No-code tutorial

Build a moving average strategy in Vantixs without code

Create a moving-average crossover workflow, customize the fast and slow periods, and review whether the behavior is stable enough for paper trading.

Goal

Build a visible crossover strategy that separates trend signal, exit logic, and risk controls.

BTC/USDT example market
4h timeframe
Fast moving average
Slow moving average
Cross above and cross below logic
Visual steps

01

Load market data and averages

Add the market data node, then create two moving-average nodes. Keep fast and slow periods editable so they can be tested later.

Moving average pipeline in Vantixs

02

Connect crossover logic

Use crossover nodes so the signal fires on the crossing event instead of every bar where one average remains above the other.

Crossover configuration in Vantixs

03

Review backtest assumptions

Run the draft only after fee, slippage, date range, and position sizing are explicit. Do not treat one backtest as proof of future performance.

Run backtest in Vantixs

Backtest assumptions

  • Strategy type: Trend-following crossover draft
  • Result status: Example workflow only; no return claim
  • Validation step: Backtest stability and paper-trading behavior review

How to interpret the result

  • Look for whipsaw behavior in sideways markets.
  • Compare drawdown against the strategy objective.
  • Use paper trading to see whether live signals behave like the historical test.
Paper-trading next step

If the crossover is too noisy, personalize periods or add filters before paper trading.

Moving-average examples are common educational workflows, not trading recommendations.

Tutorial FAQ

Can I customize the moving-average periods?

Yes. Vantixs lets you personalize the fast and slow periods on the canvas. The important step is to test whether those settings remain stable rather than optimizing them for one perfect historical window.

Why use crossover nodes?

Crossover nodes represent the event of one series crossing another. That is safer than a simple greater-than comparison, which can stay true across many bars and create repeated signals.