SmartRegioDerm is an innovative care model designed to strengthen dermatological access in underserved rural regions.

The project combines automated full-body skin imaging performed locally in primary care settings with remote evaluation by board-certified dermatologists at TUM, followed by structured integration into regional healthcare pathways.

The goal is not merely digital assessment — but responsible triage:

• Early identification of urgent cases
• Prioritized referral into dermatology or specialized care or other specialties
• Seamless integration into existing regional healthcare structures

By embedding teledermatology directly into regional networks, SmartRegioDerm avoids creating parallel digital systems and instead reinforces real-world care delivery.

The project is supported by the Bavarian State Ministry of Health, Care and Prevention (initiative “Gesund.Leben.Bayern”), which promotes sustainable and equitable healthcare innovation. Following successful implementation in the initial pilot region, the model is now being expanded internationally. A new region will be launched this year, with further European implementation planned for 2027. This step underscores the scalability and transferability of the SmartRegioDerm framework across different healthcare systems.

In the next phase, SmartRegioDerm will integrate advanced technologies, including artificial intelligence and decision-support systems, to further enhance efficiency and diagnostic precision. However, technology remains a tool, not the driver. The guiding principle of the project is clear: digital innovation must serve patients, strengthen clinical responsibility, and support human medical judgment. Care remains centered on people, not on technology.

SmartRegioDerm is designed as a blueprint for structured, accountable, and human-centered digital dermatology networks in healthcare systems facing increasing demand and specialist shortages.

Current status:
The project is ongoing, with over 500 participants already included, providing a robust real-world foundation for further expansion and international implementation as a scalable model of integrated teledermatologic care.