Public Beta · Minute-resolution Rust Engine

Precision options backtesting.

Minute-resolution Rust engine. No daily-bar shortcuts. Validate your system before you risk a dollar.

Illustrative example · Minute OHLC simulation · Modeled fills

This example is not a run record. Where available, results show the producing engine identity; historical runs without that record are marked unknown.

The Engine

Research at minute resolution.

Nitix evaluates multi-leg options strategies using historical minute OHLC bars. Open, high, low and close prices support modeled intrabar checks; they do not reconstruct the actual tick sequence.

Fills, stop-loss triggers and re-entries follow simulation assumptions. Spreads, liquidity, costs and the unknown order of prices within a bar can make live execution differ. Historical simulation does not establish future performance.

Rust + PyO3PostgreSQL + TimescaleDBRayon parallel
1 minute

historical bar resolution

Available dates and coverage depend on the selected instrument and dataset. Review the run assumptions and data coverage before comparing results.

The Builder

Three zones. One loop.

The builder is designed as a precision instrument: library on the left for recall, build columns in the center for configuration, run rail on the right for execution. Tweak a leg, press run, see results — without scrolling.

00

Library

Search, load, and fork saved strategies. Folder-organized, one click to load into the builder.

01-03

Build

Setup (instrument, timing, conditions) → Legs (positions, strikes, SL/TP) → Risk (overall constraints, re-entry, legwise interactions). Every section folds with a spec summary.

04

Run

Date range, capital, one Run button. Results fill the rail — KPIs, sparkline, and the engine verification stamp at the foot.

Pricing

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