Technology
Where botany meets computer vision
Behind every Clover Glow report is a stack of machine-learning models trained on dermatologist-verified data — paired with an uncompromising commitment to your privacy.
Capabilities
The engine behind your report
Computer Vision Algorithms
Convolutional neural networks trained on tens of thousands of dermatologist-reviewed images detect texture irregularities, pigmentation patterns, and structural skin markers with clinical-grade precision.
Dermatological Data Privacy
Your photos are encrypted end-to-end, processed on isolated infrastructure, and never sold or shared. Full data deletion is one request away — privacy is designed in, not bolted on.
Moisture Level Mapping
Specular reflection analysis estimates hydration across seven facial zones, producing a moisture heat map that reveals dehydration patterns invisible to the naked eye.
Sensitivity Detection
Redness distribution and micro-vascular signals are analyzed to flag sensitivity and barrier-stress indicators, with confidence scores so you know exactly how much to trust each finding.
Multi-Layer Analysis
Surface texture, tone balance, pore geometry, and hydration are evaluated as independent layers, then combined into one coherent skin profile — never a single oversimplified score.
Progress Intelligence
Re-scan weekly and our longitudinal models track your trajectory, distinguishing real improvement from lighting noise so your progress reports stay honest.
Your skin data is yours. Full stop.
Facial images are among the most personal data that exist. We treat them that way: minimal retention, no third-party sharing, no advertising use, and transparent deletion on request. Read the full details in our Privacy Policy.
Read Privacy PolicyEncrypted by default
TLS in transit, AES-256 at rest, isolated processing environments.
Nature-informed science
Recommendations favor barrier-friendly, plant-based ingredient strategies.
See the technology read your skin
A free 60-second scan is the fastest way to understand what our models can see.