BLACKHORN ($HORN) OFFICIAL TECHNICAL DOCUMENTATION Strength on the Chain Welcome to the Blackhorn technical documentation. This document explains the project's proposed architecture, blockchain integration, security principles, and future development. Blackhorn is designed around transparency, user control, and verifiable blockchain information. 1. PROJECT ARCHITECTURE 1.1 Frontend-First Design Blackhorn's website is designed to operate primarily within the user's browser. The proposed architecture includes a frontend application, public market-data APIs, Solana blockchain RPC, an optional RPC proxy, and compatible wallet integrations. The website should minimize unnecessary backend dependencies and avoid storing user financial information. Core principles: - Frontend: Website interface and user experience - Solana RPC: Read blockchain information - Market APIs: Retrieve market information - Wallet Adapter: Connect compatible wallets - RPC Proxy: Relay approved blockchain requests, if needed Implementation status: Proposed architecture. Actual components must be verified after development. 2. TECHNOLOGY STACK 2.1 Frontend The proposed frontend stack includes React, Vite, TypeScript, Tailwind CSS, Framer Motion, and TanStack Query. The frontend may render project pages, retrieve public data, display blockchain information, manage user interface state, connect compatible wallets, and present transaction information. 2.2 Blockchain Integration Blackhorn is planned for the Solana blockchain. Potential technologies include Solana Web3.js, Solana JSON-RPC, wallet adapters, and compatible liquidity SDKs. The selected libraries and versions should be documented in the production repository. 3. SOLANA INTEGRATION 3.1 What Is Solana RPC? Solana RPC allows applications to communicate with the Solana blockchain. Applications can use RPC methods to retrieve account balances, token accounts, transaction status, block information, token supply, and program data. The exact methods used by Blackhorn depend on the features implemented. 3.2 RPC Request Flow User Browser -> Blackhorn Frontend -> Solana RPC -> Blockchain Data -> Display Verified Results If a proxy is required: User Browser -> Blackhorn Frontend -> RPC Proxy -> Solana RPC -> Solana Blockchain 4. MARKET DATA INTEGRATION 4.1 Dexscreener Blackhorn may integrate Dexscreener's public market data, including token price, trading volume, liquidity, market capitalization, and trading pairs. The website should request data from the approved source, validate the returned response, display information clearly, provide a link to the relevant market page, and indicate when information is unavailable or delayed. Market-data services are external sources and may not always provide complete or current information. 4.2 Market Data Example const marketData = { price: null, volume24h: null, liquidity: null, marketCap: null, pairAddress: null }; This is an example data structure, not a live integration. 5. TOKEN INFORMATION 5.1 Official Token Details Name: Blackhorn Symbol: $HORN Network: Solana Mint Address: To Be Announced Total Supply: To Be Confirmed Decimals: To Be Confirmed Liquidity Pool: To Be Announced 5.2 Token Verification Before publishing official token details, the project should verify the correct mint address, token supply, decimals, mint authority status, freeze authority status where applicable, and official token metadata. The website should not publish unverified addresses as official. 6. ON-CHAIN VERIFICATION 6.1 Purpose Blackhorn aims to help users inspect publicly available blockchain information. Potential verification features include token supply, wallet balances, liquidity pool information, transaction signatures, and token account data. 6.2 Supply Verification A token supply display should retrieve supply information from the blockchain and identify the method used. const supplyInfo = { totalSupply: null, decimals: null, source: "Solana RPC", verifiedAt: null }; The actual implementation should include error handling and appropriate formatting. 6.3 Wallet Holdings If Blackhorn publishes designated wallet addresses, the website may display their public token balances. The project should explain which wallets are displayed, why they are displayed, how balances are calculated, and when the information was last updated. Wallet balances can change at any time. 7. WALLET INTEGRATION 7.1 Supported Wallets Blackhorn may support compatible Solana wallets such as Phantom and Solflare. Final wallet integrations depend on implementation and compatibility. 7.2 Wallet Connection A typical connection process is: the user selects Connect Wallet; the website requests connection; the user approves through the wallet; the website receives permitted public wallet information; and the website displays the connected address. The website should not request private keys or seed phrases. 7.3 Wallet Security Users should verify that they are interacting with the official Blackhorn website and review wallet requests carefully. A wallet connection alone does not guarantee that every subsequent transaction is safe. 8. LIQUIDITY MANAGEMENT 8.1 Overview Blackhorn may develop a non-custodial liquidity-management interface. The selected protocol must be confirmed before implementing protocol-specific functionality. Potential features include liquidity position display, deposit and withdrawal interfaces, transaction simulation, and transaction status tracking. 8.2 Deposit Flow Connect Wallet -> Load Pool Information -> Enter Deposit Amount -> Calculate Estimate -> Build Transaction -> Simulate -> User Signs -> Submit and Confirm 8.3 Withdrawal Flow Connect Wallet -> Load LP Position -> Select Withdrawal Amount -> Preview Expected Assets -> Build Transaction -> Simulate -> User Signs -> Submit and Confirm These flows describe a proposed workflow, not a currently operational liquidity system. 9. TRANSACTION SAFETY 9.1 Transaction Lifecycle Blackhorn should use a clearly defined lifecycle: Build -> Simulate -> Sign -> Send -> Confirm. - Build: Construct the transaction based on the selected action. - Simulate: Attempt to identify potential execution errors where supported. - Sign: The user reviews and approves the transaction through their wallet. - Send: Submit the signed transaction to the Solana network. - Confirm: Check the transaction status and display relevant information. 9.2 Failed Transactions The application should distinguish between user-rejected transactions, simulation failures, network submission failures, expired transactions, and unconfirmed transactions. The website should not claim that a transaction succeeded without appropriate confirmation. 10. RPC PROXY SECURITY 10.1 Purpose A proxy may be used when browser restrictions or infrastructure requirements prevent direct RPC access. The proxy should be narrowly scoped. 10.2 Security Controls Potential controls include method allowlists, rate limiting, batch-size limits, input validation, controlled upstream access, and privacy-conscious logs. 10.3 Transaction Submission If the proxy relays signed transactions, it should not sign transactions on behalf of users. The project should clearly explain the role of the proxy and its limitations. A proxy does not eliminate risks associated with malicious transactions, compromised infrastructure, or incorrect user approvals. 11. API DATA SECURITY 11.1 External Data Data retrieved from third-party APIs should be treated as untrusted input. The website should validate expected fields, handle missing responses, sanitize displayed values, avoid interpreting external content as executable markup, and prevent sensitive data from being exposed in logs. 11.2 Error Handling Error messages should provide useful information without exposing internal secrets or infrastructure details. 12. SMART CONTRACT AND PROTOCOL RISKS Blackhorn's risks depend on the token deployment and protocols selected. Potential risks include smart contract vulnerabilities, protocol exploits, incorrect transaction parameters, liquidity loss, network disruptions, wallet compromise, and third-party service failures. Blackhorn should avoid describing external protocols as risk-free. 13. DOCUMENTATION STANDARDS 13.1 Accuracy Technical documentation should accurately reflect the current implementation. Features not yet implemented should be labeled Planned, Proposed, Under Development, or Not Yet Available. 13.2 Version Control 1.0 - Initial documentation draft 1.1 - Updated token information 1.2 - Technical feature updates 2.0 - Major architecture changes 14. FUTURE DEVELOPMENT Phase 1: Website foundation, official token documentation, branding, and community resources. Phase 2: Token verification tools, market-data integration, and blockchain explorer links. Phase 3: Wallet connectivity, liquidity interface research, and transaction-status tools. Phase 4: Additional community features, technical improvements, and expanded documentation. Development priorities and timelines remain subject to confirmation. 15. DEVELOPER INFORMATION Name: Blackhorn Ticker: $HORN Network: Solana Repository: To be announced. Contract Address: To be announced. Liquidity Protocol: To be confirmed. Official Website: To be announced. 16. DISCLAIMER This documentation describes proposed Blackhorn architecture and functionality. Technical details may change during development. Any live features, token information, liquidity arrangements, and security claims should be verified against the implemented system. This documentation is not financial advice. Users should conduct independent research, verify official links, and understand the risks associated with cryptocurrency and decentralized applications. BLACKHORN ($HORN) Strength on the Chain Transparency. Community. Determination.