer * * @param _token token to transfer * @param _senders an array of stealth addresses to transfer the token from * @param _amounts an array of amounts to transfer from each stealth address respectively * @param _totalAmount the total amount of tokens to transfer * @param _receiver the stealth address to transfer the token to * @param _signatures an array of signatures of the senders respectively * @param _transferData extra parameters for the transfer * @param _announcementData the transfer announcement data */ function transferFromMultiple( address _token, address[] calldata _senders, uint256[] calldata _amounts, uint256 _totalAmount, address payable _receiver, Signature[] calldata _signatures, TransferData calldata _transferData, AnnouncementData calldata _announcementData ) external; ``` You’d notice the `_signatures` paramater, this is a list of signature generated using the private keys of the `_senders` respectively. # Withdrawal or Unshielding Looking at the `transferFrom` & `transferMultiple` functions you’d see a recurring parameter called `_transferData` this object contains a property called `tType` which signifies the transfer type, this can be either `INTERNAL` or `EXTERNAL`. External transfers tells the contract to unshied the asset being transfered and the address provided as the `_receiver` is assumed to be a non-stealth address.
# Relayers Since initiating transactions from your wallet isn’t private, we need to utilize relayers. They help send transactions on your behalf, so this way the transactions aren’t linked to your wallet. This is also another added means to make sure your transactions are private. Relayers act as intermediaries, ensuring your transactions are seamlessly broadcasted to the network without requiring direct initiation from your wallet. They perform this service on your behalf and are compensated in the token being transacted. ![](https://hackmd.io/_uploads/ryM8bC-MJg.png) To participate, relayer owners must maintain a minimum balance as specified in the Arcane Contract, which is a prerequisite for their creation and activation in the relaying process. #### [Fee Structure](https://docsify-this.net/?basePath=https://gist.githubusercontent.com/0x0exchange/db78b2541f5770a9eedd8f447fdfa188/raw/66d9cedafefabff52a0baf7fe7fc55c5d9c7a4d1\&homepage=arcane-whitepaper.md\&sidebar=true#/?id=fee-structure) Relayers form the backbone of the 0x0 ecosystem, serving as essential guardians of the network’s security. Operated by 0x0 token holders, these relayers are tasked with ensuring the seamless execution of transactions while covering their operational expenses and earning incentives. Upon the successful completion of a transaction, fees are allocated to the relayer responsible for its initiation, rewarding their contribution to the network’s efficiency. At the heart of this process is the calculation of the relayer fee for a given transaction `Tx` relayerFee=gasCost(TX)+0.1%×transaction amount This formula ensures that relayers are fairly compensated for both the computational resources expended and the value of the transaction processed. #### [Relayer Manager](https://docsify-this.net/?basePath=https://gist.githubusercontent.com/0x0exchange/db78b2541f5770a9eedd8f447fdfa188/raw/66d9cedafefabff52a0baf7fe7fc55c5d9c7a4d1\&homepage=arcane-whitepaper.md\&sidebar=true#/?id=relayer-manager) The Relayer Manager is a critical component of the Arcane ecosystem, designed to facilitate and manage the operations of relayers within the network. Relayers play a vital role in ensuring the smooth execution of transactions. The Relayer Manager contract provides a robust framework for registering, activating, and managing relayers, ensuring that they meet specific requirements and adhere to the network’s security protocols. [**Key Features**](https://docsify-this.net/?basePath=https://gist.githubusercontent.com/0x0exchange/db78b2541f5770a9eedd8f447fdfa188/raw/66d9cedafefabff52a0baf7fe7fc55c5d9c7a4d1\&homepage=arcane-whitepaper.md\&sidebar=true#/?id=key-features-1) 1. **Relayer Registration and Management**: The contract allows for the registration of new relayers, ensuring that each relayer is associated with an owner and meets the necessary token balance requirements. This ensures that only qualified entities can act as relayers, maintaining the integrity of the network. 2. **Activation and Deactivation**: Relayers can be activated or deactivated by their owners, providing flexibility in managing relayer availability. This feature is crucial for maintaining control over who can relay transactions and ensuring that inactive or compromised relayers are promptly deactivated. 3. **Security and Compliance**: The contract includes several security checks, such as verifying relayer ownership and ensuring that relayers have sufficient token balances. These checks help prevent unauthorized access and ensure that relayers operate within the network’s guidelines. 4. **Event-Driven Architecture**: The Relayer Manager emits various events, such as RelayerRegistered, RelayerActivated, and RelayerDeactivated, to provide transparency and traceability of relayer activities. These events help network participants monitor relayer status and ensure compliance with expected behaviors. 5. **Fee Management**: The contract handles the collection and distribution of relayer fees, ensuring that relayers are compensated for their services. This includes support for fee swaps, allowing fees to be converted into different tokens if necessary. # Spectre (Coming Soon) Spectre is a privacy-focused trading platform within the 0x0 exchange. It is designed to support both private spot trading and leveraged trading, ensuring anonymity and transaction confidentiality. Spectre aligns with 0x0’s mission to provide enhanced privacy in decentralized finance. # Buybacks and Burns Since its inception, the 0x0 team has strategically employed a **buyback and burn** approach, successfully reducing more than **10.8% of the total supply**—an incredible milestone for value creation and scarcity. However, to adapt and better support the ecosystem, we shifted our focus to **liquidity injection** to strengthen the project and reduce volatility. This pivot has paid off tremendously, resulting in **one of the deepest liquidity pools on the Ethereum network**. Now, even larger buyers can enter and exit positions seamlessly, with minimal slippage, further enhancing 0x0’s stability and appeal. We remain committed to fostering sustainable growth while ensuring liquidity and scalability for all holders. # ETH Rewards At 0x0, we’re committed to rewarding our holders and contributors as we redefine privacy and decentralization in Web3. Here’s how our rewards system works—and how it’s evolving to create long-term value for our community. *** #### **How ETH Rewards Work Today** * **Claim or Compound:** Holders can **claim or compound their ETH rewards** directly through the dashboard at [dashboard.0x0.ai](https://dashboard.0x0.ai). * **Bootstrapped by Tax Allocation:** Currently, **1% of the token buy and sell tax** is allocated as ETH rewards to holders, ensuring immediate incentives for supporting the ecosystem. *** #### **The Future of ETH Rewards: Mainnet Revenue Model** As we prepare to go live on **mainnet**, the reward structure will transition to a **sustainable revenue-based model**: 1. **Utility-Driven Revenue:** Once utilities like private transactions, relayers, and other features go live on mainnet with the Arcane Wallet, they will begin generating revenue for 0x0 holders. 2. **100% Revenue Distribution:** Unlike traditional platforms, **100% of this revenue will be distributed back to 0x0 holders**, eliminating reliance on tax-based rewards and creating a self-sustaining ecosystem. *** #### **Why ETH Rewards Are Game-Changing** * **Immediate and Scalable:** The current reward system provides consistent value, while the mainnet model ensures exponential growth as utilities gain adoption. * **Ownership in Action:** As a 0x0 holder, you don’t just benefit from price appreciation—you directly share in the success and revenue of the ecosystem. * **Empowering Long-Term Contributors:** The ability to compound rewards helps holders grow their earnings while supporting network development. *** **Start claiming or compounding your rewards today** at [dashboard.0x0.ai](https://dashboard.0x0.ai). With mainnet on the horizon, the future of 0x0 and its rewards system has never been more exciting. # Roadmap #### Q1: Launch Phase * #### Release the smart contract auditor to the public * #### Launch the $0X0 token on Ethereum network * #### Offer training and support to developers and investors using the auditor * #### Introduce the Privacy Mixer feature, allowing users to mix their transactions for added privacy and security * #### Launch the beta version of the privacy DEX aggregator * #### Conduct a marketing campaign to increase awareness and adoption of the platform * #### Conduct an audit of the smart contracts and Privacy Mixer to ensure their safety and security #### Q2: Adoption Phase * #### Roll out updates to increase reliability and accuracy of the AI auditor * #### Increase marketing efforts to attract more developers and investors to use the auditor * #### Add more cryptocurrencies to the Privacy Mixer for increased functionality and flexibility * #### Build partnerships and collaborations with other blockchain companies and projects to increase the reach and impact of our ecosystem * #### Conduct further marketing campaigns to increase user adoption #### Q3: Expansion Phase * #### Update and improve ecosystem dApps based on user feedback and new developments in the blockchain space continuously * #### Introduce the AI bot that front-runs suspicious transactions to avoid getting rugpulled * #### Launch governance platform for the $0x0 token holders to vote on proposals and participate in decision-making * #### Explore new use cases and applications for the technology * **Expand partnerships and collaborations to increase the reach of 0x0** #### Q4: Maturity Phase * #### Keep improving all our dApps and add new features continuously * #### Launch the all-in-one AI-powered Developer Hub for smart contract creation, deployment and testing * #### Explore opportunities on other chains * #### Monitor and analyze the market trends and adapt to them * #### Foster a strong community around the 0x0 ecosystem * #### Continue expanding marketing efforts to attract new users to the platform # Dapp Updates Planned updates for our current utilities. This page will be updated as we continue to roll out more utilities. Planned updates for the smart contract auditor: 1. Implement additional security checks and tests to improve accuracy: The auditor will undergo an update to include more comprehensive tests and security checks. This will ensure that the auditor can detect even the smallest vulnerabilities that could compromise the smart contract. 2. Generate a structured report in PDF format: Currently, the auditor generates a report in text format. However, there is a plan to create a more user-friendly and structured report in PDF format. This will make it easier for users to understand the results of the audit and take the necessary actions. 3. Incorporate machine learning algorithms for higher accuracy: 0x0 plans to incorporate machine learning algorithms into the auditor to improve accuracy. This will allow the auditor to learn from previous audits and adapt to new threats and vulnerabilities. With machine learning, the auditor will become more reliable and effective in detecting issues with smart contracts. # Community Feedback Collecting data and feedback from the 0x0 community is crucial for several reasons: 1. Improving User Experience: Feedback from the community can help identify pain points and areas where improvements are needed, leading to a better user experience overall. 2. Identifying Bugs and Vulnerabilities: The community can help identify any bugs or vulnerabilities that may have been missed during development. This can help ensure the security and reliability of the platform. 3. Building Community Trust: Collecting feedback and taking action based on it can help build trust within the community. By showing that the team behind 0x0 values the opinions and needs of its users, it can foster a more positive relationship between the community and the platform. 4. Driving Innovation: Community feedback can also drive innovation by providing ideas for new features and functionality that users want to see implemented. This can help keep the platform competitive and relevant in a constantly evolving market. Overall, collecting data and feedback from the 0x0 community is essential for building a strong and successful platform that meets the needs and expectations of its users.