AI & Trading
Stop The Guesswork

Math Doesn't Care About Your Gut Feeling.

Learn algorithmic and AI-assisted trading without the fluff. We decode market microstructure, feature engineering, and brutal reality checks for retail quants.

The Retail Quant Manifesto

Most trading education sells a dream. They peddle moving average crossovers and generic "AI" indicators that curve-fit past data. We deal in reality.

Algorithmic trading is about exploiting structural inefficiencies, managing execution slippage, and acknowledging that the market is actively trying to take your money.

  • 01. Backtests are marketing. Live forward testing is truth.
  • 02. Slippage and fees will destroy 90% of retail alpha.
  • 03. Machine learning requires stationary data. Markets are non-stationary.

Core Concepts

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Garbage In, Garbage Alpha.

Feeding raw OHLCV (Open, High, Low, Close, Volume) data into an LSTM neural network is the fastest way to lose money. Real AI trading requires rigorous feature engineering.

  • Fractional Differentiation
  • Information-Driven Bars (Volume/Dollar Bars)
  • Stationarity Testing (ADF Test)
Read the Guide
Python pandas code for feature engineering

Don't Trust. Calculate.

We provide 10+ free, client-side tools to sanity-check your strategies. Stop trusting basic backtester outputs without adjusting for slippage, fees, and drawdown probability.

Strategy Deconstruction

Moving Average Crossover Fallacies

Why the 50/200 SMA 'Golden Cross' is a lag-heavy indicator that gets chopped to pieces in ranging markets.

Win Rate: ~38%
Avg Profit Factor: < 1.05

Statistical Arbitrage (Pairs Trading)

Using cointegration to find stationary spreads between correlated assets, avoiding directional exposure.

Prerequisite: ADF Test p-value < 0.05
Risk: Structural breaks

Frequently Asked by Retail Quants

The Question The Brutal Answer
Do I need AI to trade profitably? No. Simple statistical arbitrage or mean reversion often outperforms complex deep learning models due to lower overfitting risk.
What language should I use? Python for research and prototyping (pandas, scikit-learn). C++ or Rust for low-latency execution if playing below the 1-second timeframe.
Why did my live trading fail after a great backtest? You likely ignored slippage, execution latency, fee structures, or you curve-fit the data. See our Backtesting Bias guide.
Where do I get quality data? Polygon.io, Databento, or Arctic/TickData. Avoid free APIs for anything below daily frequency.

Ready to stop guessing?

Build robust, statistically significant strategies. Start with the basics of feature engineering.

Start Engineering Features