Zero-Latency DEX Auto-Trading Bot Development
Budget: $30 – $250 USD
Project Title:
Create a High-Speed DEX Bot for Auto-Trading BUY and SELL with Zero Latency on Liquidity Pools
Project Description:
I am looking for a highly experienced developer to create a DEX (Decentralized Exchange) bot that can automatically trade on decentralized platforms like Uniswap, SushiSwap, PancakeSwap, or other AMM-based exchanges. The bot needs to meet the following key requirements:
Key Requirements:
Auto-Trading on the Same Block:
The bot must be capable of executing buy and sell trades within the same block, ensuring zero latency or as close to zero as possible. This is crucial for ensuring quick execution and minimizing slippage.
Liquidity Scanning:
The bot should scan tokens with liquidity that allows for efficient trades.
It should scan only those tokens where the total buy is greater than the total sell. This will help ensure there is sufficient demand for the token.
The bot needs to scan X amount of tokens (defined by a threshold) to find the most profitable trades.
Trade Execution Conditions:
The bot should only buy and sell when the net buy value exceeds $5000. This ensures that the bot is trading in tokens with a significant amount of volume.
The bot should also ensure that the liquidity pool contains the asset (for example, SOL) before attempting any trades.
Breakeven Trading with Fees:
The bot must be designed to buy and sell tokens at a profit (e.g., buying 1 SOL and selling with a profit).
If the pool amount goes low or becomes negative, the bot must still be able to exit the trade in a breakeven state (only paying the gas/transaction fees) to avoid losses.
Profit and Loss Management:
The bot should aim to automatically close positions at breakeven or small profit by considering factors such as liquidity, slippage, and gas fees.
In case of adverse market conditions (e.g., liquidity issues, price movement), the bot should still ensure that the exit price is as close to the entry price as possible, accounting for fees.
Additional Features:
Real-Time Price Monitoring: The bot must monitor prices in real-time and react to any significant price movements instantly.
Advanced Slippage Settings: The bot should have the ability to configure slippage tolerance to minimize losses.
Error Handling and Recovery: The bot should be resilient, with error handling mechanisms in place to prevent crashes or failed trades.
Transaction Logging: Maintain logs of every transaction executed by the bot for transparency and monitoring purposes.
Customizable Settings: Allow me to adjust parameters such as the minimum liquidity, net buy threshold ($5000), and other settings as needed.
Tech Stack:
Languages: Preferably Python, JavaScript, or Go (or any language that supports efficient blockchain interactions).
Blockchain Networks: Ethereum (Uniswap, SushiSwap), Binance Smart Chain (PancakeSwap), and any other major AMM DEX platforms.
Web3 Libraries: Web3.js, ethers.js, or similar for interaction with smart contracts and DEXs.
Deliverables:
A working bot capable of trading on decentralized exchanges.
A well-documented guide for setting up, configuring, and running the bot.
Full source code and support for installation.
Ongoing support for bug fixes (if required) after delivery.
Budget:
Please provide an estimated budget and timeline for the completion of the project. I am open to discussing pricing based on your experience and skillset.
Requirements for Applicants:
Experience with DEXs and AMMs: You should have a strong understanding of decentralized finance (DeFi) and be familiar with interacting with AMMs like Uniswap, SushiSwap, PancakeSwap, and others.
Strong Blockchain Development Skills: You should have experience with blockchain development, specifically in executing trades and managing liquidity on DEXs.
Past Work: Please share examples of previous projects involving DEX bots or trading automation.
Create a High-Speed DEX Bot for Auto-Trading BUY and SELL with Zero Latency on Liquidity Pools
Project Description:
I am looking for a highly experienced developer to create a DEX (Decentralized Exchange) bot that can automatically trade on decentralized platforms like Uniswap, SushiSwap, PancakeSwap, or other AMM-based exchanges. The bot needs to meet the following key requirements:
Key Requirements:
Auto-Trading on the Same Block:
The bot must be capable of executing buy and sell trades within the same block, ensuring zero latency or as close to zero as possible. This is crucial for ensuring quick execution and minimizing slippage.
Liquidity Scanning:
The bot should scan tokens with liquidity that allows for efficient trades.
It should scan only those tokens where the total buy is greater than the total sell. This will help ensure there is sufficient demand for the token.
The bot needs to scan X amount of tokens (defined by a threshold) to find the most profitable trades.
Trade Execution Conditions:
The bot should only buy and sell when the net buy value exceeds $5000. This ensures that the bot is trading in tokens with a significant amount of volume.
The bot should also ensure that the liquidity pool contains the asset (for example, SOL) before attempting any trades.
Breakeven Trading with Fees:
The bot must be designed to buy and sell tokens at a profit (e.g., buying 1 SOL and selling with a profit).
If the pool amount goes low or becomes negative, the bot must still be able to exit the trade in a breakeven state (only paying the gas/transaction fees) to avoid losses.
Profit and Loss Management:
The bot should aim to automatically close positions at breakeven or small profit by considering factors such as liquidity, slippage, and gas fees.
In case of adverse market conditions (e.g., liquidity issues, price movement), the bot should still ensure that the exit price is as close to the entry price as possible, accounting for fees.
Additional Features:
Real-Time Price Monitoring: The bot must monitor prices in real-time and react to any significant price movements instantly.
Advanced Slippage Settings: The bot should have the ability to configure slippage tolerance to minimize losses.
Error Handling and Recovery: The bot should be resilient, with error handling mechanisms in place to prevent crashes or failed trades.
Transaction Logging: Maintain logs of every transaction executed by the bot for transparency and monitoring purposes.
Customizable Settings: Allow me to adjust parameters such as the minimum liquidity, net buy threshold ($5000), and other settings as needed.
Tech Stack:
Languages: Preferably Python, JavaScript, or Go (or any language that supports efficient blockchain interactions).
Blockchain Networks: Ethereum (Uniswap, SushiSwap), Binance Smart Chain (PancakeSwap), and any other major AMM DEX platforms.
Web3 Libraries: Web3.js, ethers.js, or similar for interaction with smart contracts and DEXs.
Deliverables:
A working bot capable of trading on decentralized exchanges.
A well-documented guide for setting up, configuring, and running the bot.
Full source code and support for installation.
Ongoing support for bug fixes (if required) after delivery.
Budget:
Please provide an estimated budget and timeline for the completion of the project. I am open to discussing pricing based on your experience and skillset.
Requirements for Applicants:
Experience with DEXs and AMMs: You should have a strong understanding of decentralized finance (DeFi) and be familiar with interacting with AMMs like Uniswap, SushiSwap, PancakeSwap, and others.
Strong Blockchain Development Skills: You should have experience with blockchain development, specifically in executing trades and managing liquidity on DEXs.
Past Work: Please share examples of previous projects involving DEX bots or trading automation.