About this app
DERMAP is a solution that utilizes smartphones and an AI-powered web application to capture and analyze whole-body images (TBP) and dermoscopic images, automatically detecting suspicious lesions. It streamlines clinical workflows and supports faster clinical decisions. BENEFITS OF DERMAP Easy image documentation and the ability to search for similar lesions. - Supports rapid clinical diagnosis. Rapid skin cancer screening in conjunction with the web. - Upload lesion images to the web to narrow down suspicious lesions. Streamlined workflow. - Take photos via smartphone (no additional equipment required). - Reduce consultation time to see more patients. DERMAP FEATURES ● Total body photography - Use your smartphone to take full body photos and connect with the web to quickly identify lesions that need attention using AI image analysis. ● Smart clinical decision support - Connect dermoscopic images taken on a smartphone to the web for ABCDE image analysis and characterization. - Analyze groups of highly similar images and search for lesions using computer vision technology by connecting dermoscopic images taken on a smartphone to the web. ● General dermatology practice - Image and document lesions to help track and monitor common dermatologic conditions. DERMAP™ transforms clinical workflows, reducing practice time, lowering costs, and providing opportunities for additional revenue. It enables dermatologists to make faster, more accurate diagnoses and provide better care to their patients.
Latest release
What’s New
- Added a feature to resume capturing from the last position after interruption. - Bug fixes.
Audience growth
Ratings growth
Baseline captured. Growth appears after the crawler observes a changed rating count.
Momentum comes from crawler snapshots for the tracked storefront. “Viral growth signal” means unusually fast recent rating gains; it is an indicator, not download data.
Price tracking
Price intelligence
First snapshot captured. The trend line starts after the next crawler price observation.
- First observed Aug 19, 2026 · 8:35 PM Free