AI Scalp Analysis
Get an appearance-based read on your hairline, crown density, and scalp surface — each with its own confidence level — then save it as a baseline you can compare against every future scan. Your first scan is free to preview.
How it works
Same four angles, every time — so each new scan compares fairly to your very first.
Top · Crown
Side · Temple
Back
Front · Hairline
Same four angles, every time — illustrative example
Front · crown · temple · back
Four guided angles in about 30 seconds — the same views every time.
Hairline · density · scalp
AI reads each angle for hairline shape, crown density, and scalp surface.
Usable · limited · low-light
Every reading shows its confidence — limited views are flagged, not guessed.
Your baseline, revisited
Save it, rescan later, and see exactly what moved.
What the analysis covers
Every angle feeds the same set of appearance-based signals — each with its own confidence, so a partial view never looks like false certainty.
Front and temple shape, with any visible recession signals across the frontal third.
How full the crown reads from the top and back angles — coverage, not a follicle count.
Appearance-based surface signals — visible shine or flaking — only where the photos show them.
Texture, wave, and overall coverage read from the four guided photos.
A clear confidence level on every signal, so limited or low-light angles are flagged, not guessed.
How it works under the hood
No magic claims — this is the actual pipeline your photos go through.
Top, side, back and front — the same guided framing on every scan, so any two scans of your head are actually comparable.
The crown view drives the density read, the front view drives the hairline read — signals come from the angle that can actually see them.
A phone photo can't count follicles, so we don't pretend. Readings come as tiers — like low / medium / high — that stay stable between scans.
Blurry, dark or partial views lower the confidence shown on each signal instead of being guessed over. What we can't see, we say we can't see.
Questions
Each scan reads appearance-based signals across four angles — hairline shape, crown density, and scalp surface — plus hair attributes like texture and coverage. Every reading shows its confidence so a limited view never looks like false certainty.
No. It reads visible, appearance-based signals and tracks change over time. It does not diagnose, treat, or cure anything — medical concerns belong with a qualified professional.
No. You can run a scan and preview your report first. Sign in only when you want to save your baseline and track progress over time.
Photos have limits, and we show them honestly. Each signal carries a confidence level, and low-light or partial views are flagged rather than guessed. The real value is consistency — the same four angles every time.
No. Photos are processed for your report only — never used for AI training or advertising.
Yes — it runs entirely online in your browser, with nothing to install. Your first scan and report are free to preview without an account; signing in is only for saving a baseline and tracking change over time.
They're two views of the same scan. The hair analysis reads attributes like density, texture, and coverage; the scalp side reads visible surface signals — shine, flaking, and show-through. One online scan covers both, each reading with its own confidence level, and it tracks change rather than delivering a verdict.
A note on transparency
ScalpAnalysis AI reads appearance-based signals and tracks visible change over time. It does not diagnose, treat, cure, or prevent any condition.
If you have pain, sudden shedding, or signs of infection, a qualified professional is the right next step.
The report it produces
This is the exact report format a scan unlocks — qualitative tiers, your visible features, and a confidence level on every reading. Saved as a baseline you compare against on every rescan.
Your Hair Profile
Even crown coverage with a soft cowlick
Density
High
Type
Wavy
Texture
Medium
Shine
Medium
Risk of Recession
Low
Hair Loss
Minimal
Illustrative example · sample data
Related guides
From the blog
Your first 4-angle scan is free to preview — no account required to see your result.
