Transparency · How Our Tools Work

Our methodology

Most indicator vendors won't tell you how their tools decide anything — because "proprietary" sounds better than honest. Here is exactly how ours work, and exactly what they don't do.

Rule 1

What "non-repainting" means here — precisely

"No repaint" is the most abused phrase in the indicator market, so here is our exact definition, the one our code follows:

The honest cost of this honesty: confirmed signals arrive one candle "later" than repainting tools appear to. Their history is fiction; ours is reproducible.

Rule 2

Detection rules we're known for

The inside-bar FVG rule

A fair value gap is a three-candle event. Our engines apply one strict refinement: inside bars are not counted as candle 1, 2 or 3 of the pattern. An inside bar adds no new range information — counting it manufactures gaps that were never real imbalance. Fewer zones, cleaner zones.

Inducement-validated structure — not fractal pivots

A high or low is only confirmed as structure once its inducement — the minor liquidity resting in front of it — has been swept. This removes the false swing points that make typical fractal-pivot SMC tools whipsaw.

Graded, not binary, zones

Order blocks are graded ★ to ★★★ from measurable inputs: volume, body percentage, inside buy/sell pressure and location in premium/discount. A grade is a quality description, not a prediction.

Rule 3 · Read This Before Buying

What our tools do not do

Rule 4

Versioned like software, because it is software

Our tools ship with changelogs and semantic versions — the flagship suite is on its sixth major generation, and fixes are documented release by release (feature releases as x.1, x.2; fix-only patches as x.0.1). When a detection rule changes, the changelog says so. When something was wrong, the changelog says that too — the ICT Pro v6.1 release notes include a first-touch counting bug we found and fixed ourselves.

If you find a plot that looks wrong, report it with symbol, timeframe and settings — repaint reports are treated as the highest-severity bug class we have.