Project Proposal: EVM-Compatible Automated Trading Bot ( TRUST BOT)
Overview
This project proposes the development of a high-performance, EVM-compatible automated trading bot designed to execute optimized buy/sell strategies across decentralized exchanges (DEXs). The system will leverage on-chain analytics, mempool monitoring, and smart-contract–driven automation to deliver fast, reliable, and transparent trade execution suitable for both individual and institutional users.
Problem Statement
Current decentralized trading tools lack the combined efficiency, intelligence, and automation required for optimal execution. Many traders face challenges including:
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Delayed execution due to manual processes
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Price slippage and MEV-induced losses
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Lack of reliable automation tools for multi-chain trading
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Fragmented access to real-time market signals
This project aims to address these gaps by providing a unified, automated trading framework.
Objectives
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Build an Trustbot trading bot capable of executing predefined and AI-assisted trading strategies.
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Integrate real-time data feeds including mempool monitoring, liquidity events, and on-chain metrics.
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Support cross-chain functionality through EVM-compatible networks (e.g., intuition ,Ethereum, Base, Polygon, BNB Chain).
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Deliver a secure, modular, and extensible architecture suitable for future upgrades and community-driven strategy templates.
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Provide a simple, intuitive dashboard for configuration, monitoring, and analytics.
Key Features
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Smart Contract Executor: On-chain contract for trustless trade execution.
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Off-Chain Trading Engine: Node-based bot handling mempool parsing, route optimization, and risk management.
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Multi-DEX Support: Uniswap V2/V3, SushiSwap, PancakeSwap, and other EVM DEXs.
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Strategy Modules:
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Sniping (token launch, liquidity detection)
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Grid trading
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Momentum/EMA strategies
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Arbitrage-ready architecture
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Cross-Chain Expansion: Modular chain adapters for seamless deployment across EVM networks.
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Security and Compliance: Role-based access control, safe transaction batching, and audited code design.
Technical Architecture
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Frontend: React + Web3 libraries for user interface and bot configuration.
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Backend: Node.js/TypeScript service managing off-chain logic, pricing models, and triggers.
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Smart Contracts: Solidity-based execution contracts for trustless swaps and automated strategy calls.
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Data Layer:
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Mempool listener for pending transactions
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JSON-RPC providers for multi-chain access
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Indexing services for real-time token and liquidity data
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Deliverables
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Fully functional automated trading bot with modular strategy support
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Solidity smart contract suite for decentralized execution
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Cross-chain adapters for EVM networks
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Developer documentation and user guide
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Web-based dashboard for monitoring and control
Impact
The proposed system will empower traders with faster execution, reduced risk, and advanced automation. It aligns with the Builder Epoch objectives by:
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Strengthening on-chain activity
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Expanding developer tooling for automated agents
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Encouraging innovation in decentralized trading infrastructure
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Supporting scalability across emerging networks like Intuition
Timeline (8–12 Weeks)
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Weeks 1–2: Architecture design, repo scaffolding, smart-contract baseline
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Weeks 3–5: Core bot engine, mempool integration, strategy module framework
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Weeks 6–8: Frontend dashboard + cross-chain adapters
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Weeks 9–10: Testing, optimization, security review
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Weeks 11–12: Deployment, documentation, and demo release
I am novice builder with your guide I believe :
This project will deliver a robust, secure, and scalable EVM-compatible trading automation framework designed for next-generation decentralized markets. It will provide long-term value to the ecosystem by improving market efficiency, supporting agentic execution, and enabling advanced trading capabilities across multiple chain