CEX & DEX Arbitrage platform Development

@Microlent

Hi, I’ve reviewed your requirements and can build the crypto-arbitrage bot as a Docker-based application that runs reliably on a Linux VPS. I’ll structure it around the three strategies you mentioned: Triangular, Simple, and Statistical Arbitrage, with each strategy independently selectable through a config file or command-line option. The bot will monitor Binance, Coinbase, and Uniswap in real time, calculate opportunities after trading fees, gas and estimated slippage, and execute trades only when the expected net result meets your configured threshold. I’ll also focus on reliable order execution, transaction handling, retries and error management. API keys and wallet credentials will be kept securely outside the source code using environment variables or an encrypted secrets approach. Every trade and action will be logged with timestamps, strategy, prices, fees, gas costs and final P&L so the results can be analyzed later. I’ll provide Docker setup, source code, configuration examples and a clear README covering installation and how to run each arbitrage strategy. A few questions: Which Ethereum L2 networks should be supported initially? What trade-size range do you expect for live testing? Do you already have target spread/profit thresholds for each strategy? I’m ready to discuss the implementation. Let’s connect on chat and discuss the project.

@technosystem

As a seasoned developer, my proficiency in API, C# Programming, C++ Programming, PHP, and Software Architecture aligns perfectly with your project requirements. I've dedicated significant time and energy to developing robust crypto solutions catered to both centralized and decentralized exchanges (CEX & DEX). This prior experience has equipped me with an in-depth understanding of the complex nuances surrounding crypto-arbitrage projects such as yours. For the CEX & DEX Arbitrage platform you envision, I am very comfortable working with languages and frameworks that can be easily deployed on a Linux VPS with Docker. My algorithmic trading skills coupled with an understanding of market nuances will be indispensable in creating a production-ready crypto-arbitrage bot that aligns with your stated acceptance criteria. Additionally, you can count on me for delivering top-notch code quality, comprehensive documentation, efficient handling of trading fees and gas aspect which ensures that each strategy's net profit is diligently calculated. Furthermore, I understand the significance of secure storage and management of API keys and wallet credentials - an aspect I guarantee full compliance with. Choosing me for this project means investing in impeccable execution. Let's discuss how we can turn this project into a reality!

@mubeenm5026

As a team at Web Crest, we are thrilled to offer you our deep reservoir of expertise in software development and entrepreneurship for your complex arbitrage bot project. Our AI and SaaS background has given us an edge in understanding and developing intricate trading algorithms that align with your desired outcome for the three distinctive strategies - Triangular, Simple, and Statistical Arbitrage. Our knowledge of C# programming, C++ Programming, PHP, and Software Architecture ensures we can tailor the code to maximize efficiency across Binance, Coinbase, Uniswap, and even Ethereum— including the complexities of gas price dynamics. We place great importance on two things: Security and Performance. With crypto-assets being inherently secure entities, we will pay special attention to storing and referencing your API keys and wallet credentials securely. Moreover, our obsession with performance analytics will prove invaluable as we will not only record every action executed by your bot but also provide you an easily-queryable database or log for real-time monitoring and detailed future analysis.

@Jennycreation

With nearly two decades of professional experience, I've honed my skills in C# Programming, Cryptocurrency, PHP and Software Architecture to near perfection. This makes me an ideal fit for your project as it requires deep understanding and expertise in these areas. As a seasoned developer, I have specialized in cryptocurrency development and stock trading software. I understand the intricacies of crypto markets and arbitrage strategies you require including Triangular, Simple and Statistical Arbitrage. My vast knowledgebase also extends to web and window development, making me capable of delivering a fully functional command-line tool to be deployed on a Linux VPS with Docker. What sets me apart is my dedication to providing 100% satisfaction and the ability to deliver high-quality work within your project's timeframe. I'm also open to taking on any additional tasks you may require such as building a simple dashboard or enabling Telegram alerts, once we have the core bot running successfully. Let's discuss how I can help maximize your profits with an efficient CEX & DEX arbitrage bot!

@sumitsthakur

I can build your production-ready crypto-arbitrage bot for Binance, Coinbase, and DEXs with real-time AI execution and automated stablecoin conversion. My background includes developing algorithmic trading systems for cryptocurrencies using Python, building real-time WebSocket integrations, and implementing automated execution logic. To meet your requirements, I will structure the bot in Python to support Triangular, Simple, and Statistical Arbitrage via a configuration file. The core workflow will stream millisecond-level order-book and pool data, calculate net profits factoring in fees, gas, and slippage, and execute atomic trades. Credentials will be managed securely through environment variables, and the entire system will be packaged with Docker for seamless deployment on a Linux VPS alongside a comprehensive queryable database logger and a clear README. I am ready to deliver a fully functional command-line tool that meets all your acceptance criteria and executes live test trades smoothly. Let us discuss the implementation details to get started.

@pinkeegupta

Hello, We can build your production-ready crypto arbitrage bot with real-time CEX + DEX monitoring and automated execution. Key Features * Binance, Coinbase & modular support for additional CEXs * DEX arbitrage on Ethereum/L2s * Triangular, Simple/Cross-Exchange & Statistical Arbitrage * Real-time WebSocket order-book/pool monitoring * Spread detection after fees, gas & slippage * Automated trade execution and stablecoin conversion * AI-assisted opportunity detection/execution * Gas-price and liquidity monitoring * Secure API keys/private-key management via environment variables/encrypted secrets * Comprehensive trade, P&L and execution logging * Config/CLI-based strategy switching * Paper-trading + live execution modes * Complete README, setup and deployment documentation We’ll also implement risk controls, maximum trade limits, slippage limits, emergency stop and error/retry handling We can start with paper trading and testing, then move to controlled live trades once the execution and profitability calculations are validated. Let’s discuss the exact CEXs/DEXs and trading volume so we can finalize the scope and milestone plan. Best Regards Anju Logical Soft Tech Pvt. Ltd.

@KarthikTechCon

Hello, I'm Karthik, a seasoned developer with over 15 years of experience in building robust trading systems. I can deliver a high-performance crypto-arbitrage bot that meets your requirements. Key Features: 1. Real-Time Execution: The bot will scan price differences across CEX (Binance, Coinbase) and DEX platforms with millisecond latency. 2. Multiple Strategies: Support for Triangular, Simple, and Statistical Arbitrage, easily switchable through a config file. 3. Trade Execution: Atomically execute trades while accounting for fees, gas, and slippage. 4. Performance Logging: Comprehensive logging for performance analysis. 5. Secure API Management: Store API keys securely using environment variables or encrypted files. Deliverables: - Fully functional bot capable of executing live trades without manual intervention. - Clear README for setup and activation of each arbitrage mode. - Initial testing and validation of net profit calculations. I’m ready to start immediately. Let’s create a profitable trading strategy together! Best, Karthik

@thomasb726

Hi, Latency and atomic execution are the two biggest risks for a CEX & DEX arbitrage bot operating across Binance, Coinbase, and Uniswap: millisecond order-book or pool feeds, front-run risk on Uniswap, and Ethereum gas dynamics that can turn a detected spread into a loss. I will mitigate these with websocket-level order book streaming, local order matching engines, and pre-signed transaction bundles for atomic execution where possible, plus fallback cancelation logic for CEX orders when on-chain steps fail. I have delivered high-throughput trading and integrations in production, including a payroll API and a mission-critical tax filing system that required secure credential handling, audit logs, and deterministic reconciliation of state changes. Those projects used Docker on Linux VPS hosts, environment variable secret management, and detailed action logs for post-trade analysis, which maps directly to this bot's acceptance criteria. I will begin by wiring millisecond websocket streams from Binance and Coinbase and continuous event listeners for Uniswap pools, implement the three strategies Triangular Arbitrage, Simple Arbitrage, and Statistical Arbitrage selectable via config or command flag, and add profit-after-fees and gas calculation per trade.

@TechWagger2026

As an experienced Full-Stack Developer with over 14 years in the field, I bring a unique set of skills that make me the perfect fit for your CEX & DEX Arbitrage Bot Development project. From Web Development and Mobile App Development to UI/UX Design and CRM, I've leveraged my depth of knowledge to deliver innovative solutions across diverse industries. Notably, I've also successfully worked on projects involving API integration, Bot Development, PHP, and Software Architecture. I pride myself on leaving no room for ambiguity when it comes to client expectations. Therefore, alongside a fully functional bot that passes all your acceptance criteria flawlessly, you can also expect a thorough README documenting every step from initial setup to activation of each arbitrage mode. From deploying on a Linux VPS using Docker to ensuring data security through encrypted secret files or by using environment variables; consider it done! Let's create an unstoppable crypto-arbitrage bot together!

@NEHABHAT92

With nearly a decade of experience in website and mobile app development, I am confident in my ability to create an efficient and reliable crypto-arbitrage platform that meets your unique needs. My expertise lies not only in platforms like PHP that are essential for this project, but also in the broader field of cryptocurrency. I have a deep understanding of how exchanges function, how to access their APIs securely, and how to optimize trading strategies for maximal returns. I'm also updated with DEX systems and the corresponding factors of various blockchains. Beyond my technical skills, I pride myself on my attention to detail and commitment to client satisfaction. Your project's core workflow aligns perfectly with the disciplined approach I bring to all my work. You can expect me to deliver a rock-solid, easily deployable product that performs exactly as described in the acceptance criteria. My services don't stop at delivering the project; I provide a 3-month complimentary support period after delivery. I understand that trust is paramount when working with sensitive information such as API keys and wallet credentials. Rest assured, I have robust protocols in place to securely store and reference them - always prioritizing privacy and security. Although not explicitly mentioned in the initial description of your project, if required, I can supplement the core tool with features like a dashboard or Telegram alerts at competitive pricing without sacrificing quality.

@Appworldz

Hi, this is the kind of trading system where execution reliability matters more than flashy AI. I can build a Dockerized Linux bot supporting Triangular, Simple and Statistical Arbitrage, switchable via config/CLI. I’d use async WebSockets for order books, fee/gas/slippage-aware opportunity detection, execution guards, secure API/wallet secrets, persistent trade/event logs and real-time P&L in stablecoin. For DEX, I’ll handle gas dynamics and transaction simulation before execution. AI can assist opportunity scoring without becoming an uncontrolled trading layer. Budget: ₹6–12L Timeline: 8–12 weeks I’d recommend staged live testing with strict risk limits before unattended execution.

@UzeeTech

Drawing from my extensive Full-Stack experience, along with my in-depth knowledge of Docker and Linux VPS, I'm uniquely positioned to deliver on your project. I'm well-versed in C++ which is a significant advantage for building your high-performance arbitrage bot. Further contribution such as handling secure storage of your API keys and the subsequent retrieval utilizing environmental variables or encrypted secrets will simplify the project structure while maintaining strict security standards. Moreover, having previously constructed numerous web and mobile applications for trading platforms yearns me with a deep understanding of exchanges' APIs like Binance, Coinbase, and Uniswap—precisely what you require for this task. Creating versatile code that enables you to switch between various arbitrage strategies effortlessly is also something I'm skilled at—ensuring a flexible, efficient approach that meets your analytical needs. In addition to these streaming capabilities, I'll set up an easily reachable log or database to efficiently record every important step taken during the execution of trades. Lastly, my tech-stack includes languages and frameworks like Python, Flask and Django that are highly compatible with your needs—for extracting essential data from stream sources,running statistical tests and manipulating data when making trades.

@PrateekP3003

First hour I'd wire up read-only websocket streams from Binance and Coinbase plus a Uniswap pool subscription, just to confirm I'm getting order-book/pool data at the latency you need before any trade logic goes in. I'd build this in Python with a strategy interface so Triangular, Simple and Statistical modes are switchable via config or a --strategy flag. Spread detection subtracts fees, gas and slippage against your threshold; DEX legs pull live Ethereum/L2 gas before firing. Every action logged to SQLite/Postgres for later analysis. Keys stay in an encrypted secrets file, and the whole thing ships as a Docker image for your VPS. First milestone I'd deliver would be live-data streaming plus Simple Arbitrage detection so you can see real spreads. What venues do you want validated on testnet vs live first? - Prateek

@amit719

Hi! Your architecture instinct is right — separating market data ingestion, strategy logic, execution, and logging lets each arbitrage mode (Triangular, Simple, Statistical) run and benchmark independently while sharing common risk/fee-check modules. Approach: WebSocket feeds for Binance/Coinbase order books + on-chain pool data for Uniswap, a strategy engine with pluggable modules switchable via config/CLI flag, and an execution layer handling atomic multi-leg trades with gas/slippage-aware logic for Ethereum and L2s. Logging to a queryable DB (Postgres/TimescaleDB) for post-trade analysis. Secrets via encrypted env vars, Dockerized for Linux VPS deployment. Python (asyncio) or Node.js depending on your latency needs — happy to discuss tradeoffs. Confirming: yes, that separation is exactly how I'd structure it.

@aakaashberi

Hi - straight about where this is won and lost, because most bids on it will not be. CEX-DEX arbitrage is a settlement-risk problem, not a detection problem. Your CEX leg fills in milliseconds; the DEX leg waits for a block and can be front-run or reverted. That gap is where profit goes. So the DEX side must be atomic - a contract that completes at your minimum output or reverts - and gas and slippage belong inside the spread threshold, not after it. Build: Rust or Go on the hot path, websocket order books reconstructed locally rather than REST polling, one strategy interface with triangular, simple and statistical behind it so a config flag switches them cleanly, and every decision logged with its inputs so backtest and live can be compared. Phase one: engine plus one CEX pair in paper mode with full logging. You see real spreads and what they would have netted after fees before capital moves. Then live keys, then the DEX leg. One caution: statistical arbitrage needs a backtested signal. I will build the execution engine, but I will not claim a profitable model exists before the data shows one. Which chains and L2s, and own node or hosted RPC? - Aakaash

@Visharaa2024

Hi, I can build a production-ready, Dockerized crypto-arbitrage bot supporting Binance, Coinbase and Uniswap, with Python, real-time WebSocket data, configurable thresholds, fees/gas/slippage calculations, secure API/wallet credentials, and complete trade/P&L logging. I’ll implement Triangular, Simple and Statistical Arbitrage as independent modules, selectable via config/CLI, with risk controls, balance checks, execution monitoring and failure handling. Milestones: 30%: Architecture, exchange/DEX market-data integration and 3 strategy engines 40%: Trade execution, gas/slippage/fee calculation, risk controls to database 30%: Live testing, Docker/VPS deployment, P&L validation and README Which Uniswap networks/L2s and trading pairs should we support initially? What minimum profit threshold and maximum trade size should be used? Should we first validate using paper trading before enabling live execution? Available to start immediately. Best Regards VDinfotech

@ektatdsl

Your objective is clear: build a production-ready, low-latency arbitrage bot that can monitor Binance, Coinbase and Uniswap and independently execute Triangular, Simple and Statistical Arbitrage strategies. ➜ I can build: • Real-time order-book/pool monitoring with spread detection • Fee, gas and slippage-aware net-profit calculations • Config/CLI-based strategy switching • CEX + DEX execution with secure API/wallet credential handling • PostgreSQL/SQLite trade and performance logging • Dockerized Linux VPS deployment with clear README • Safety controls, error handling and execution monitoring ➜ Relevant Experience: Experience with API-driven applications, automation, data workflows and scalable SaaS platforms such as ProcurEngine and PropertyDealerLedger. ➜ Quick questions: Which Ethereum L2s should Uniswap support initially? What minimum spread/profit threshold should trigger execution? Do you want live trading enabled immediately, or should we validate through paper/sandbox trading first? I’ll structure the bot so each strategy can be benchmarked independently while keeping execution, risk controls and logging modular. Let’s have a quick call to finalize the exchange APIs, execution rules and deployment setup. Thanks & Regards Ekta