Motion-blurred black and white portrait of a man
Samson Face Age

How young do you look?

Ever wondered what your face says about your age? Our AI reads the subtle markers of biological aging and returns an estimate of your apparent age — in seconds.

Try it now
Try it now

Live analysis in seconds

Awaiting frame

Face the light, remove glasses and hats, and keep your whole face in frame. Estimates are for interest only and are not a medical assessment.

Fig. 01 — Facial geometry

468 points, one estimate

The model resolves your face into a dense landmark mesh — orbital rims, nasolabial folds, jaw contour, perioral texture. Geometry gives structure; texture fields give age. Nothing about identity is retained.

468
Landmarks
12
Texture fields
<2s
Inference
BIOMETRIC IDENTIFICATION SCANID: B-473-CCI-D9 · TYPE: FACIAL GEOMETRY
Fig. 02 — Marker weighting

Signals the eye glosses over

Each visual marker carries a learned weight. Periorbital volume loss and dermal elasticity dominate; pigment variance and contour definition refine the edges of the estimate.

Periorbital volume0.86
Dermal elasticity0.74
Fine line density0.68
Pigment variance0.52
Contour definition0.41
Fig. 03 — Prediction interval

An estimate, with its error bars

A single number hides uncertainty. Every result ships with a confidence band, so the signal you track is the trend across captures — not one reading.

−4 YRSEST+4 YRS
Fig. 04 — Data path

No uploads. No archive.

Your frame is analyzed for a single request, never stored on our servers and never attached to your account. When the estimate returns, the frame is gone.

01
Frame
Captured in-session
02
Vector
468 landmark points
03
Model
Weighted inference
04
Discard
Frame destroyed
Science at the forefront

Facial biometrics meets longevity science

Perceived facial age correlates with markers of cellular aging. Estimates are directional, not diagnostic — a mirror for tracking change over time, not a medical assessment.

Ref. Facial age estimation using deep learning: the importance of confidence intervals in model predictions. Scientific Reports, 2022.