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Trading Automation System

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Trading Automation System

Description

The "Dalal AI" trading automation system is a fully autonomous algorithmic trading platform designed to execute trades 24/7 across various financial markets, with a specialized focus on high-liquidity instruments such as XAUUSD (Gold). Built tightly around modern Python data-science stacks and deeply integrated with the MetaTrader 5 (MT5) terminal, the bot eliminates the emotional and psychological pitfalls of manual day trading. It achieves this by employing quantitative trading strategies anchored in technical indicators-most notably the 9-period and 21-period Exponential Moving Average (EMA) crossovers.

To ensure robustness, the system goes far beyond simple crossover logic. It generates extensive backtesting reports across multiple timeframes (1M, 5M, 15M, and 1H) to model historical drawdowns, win rates, and optimum stop-loss/take-profit ratios. Advanced Machine Learning modules predict volatility and adjust positional sizing dynamically, making it a resilient, institutional-grade market participant.

Problem Statement

  1. Emotional Decision Making: Human traders are highly susceptible to fear and greed, which consistently degrades long-term profitability.
  2. Physical Limitations: The Forex market operates 24/5. A manual trader cannot physically monitor the charts continuously 24/7.
  3. Execution Latency: Manual calculation of position sizing and determines dynamic stop-losses takes precious seconds, resulting in slippage.
  4. Backtesting Bottlenecks: Developing a profitable strategy requires analyzing thousands of historical trades, which is prone to error if done manually.

Solution

Phase 1: Robust Historical Backtesting

The bot downloads vast amounts of historical tick data for XAUUSD via OANDA or MT5 history. It parses data across multiple granularities to discover the highest Sharpe ratio and lowest drawdown. The core strategy uses 9 EMA and 21 EMA crossovers, with additional volume confirmation to filter out false signals.

Phase 2: Live MT5 Integration

The execution engine connects directly to the MetaTrader 5 client via the MetaTrader5 Python library, subscribing to live market ticks and calculating precise lot sizes based on a predefined risk percentage of total equity.

Phase 3: Machine Learning Risk Optimization

ML models ingest technical features (RSI, MACD, Bollinger Bands) to calculate a "confidence score" for the crossover. If low-volatility is predicted, the bot programmatically tightens stop-losses or refuses the trade.

Conclusion

Dalal AI achieves emotionless, 24/7, mathematically validated market participation. The exhaustive stress-testing across timeframes proves the strategy's resilience. By offloading execution to an autonomous agent, the platform scales operations, reduces latency-induced slippage to near-zero, and maintains a strict statistical edge.

Other Use Cases

  1. Cryptocurrency Arbitrage: Executing high-frequency crypto trading across different exchanges using spatial arbitrage.
  2. Supply Chain Dynamic Pricing: Automating bulk purchasing orders exactly when raw material costs (lumber, copper) transition into a downward trend.
  3. Energy Sector Grid Balancing: Buying/selling energy contracts automatically in real-time based on moving averages of energy usage data.
  4. E-Commerce Inventory Automation: Automated restock orders to manufacturers when the 9-day moving average of product sales crosses the 21-day average.
  5. Quantitative Wagering: Programmatic sports betting based on real-time API odds showing discrepancies against models.

Tech Stack

PythonML ModelsAPIs

Developed Over

2024 - Present

Category

AI & Machine Learning

About the Author

Durvesh Baharwal

Durvesh Baharwal

Full Stack AI Engineer & Data Scientist
  • Full Stack AI Engineer @ AI Alpha Tech
  • Research Associate · ISRO / SAC
  • NASA Space Apps Participant
  • B.E. AI & Data Science, MET BKC Engineering

Durvesh builds production-grade AI systems ranging from satellite navigation algorithms to computer vision pipelines. He bridges deep research with practical deployment across industries.