AI lesion analysis
Original image, lesion heatmap, and boundary controls are reviewed side by side.
Dermascribe helps clinics capture lesion images, inspect melanoma-risk signals, review model attention, and prepare cleaner documentation. It keeps the clinician in control while making AI output easier to understand and act on.
AI evidence
Risk, confidence, calibration, and attention are visible.
Clinician-led
Designed for review support, not autonomous diagnosis.
SaaS workflow
Capture, inspect, document, and hand off from one app.
Risk support
73%
calibrated signal
Raw and calibrated probability are separated for review.
AI outputs
Dermascribe is built around the core review moment: capture the lesion image, inspect the model evidence, and package the result for clinician-led follow-up.
Original image, lesion heatmap, and boundary controls are reviewed side by side.
Phone-first intake keeps the review workflow lightweight for smaller clinical teams.
Clinicians can move from model evidence to cleaner documentation and handoff.
The Dermascribe app is strongest when it explains the image model output: calibrated melanoma-risk probability, decision thresholds, lesion heatmaps, boundary controls, and morphology proxies.
Melanoma-risk probability
73%
Dermascribe separates the model signal from calibrated probability so clinicians can see what changed after calibration.
What clinicians can inspect
AI role
support
Claim type
not diagnostic
Final call
clinician
Dermascribe makes model output inspectable: probability, calibration, attention, boundary, and morphology proxies are presented clearly while final judgment stays with the clinician.
Clinics often rely on ad hoc phone photos, creating variable image quality before AI review even begins.
Clinicians need a fast second signal for which lesions deserve closer review, biopsy consideration, or referral.
A risk label alone is not enough. Clinicians need probability, confidence, calibration, and threshold context.
Many tools give a result without showing attention coverage, boundary behavior, or morphology proxy signals.
The estimated perimeter, asymmetry, circularity, and color variation are often hidden or not exposed at all.
Premium dermoscopy and total-body imaging systems are powerful, but expensive and high-friction for smaller clinics.
The value is a lightweight skin lesion AI workflow that exposes risk probability, calibration, explainability, and proxy morphology without requiring a heavy imaging setup.
Shows calibrated risk probability, model confidence, and a clinician-friendly state: elevated concern or benign-leaning.
Technical view exposes raw probability, calibrated probability, calibration temperature, and operating mode.
Heatmap coverage and concentration help clinicians understand which visual regions affected the model output.
The estimated perimeter can be inspected and tuned through threshold controls without treating it as anatomical size.
Surfaces lesion area, asymmetry, circularity, boundary complexity, and color variation as transparent non-diagnostic proxies.
Every output is decision support. The app avoids presenting AI as a diagnosis or treatment decision.
This flow is intentionally about skin lesion review support, not broad clinic operations. The core promise is to make the image model easier to inspect and challenge.
Use a standard phone image to start the skin AI workflow without special imaging hardware.
Generate probability, confidence, and elevated-concern state for clinician review.
Show raw vs calibrated probability, high-risk threshold, and operating mode.
Reveal where the model focused and how broad or concentrated the heatmap signal is.
Inspect boundary threshold, lesion area proxy, asymmetry, complexity, and color variation.
Use the AI output as decision support, with final interpretation left to the clinician.
Decision support, always
Dermascribe is a clinician-review tool. It can prioritize and explain image signals, while clinical decisions remain with the treating clinician.
Dermascribe focuses on the lightweight explainability layer: melanoma-risk probability, calibration, lesion heatmaps, boundary controls, and morphology proxies without a heavy setup.
Targets image-based lesion review without forcing a premium dermoscopy or total-body imaging setup.
Shows thresholds, calibration, and proxy metrics instead of hiding the model behind a single risk label.
Combines lesion heatmaps, boundary visualization, and image comparison for clinician review.
Designed for clinicians to review and override. It avoids autonomous diagnostic positioning.
Phone-based lesion capture
No dedicated imaging tower for core workflow
Melanoma-risk probability output
Raw vs calibrated probability
Visible high-risk threshold/mode
AI lesion heatmap overlay
Adjustable lesion boundary threshold
Morphology proxy metrics
Clinician-in-the-loop wording
Comparison is directional and based on publicly available product positioning. Dermascribe is clinical decision support; final decisions remain with qualified clinicians.
Dermascribe is built around review quality and workflow clarity. Economic impact should be validated in pilots before being treated as a claim.
Clearer AI evidence may help clinicians distinguish cases that need closer review from lower-concern images.
Elevated risk signals can help teams review suspicious lesions sooner while keeping final decisions clinical.
A lightweight image workflow may reduce manual photo handling, repeat review steps, and unnecessary follow-up effort.
Dermascribe is clinical decision support. It does not replace clinician judgment, confirm cancer, or determine treatment. Pilot results should drive any final clinical or savings claims.

About
Dermascribe is developed by Oleskiew Sharma Research (OSR), focused on practical AI systems that reduce clinical workflow friction. OSR builds tools grounded in real clinical environments — prioritizing explainability, clinician trust, and meaningful workflow integration over novelty.
Request a demo for the skin lesion review workflow, or open the live Dermascribe app if you already have access.
Email: admin@dermascribe.ca