Ethereum Blockchain Integration for DEX Platform

? Project Title: Integration of Ethereum Blockchain into DEX Platform Project Overview: As discussed earlier, our company, CitrusBits, is developing a decentralized exchange (DEX) platform, which currently consists of frontend and backend components. To enhance the platform's functionality and security, we aim to integrate the Ethereum blockchain network. This integration will enable the platform to leverage the benefits of blockchain technology, such as transparency, immutability, and decentralization. ? Project Objectives: 1. Design and develop new smart contracts for trading logic, order matching, and settlement on the Ethereum blockchain. 2. Integrate the smart contracts with the existing DEX platform. 3. Test and deploy the smart contracts on the Ethereum mainnet or testnet. 4. Enable secure, transparent, and decentralized trading of digital assets on the platform. 5. Implement Web3 functionality to enable users to interact with the platform using Ethereum wallets. ? Functional Requirements: 1. Smart Contract Development: - Design and develop new smart contracts for trading logic, order matching, and settlement using Solidity programming language. - Implement smart contracts to handle the following functions: 4. Integrate with third-party APIs for real-time market data and price feeds. + Trading: Create, cancel, and execute trades. + Order matching: Match buy and sell orders. + Settlement: Settle trades and update user balances. - Ensure smart contracts are secure, efficient, and gas-optimized. 2. Smart Contract Testing: - Write unit tests and integration tests for the smart contracts using Truffle Suite or similar testing frameworks. - Test smart contracts for functionality, security, and performance. 3. Smart Contract Deployment: - Deploy the tested and verified smart contracts on the Ethereum mainnet or testnet. - Ensure the deployed contracts are properly configured and connected to the DEX platform. 4. Ethereum Node Integration: - Set up and configure Ethereum nodes to connect to the mainnet or testnet. - Ensure nodes are synced with the blockchain and can handle high traffic. 5. Web3 Integration: - Integrate Web3 libraries (e.g., [login to view URL], [login to view URL]) to enable users to interact with the platform using Ethereum wallets. - Implement functionality to connect users' wallets to the platform. 6. Blockchain Data Storage: - Design and implement a data storage solution to store blockchain-related data (e.g., transaction history, user balances). - Ensure data storage is secure, scalable, and compliant with regulatory requirements. 7. Security and Auditing: - Implement security measures to protect against common blockchain attacks (e.g., reentrancy, front-running). - Conduct regular security audits and penetration testing to ensure the platform's integrity. ? Non-Functional Requirements: 1. Scalability:The platform should be able to handle a high volume of transactions and users. 2. Performance: The platform should have fast transaction processing times and low latency. 3. Security: The platform should ensure the security and integrity of user assets and data. 4. Compliance: The platform should comply with relevant regulatory requirements (e.g., AML, KYC). ? Technical Requirements: 1. Blockchain Network: Ethereum mainnet or testnet. 2. Smart Contract Language: Solidity. 3. Web3 Libraries: [login to view URL], Ethers.js. 4. Programming Languages: JavaScript, Solidity. 5. Database: [Specify database management system, e.g., MongoDB, PostgreSQL]. 6. Operating System: [Windows]. ? Budget: $13000/month ? Timeline: 6-8 months Deploy the smart contracts on the Ethereum Mainnet.