Development of a High-Performance Solana Copy Trading Bot in Rust

I am seeking an experienced Rust developer with expertise in Solana blockchain development to create a high-performance, low-latency copy trading bot. The bot should be capable of monitoring multiple wallets in real-time and replicating trades executed on decentralized exchanges Raydium and Pump.fun. The goal is to execute copied trades with minimal latency to optimize trade outcomes.

Project Objectives:

Develop a fast and efficient copy trading bot that operates on the Solana blockchain.

Monitor multiple wallets and replicate their trades in real-time.

Minimize latency to reduce slippage and improve trade execution.

Incorporate advanced features such as Jito integration, slippage control, retry mechanisms, and customizable trade sizing.

Key Features and Requirements:

Programming Language:

The bot must be developed in Rust, leveraging its performance and safety features.

Blockchain Interaction:

Utilize Solana's RPC API, gRPC, and WebSocket (wss) protocols for real-time data streaming and transaction submission.

Implement low-latency communication with Solana nodes.

Support custom RPC endpoints, including those requiring API keys.

Exchange Integration:

Support for copying trades from decentralized exchanges like Raydium and Pump.fun.

Ability to parse and replicate swap transactions and other trade types.

Automatically obtain and handle Pool IDs as needed.

Wallet Monitoring:

Monitor multiple specified wallets on the Solana blockchain.

Detect trades executed by these wallets in real-time.

Allow dynamic addition or removal of wallets to monitor via configuration or user interface.

Trade Execution:

Copy trades based on a specified percentage of the original trade size or a fixed lot size.

Implement slippage control to limit execution price deviations (e.g., maximum slippage settings).

Include retry mechanisms for failed transactions with configurable retry limits.

Apply configurable delays (in milliseconds) before executing copied trades if required.

Accurately handle partial trades to match the source wallets' actions.

Jito Integration:

Integrate with Jito's Block Engine to potentially gain priority in block inclusion.

Utilize Jito's gRPC and WebSocket endpoints for transaction submission if enabled.

Provide configuration options to enable or disable Jito integration.

Configuration:

Use a configuration file (e.g., YAML or TOML) to store settings such as monitored wallets, trade parameters, and API endpoints.

Provide settings for trade scaling (percentage or fixed amount), delays, slippage, retries, and other trade parameters.

Enable or disable features like Jito integration, safety checks, and manual sniping mode via configuration.

Error Handling and Logging:

Implement robust error handling to manage network issues, transaction failures, etc.

Log significant events and errors for monitoring and debugging purposes.

Optionally provide notifications (e.g., email, SMS) for critical events or errors.

Performance Optimization:

Optimize for low latency to ensure timely replication of trades.

Use asynchronous programming (e.g., Tokio) to handle concurrent tasks efficiently.

Ensure efficient handling of WebSocket and gRPC connections.

Security:

Securely manage private keys, ensuring they are encrypted and not exposed.

Follow best practices for handling sensitive information.

Implement secure password handling for decrypting private keys.

Safety Checks:

Implement optional safety checks before executing trades, such as:

Checking if the token has socials and a website.

Verifying if the token is mutable or freezable.

Checking if the liquidity pool (LP) is burned or locked.

Ensuring the token is not a scam or rug-pull risk.

Manual Intervention and Controls:

Provide options for manual trade management, such as pausing the bot or closing trades manually.

Implement a command-line interface (CLI) or graphical user interface (GUI) for user interaction.

Testing:

Include unit tests and integration tests to ensure the bot functions correctly.

Provide test scripts or configurations for simulating trading scenarios.

Documentation:

Provide clear documentation of the codebase, setup instructions, and usage guidelines.

Include comments and explanations within the code where necessary.

Document any external dependencies or requirements.

Deployment:

Provide a Dockerfile or deployment scripts for easy setup.

Ensure compatibility with common deployment environments.

I'll first be running this on a Windows Server so keep that in mind. it should be able to work on Windows or Linux.

Technology Stack:

Programming Language: Rust

Blockchain Platform: Solana

Exchanges: Raydium, [login to view URL]

Networking Protocols: gRPC, WebSocket (wss), HTTP/HTTPS for RPC calls

Asynchronous Runtime: Tokio or equivalent

Additional Libraries:

Solana SDK for blockchain interactions

Serde for serialization/deserialization

Necessary crates for WebSocket and gRPC communication

Any other dependencies required for performance optimization and functionality

Deliverables:

A fully functional copy trading bot meeting all specified requirements.

Well-structured and documented source code.

Configuration files or templates for setting up the bot.

Deployment scripts or Dockerfile for easy installation.

Comprehensive documentation, including:

Setup and installation instructions.

User guide for operating the bot.

Developer documentation for future maintenance.

Test cases and instructions on how to run them.

Timeline:

Please provide an estimated timeline for project completion, including milestones for key components:

Initial setup and configuration.

Implementation of core functionalities.

Integration with exchanges and Jito.

Testing and debugging.

Final delivery and documentation.

Experience Required:

Prior experience with Solana blockchain development is essential.

Familiarity with decentralized exchanges and transaction parsing on Solana.

Proficiency in Rust, especially with asynchronous programming and performance optimization.

Experience with gRPC and WebSocket communication.

Proposal Submission:

Include examples of previous similar projects or relevant experience.

Briefly describe how you plan to approach this project.

Provide any suggestions or insights that could improve the project outcome.

Blockchain Cryptocurrency Rust Solana

Numer ID Projektu: #38714222

O projekcie