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Have you ever chased highs on impulse or sold in panic during market fear? Quantitative trading is not an exclusive tool for financial elites. It can help you overcome these common human weaknesses. The core advantage of automated strategies lies in their strict discipline. They calmly execute trades based on preset rules and systematically analyze the market, thereby avoiding emotional decisions. This approach is particularly effective in US stock analysis, enabling timely capture of trading signals.
Did you know? The trend of individual investors participating in quantitative trading is growing rapidly. Data shows that North America was the highest-revenue market in 2024.
| Metric | Data |
|---|---|
| 2024 Market Revenue | $3.5528 billion |
| 2030 Market Revenue Forecast | $7.1752 billion |
| Compound Annual Growth Rate (2025-2030) | 12.7% |

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The dual moving average strategy is one of the most classic and intuitive methods in trend following. It helps you identify and follow the main market direction, avoiding frequent trading in ranging markets. The core of this strategy lies in using two moving averages (Moving Average, MA) with different periods to determine trends.
A moving average represents the average closing price over a past period. The dual moving average strategy typically uses a short-term MA (such as the 50-day line) and a long-term MA (such as the 200-day line).
- Early Trend Phase: Before the golden cross appears, the price is usually in a downtrend, with the short-term MA below the long-term MA.
- Crossover Phase: The short-term MA crosses upward through the long-term MA, forming the buy signal point.
- Late Trend Phase: After crossover confirmation, the short-term MA continues running above the long-term MA, supporting price increases.
You can automate this strategy using the TradingView platform. With its built-in Pine Script language, you can easily write strategy logic and create alerts.
First, you need to write a simple script to identify golden and death crosses.
// @version
=5
indicator(“Dual Moving Average Crossover Strategy”, overlay=true)// Define MA periods
shortMA = ta.sma(close, 50)
longMA = ta.sma(close, 200)// Identify crossover signals
goldenCross = ta.crossover(shortMA, longMA)
deathCross = ta.crossunder(shortMA, longMA)// Mark signals on the chart
plotshape(goldenCross, style=shape.triangleup, location=location.belowbar, color=color.green, size=size.small)
plotshape(deathCross, style=shape.triangledown, location=location.abovebar, color=color.red, size=size.small)// Create alert conditions
alertcondition(goldenCross, title=“Golden Cross Buy Signal”, message=“Golden cross appeared, execute buy”)
alertcondition(deathCross, title=“Death Cross Sell Signal”, message=“Death cross appeared, execute sell”)
After writing the script, you can create alerts in the TradingView chart interface. When the alertcondition is triggered, the alert will be sent via Webhook to your broker’s API, automatically executing trades. Brokers supporting API trading include Interactive Brokers (IBKR) and TD Ameritrade, among others.
Backtesting is crucial before committing real capital. You can apply the above script to historical candlestick charts of stocks you are interested in, such as the S&P 500 ETF (SPY) or Apple Inc. (AAPL).
Through backtesting, you will clearly see the historical positions of each golden and death cross signal, as well as the potential profits or losses from following those signals. This intuitive US stock analysis method helps you evaluate the strategy’s effectiveness.
Important Reminder Backtesting results allow you to understand the strategy’s performance in past market conditions. However, remember that history does not simply repeat itself. The dual moving average strategy performs better in markets with clear trends but may generate multiple false signals in prolonged ranging markets.
If the dual moving average strategy is about “going with the trend,” then the core idea of the mean reversion strategy is “things will reverse when they reach an extreme.” It assumes that after a stock price deviates from its average in the short term, it tends to revert to the mean. This strategy is particularly suitable for capturing short-term profit opportunities in ranging markets with large price fluctuations but no clear unidirectional trend.
The most commonly used tool for implementing mean reversion is Bollinger Bands. It consists of three lines that clearly define relative high and low price levels.
Trading Signal Interpretation When the price touches or falls below the lower band, it indicates the stock may be oversold with potential to rebound to the middle band—this is a potential buy signal. Conversely, when the price touches or breaks above the upper band, it indicates the stock may be overbought with potential for a pullback—this is a potential sell signal.
The essence of this strategy is counter-trend trading at statistical boundaries, belonging to typical left-side trading.
You can automate the mean reversion strategy in multiple ways. Many trading platforms offer bots specifically designed for this.
Bollinger Band Period: The calculation period for Bollinger Bands (e.g., 20 days).Standard Deviation Multiplier: The multiplier for standard deviation (usually 2.0).Trade Size: The quantity for each trade.Stop Loss: Stop-loss price or points.Take Profit: Take-profit price or points (usually set near the middle band).The biggest risk of the mean reversion strategy is strong unidirectional trends. In a bull market, prices may continue running along the upper band (called “Bollinger Band walking”), and selling here would miss significant gains. In a bear market, prices may continue falling along the lower band, leading to ongoing losses on buys.
Therefore, strict stop-losses are the lifeline of using this strategy.
Safety Tip Never use the mean reversion strategy without setting a stop-loss. It helps effectively control potentially large risks in trending markets.
Unlike strategies chasing short-term fluctuations, ETF momentum rotation is a steady approach focused on medium- to long-term horizons. Its core concept is very simple: “the strong get stronger, the weak get weaker.” You don’t need to predict the market; you just need to follow the momentum already formed.
This strategy requires you to first select an ETF investment pool, such as ETFs covering different sectors, countries, or asset classes. Then, you periodically review the performance of these ETFs over a past period, known as the “lookback period.”
How is momentum measured? The lookback period is key to calculating momentum. Different strategies use different time windows, with common choices including:
- 7 trading days
- 198 days
- 10 or 20 days (for calculating short-term performance)
The execution logic of the strategy is: buy and hold the strongest-performing ETFs during the lookback period while selling or avoiding the weakest. In this way, your capital is always concentrated in the assets with the strongest upward momentum.
The essence of the momentum rotation strategy lies in disciplined “rebalancing.” Rebalancing frequency has a significant impact on final returns. Data shows that for long-term momentum strategies, monthly rebalancing typically yields higher returns than quarterly or annual.
| Strategy Name | Rebalancing Frequency | Total Return (Since 2003/2005/2008) |
|---|---|---|
| Momentum Investor | Monthly | +1,220.7% |
| Twin Momentum Strategy | Monthly | +2,105.8% |
| Quantitative Momentum Investor | Monthly | +1,001.6% |
Momentum is fleeting, and frequent rebalancing ensures your portfolio stays aligned with the strongest market trends. You can use brokers supporting APIs to write scripts that automate the entire process of ranking, calculation, and rebalancing.

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With strategies in hand, you also need the right tools to achieve automation. Choosing the correct platform and mastering basic skills are key to successfully starting your quantitative trading journey. This is not only about execution but also the foundation for effective US stock analysis.
Choosing a suitable trading platform is your first step. You need to focus on its API reliability, available instruments, and fees. Brokers supporting API trading are a prerequisite for automation.
What is API Trading? API (Application Programming Interface) allows your programs to communicate directly with the broker’s system, automatically sending buy/sell orders without manual operation.
TD Ameritrade and Alpaca are two common choices. You can fund these accounts conveniently using crypto-friendly payment tools like Biyapay.
| Feature | TD Ameritrade | Alpaca |
|---|---|---|
| Broker Type | Discount | API-Only |
| Stock and ETF Commissions | No fees | No fees |
| Fractional Shares | No | Yes |
| Options Trading | Yes | No |
| Options Fees | $0.60 | N/A |
| API Trading | Yes | Yes |
| New Account Minimum | $0 | $0 |
While you don’t need to become an expert programmer, mastering some programming basics will give you a significant advantage. Python is the preferred language in quantitative finance, thanks to its powerful third-party library support.
You need to be familiar with the following key Python libraries:
Recommended Free Learning Resources You can start with QuantEcon’s “Python Programming for Economics and Finance” lecture series or follow free Python algorithmic trading resources from PyQuant News.
High-quality data is the lifeline of quantitative trading. You need reliable data sources for backtesting strategies and generating trading signals.
You can obtain data via APIs. Some services offer free tiers suitable for beginners.
| API Name | Type | Main Features |
|---|---|---|
| Alpha Vantage | Free and Paid | Provides real-time and historical financial market data with broad coverage. |
| Marketstack | Free and Paid | Free plan offers 100 requests per month, includes after-hours data. |
| EODHD | Paid (with free trial) | Provides historical stock prices and fundamental financial data. |
After acquiring data, you also need to clean it. Due to corporate actions like stock splits, raw price data may have inconsistencies. You must adjust historical prices to ensure continuity. At the same time, handling missing values is an important step, with common methods including:
The dual moving average, mean reversion, and ETF rotation strategies introduced in this article are effective paths to start quantitative trading. Before committing real capital, be sure to follow the safest action guide:
Three-Step Principle: Backtest → Paper Trade → Small Real Capital
Backtesting lets you validate strategies with historical data, while paper trading tests execution in real market conditions, preparing you for live trading delays and emotional impacts. Many beginners fail due to ignoring risk management and emotional trading. Remember, prioritizing risk control and continuous learning and optimization is the long-term path.
No. You can use cloud servers (VPS) or trading platforms that support cloud execution. This way, your strategies can run 24 hours uninterrupted without occupying your personal computer resources.
It is recommended to start with small amounts. First familiarize yourself with the process through paper trading, then use real capital that won’t affect your life even if lost. This helps better manage risk and mindset.
Any strategy can fail in specific market environments. Markets are dynamically changing, and no strategy works forever. Therefore, you need to regularly backtest and evaluate strategy performance and be prepared to adjust at any time.
Yes. Many trading platforms offer no-coding automation tools, such as grid bots or signal bots. You can directly use these tools to execute trading strategies based on preset conditions.
*This article is provided for general information purposes and does not constitute legal, tax or other professional advice from BiyaPay or its subsidiaries and its affiliates, and it is not intended as a substitute for obtaining advice from a financial advisor or any other professional.
We make no representations, warranties or warranties, express or implied, as to the accuracy, completeness or timeliness of the contents of this publication.



