Do I need to install Python?
No. Torquant runs in the browser. You describe the strategy in chat and click Run Backtest. There is no local environment, pip install, or CSV merge step.
How-to
You do not need a notebook, a CSV download, or a Strategy class. If you can write down when to enter and exit, you can test the idea on historical crypto data in a few minutes.
You trade or follow crypto and already think in rules: RSI below 30, SMA cross, Bollinger fade, trend filter. You want to see whether those rules held up on BTC or ETH before you put money behind them. You are not trying to build a quant research stack this afternoon.
Torquant is built for that job. You describe the strategy in plain English. It runs the simulation on built-in pair data and shows you the equity curve, drawdown, and buy-and-hold comparison. Long, short, and leverage are supported when you specify them. Price history uses spot market candles; funding and liquidation from perpetuals are not modeled.
Go to app.torquant.app and sign in. You land in the strategy chat. There is nothing to install and no API key to wire up for price data on supported pairs.
Type what you want to test in everyday language. Include the pair, timeframe, entry rule, exit rule, and any indicators with their settings. If you are starting from zero, click Guide me and Torquant will walk you through market, entries, exits, and position size one question at a time.
Be specific enough that someone else could follow the rules. Vague prompts produce vague backtests.
Torquant may ask for details you skipped: exact pair (ETHUSDT vs BTCUSDT), candle interval (1h, 4h, daily), date range, position size, or whether you want a stop-loss. Answer in plain language. One missing detail is one question, not a form to fill out.
When the strategy is complete, click Run Backtest. Torquant simulates your rules on historical candles for the pair and window you chose. The first run usually takes a short wait, not a setup project.
Start with the big picture, not individual trades. Ask four questions:
A backtest does not prove future performance. It filters bad ideas before you risk capital.
Change one thing at a time: tighten the RSI threshold, add a trend filter, switch from daily to 4h, test ETH instead of BTC. Re-run and compare. Small edits are cheap in Torquant, which is the point of skipping the Python loop for early exploration.
Here is a complete prompt you could paste into Torquant to test a simple long-only RSI idea on Bitcoin daily candles.
Torquant prompt
“BTCUSDT daily from 2020 to today. Long only. Enter when RSI(14) closes below 30. Exit when RSI(14) closes above 55. Use 25% of equity per trade. No stop-loss.”
Torquant may confirm the date range or position size if anything is ambiguous. Once ready, run the backtest and check whether the equity curve and drawdown look acceptable compared to holding BTC over the same period.
Want a short idea instead? Try an ETH 4h SMA cross: “ETHUSDT 4h. Long when SMA 8 crosses above SMA 20. Exit on cross below. 50% equity per trade.” Same flow, different hypothesis.
No. Torquant runs in the browser. You describe the strategy in chat and click Run Backtest. There is no local environment, pip install, or CSV merge step.
Yes. Say so in your prompt, e.g. “short when…” or “2x leverage.” Torquant simulates directional logic on crypto pair history. Perpetual funding and liquidation are not included.
Major USDT pairs such as BTCUSDT and ETHUSDT, with intervals from minutes up to daily depending on your plan. If Torquant asks you to choose, pick the pair and timeframe that match how you would actually trade the idea.
When you need custom bar logic, proprietary data, portfolio-level rules, or a pipeline you version-control and automate. Torquant is for fast hypothesis checks; Python stacks like backtesting.py are for owning the full simulation code.
Open Torquant, describe one strategy you have been curious about, and run your first backtest in minutes.