Tradepane Platform






About Project
Objective
Build a distributed quantitative analytics and algorithmic trading system capable of ingesting high-frequency market data, analyzing order book and order flow behavior, executing multi-asset backtests, and generating adaptive trading strategies that evolve with live conditions.
Tools & Technologies
Nuxt.js, Vue.js, Node.js, Python, MySQL, S3, SSDB, Redis, Nginx, TradingView Webhooks, Distributed Compute Framework, Kubernetes
Challenge
Vantage Signals was a complex quantitative analytics and distributed algorithmic trading platform integrating deep market data — including live order book and order flow — combined with over 100+ traditional and proprietary indicators. This enabled a hybrid layer of liquidity and technical analytics unlike standard signal systems.
The Algo-Finder engine executed millions of indicator and variable combinations across markets and timeframes. Each run produced a comprehensive ranked report showing statistical performance, signal reliability, drawdowns, and profitability, allowing users to copy or refine high-performing algorithms instantly.
Designed a distributed compute framework where any server could join the cluster dynamically. This architecture allowed all connected nodes to share compute jobs for analysis and backtesting, enabling virtually infinite horizontal scalability without centralized bottlenecks.
Implemented self-healing, self-adapting algorithms — continuously running micro-backtests on recent data to automatically adjust parameters to current market conditions. Bots effectively learned from short-term volatility patterns and statistical outcomes.
Introduced an AI-assisted testing layer: autonomous agents generated and refined algorithms by interpreting historical results, optimizing input combinations, and improving statistical consistency over time without manual oversight.
TradingView integration via secure webhooks allowed real-time automated execution of algorithm-generated signals across connected exchanges, bridging analytical and operational layers seamlessly.
Built “Hives” — a collaborative community model where users could contribute algorithms into shared signal pools. The system automatically promoted top-performing and most reliable signals to the collective trading layer, democratizing quantitative strategy sharing.
Developed a high-performance polling system using distributed proxies, capable of scaling infinitely to handle data from hundreds of exchanges simultaneously. SSDB and Redis powered real-time stream caching, with MySQL and S3 for persistent analytics and history.
The platform also included a Screener Trader for monitoring 500+ markets in parallel and a Visual Analyzer that allowed users to view algorithmic flag histories, signal lifecycles, and backtest visualizations in an intuitive, TradingView-style chart interface.
Although powerful, the system’s scale and complexity demanded substantial compute infrastructure and expertise, leading to later automation efforts via AI-driven management and autonomous optimization agents.