96% Accuracy
    8 Second Analysis
    Computer Vision
    Healthcare

    From 30 Minutes to 8 Seconds: AI-Powered Hair Follicle Analysis

    How we built a computer vision system that gives trichologists instant, objective scalp analysis—with clinic-ready PDF reports.

    Hair follicle analysis with trichoscope

    The Problem: Manual Hair Analysis Doesn't Scale

    Every trichologist knows the drill: squint at a scalp image, count follicles one by one, estimate thickness, judge direction, write it all down. Thirty minutes later, you've analyzed a single image.

    Your patients want objective data. Your clinic needs consistent assessments. But manual counting is:

    • Slow: 30+ minutes per image
    • Subjective: Different practitioners, different results
    • Hard to track: Comparing assessments over time is nearly impossible
    • Not scalable: You can't grow your practice while spending hours on analysis

    What if you could analyze a scalp image in 8 seconds with 96% accuracy?


    What We Built: AI-Powered Hair Follicle Analysis

    We partnered with a trichology clinic to build an automated analysis system. Upload an image, get a complete diagnostic report—instantly.

    The Results Dashboard

    The system provides:

    MetricWhat It Shows
    Total Hair FolliclesComplete count (81 follicles in this scan)
    Detection Success Rate100% of follicles classified
    Confidence ScoreAI certainty for each detection (avg 59.1%)
    Hair Thickness DistributionBreakdown by category (μm)

    Hair Classification Categories

    The AI categorizes each follicle by thickness:

    • Large Terminal Hair (>90 μm) — Strong, healthy follicles
    • Intermediate Terminal Hair (60-90 μm) — Normal thickness
    • Small Terminal Hair (30-60 μm) — Thinning indicators
    • Vellus/Miniaturized (<30 μm) — Weak follicles requiring attention

    Instant Visual Analysis

    The processed image shows directional arrows color-coded by strength:

    • 🟢 Green arrows: Strong follicles
    • 🟡 Yellow arrows: Medium strength
    • 🔴 Red arrows: Weak/miniaturized

    One glance tells you the health distribution across the scalp region.


    How It Works: 3 Simple Steps

    Step 1: Upload Drag and drop your trichoscopy image. The system auto-crops and optimizes for analysis.

    Step 2: AI Analysis Our computer vision model—trained on 4,000+ annotated images—segments each follicle and calculates:

    • Position and count
    • Thickness classification
    • Growth direction
    • Confidence score

    Step 3: Download Report Get a clinic-ready PDF with all metrics, visualizations, and tracking data. Perfect for patient records.


    The Technical Edge

    Why We Used Segmentation (Not Just Detection)

    Most AI systems use bounding boxes—rectangles around detected objects. We use pixel-level segmentation.

    The difference matters:

    ApproachAccuracyDetail Level
    Bounding boxesGoodShape approximation
    SegmentationBetterExact follicle boundaries

    Segmentation lets us:

    • Map actual hair shapes precisely
    • Handle overlapping follicles
    • Calculate geometric direction from contour shape
    • Provide explainable results clinicians trust

    Direction Analysis: The Geometric Proxy

    For each follicle, we:

    1. Fit a minimal enclosing triangle around the contour
    2. Find the shortest side's midpoint
    3. Draw a vector to the opposite vertex

    This creates consistent, repeatable directional arrows that align with visual intuition—no noisy centerline estimation required.


    Results for the Clinic

    Before AIAfter AIImpact
    30 min per image8 seconds99.5% faster
    Subjective ratingsObjective metricsConsistent across practitioners
    Manual PDF creationAuto-generated reports5+ hours/week saved
    Difficult progress trackingStandardized dataEasy longitudinal comparison

    What the Clinic Director Said:

    "We used to spend half our day on analysis. Now we analyze more patients in an hour than we used to in a week. The standardized reports have completely changed how we track treatment progress."

    — Hair health clinic, Malaysia


    Sample Analysis Output

    From a single uploaded image, you get:

    Hair Follicle Analysis Report

    • Total Hair Follicles: 81
    • Successful Analyses: 81 (100% rate)
    • Average Confidence: 59.1%

    Distribution by Strength:

    • Strong (>90 μm): 25 follicles — Avg confidence 60.7%
    • Medium (60-90 μm): 23 follicles — Avg confidence 74.7%
    • Weak (<60 μm): 33 follicles — Avg confidence 47.0%

    Analysis Summary: Detected 81 hair follicles with 81 successful directional analyses. The dominant hair type is weak with 33 follicles—indicating potential treatment focus areas.


    Built for Clinical Use

    Security & Compliance

    • Password-protected access
    • No images stored after processing
    • Environment-based configuration for HIPAA workflows

    Practical UX

    • Demo images for testing
    • Session state preserves results
    • One-click PDF download
    • Works on any modern browser

    Operations-Friendly

    • API-based architecture
    • Configurable confidence thresholds
    • Ready for batch processing upgrades

    What's Next

    We're actively developing:

    • Batch processing: Analyze entire patient folders at once
    • Density heatmaps: Visual maps of follicle distribution
    • Longitudinal tracking: Automatic comparison between visits
    • Research export: Raw metrics for academic analysis

    Is This Right for Your Clinic?

    This solution works for:

    • Trichology clinics tracking hair loss treatment
    • Dermatology practices assessing alopecia
    • Hair transplant surgeons planning procedures
    • Research institutions studying follicle health
    • Wellness centers offering scalp analysis services

    If you're doing manual hair analysis, we can typically automate 90%+ of the work while improving accuracy.

    Ready to Automate Your Hair Analysis?

    See how AI can transform your trichology practice. Get a free demo with your own scalp images.

    Free consultation • See it work on your images • No commitment