FAQ & Support
This page brings together all the technical, regulatory, and practical information about the Pixacare application.
It is designed for both healthcare professionals using the solution and technical, quality, and procurement teams.
This page brings together all the technical, regulatory, and practical information about the Pixacare application.
It is designed for both healthcare professionals using the solution and technical, quality, and procurement teams.

Pixacare was founded in 2019 by Matis Ringdal (CEO) and Vincent Marceddu (CTO), together with Prof. Frédéric Bodin, Head of Reconstructive and Aesthetic Plastic Surgery at Strasbourg University Hospital.
Pixacare is an independent French company backed by leading DeepTech and digital health investors, including Elaia Partners, Bpifrance (DeepTech Seed), and 50 Partners Santé.
The company remains led by its original founding team.
Pixacare was created to simplify and standardize medical photography and wound documentation using artificial intelligence.
Its mission is to provide healthcare professionals with a secure, standardized, and collaborative solution for documenting wounds and skin conditions.
Since its launch, Pixacare has experienced strong growth:
Pixacare works closely with hospitals and university hospitals for clinical studies, as well as with industry partners such as Roche Diagnostics (Cobas Pulse), Rofim, Omnidoc, and Lifen for tele-expertise and interoperability.
Pixacare aims to become the global reference for medical photography and digital wound monitoring, helping improve both quality of care and patient safety.

Pixacare is a mobile and web application that serves as a secure medical photo library dedicated to wound and skin condition documentation.
It allows clinicians to capture, organize, measure, and share clinical images in a standardized and compliant way.
Pixacare is designed for all healthcare professionals, including physicians, surgeons, nurses, care coordinators, researchers, and quality managers.
Pixacare supports a wide range of medical workflows:
Pixacare is available through:
No. Pixacare is designed to work alongside the EHR, not replace it.
Photos, measurements, and reports can be automatically exported to the EHR to ensure full traceability and compliance.
No. Pixacare is not a teleconsultation platform.
It supports asynchronous remote monitoring, allowing patients or nurses to send photos that clinicians can review remotely and act on if needed.
Yes. Pixacare is continuously improved with:

Pixacare combines all key tools needed for photographic and clinical wound monitoring in one interface:
Pixacare helps clinicians save time and improve coordination by automating documentation. With Pixacare, users can:
Yes. Pixacare includes built-in collaboration tools:
Pixacare supports industry-standard formats and integrations, including:
All data exchanges are fully encrypted and compliant with GDPR, HDS, and ISO 27001 standards.
Pixacare uses artificial intelligence to automatically measure wound surface area and tissue composition (granulation tissue, fibrin/slough, necrosis) from a calibrated photo taken with a calibration sticker.
This standardized approach ensures objective and reproducible measurements, regardless of the user or the device used.
Pixacare enables care teams to monitor patients remotely through the application. Clinical data is received in real time, allowing hospital teams to track healing progress and intervene when needed.
Two remote monitoring workflows are available:
Yes. Pixacare allows teams to create work groups, exchange secure messages, and share clinical cases across departments or healthcare facilities.
Yes. Pixacare can be used in offline mode. Photos and data captured offline are automatically synchronized as soon as an internet connection is restored (Wi-Fi or 4G/5G).
Yes. Pixacare’s eCRF module supports the collection, structuring, and export of clinical data for clinical trials and Real-World Evidence (RWE) studies.
It enables multicenter follow-up, full traceability, and secure, auditable data management.

Pixacare is designed to fit a wide range of care environments:
Pixacare is used across many specialties where visual documentation and wound healing follow-up are critical, including:
Allergy · Oncology · Surgery (plastic, vascular, orthopedic, general, maxillofacial) · Dermatology · Endocrinology & Diabetology · Genetics · Geriatrics · Burn care · Gynecology · Infectious diseases · Aesthetic medicine · Forensic medicine · Neurology · Dentistry · Wound care and healing
Pixacare supports multiple clinical workflows across hospital departments and care pathways:
Plastic and reconstructive surgery
Diabetology
Dermatology
Vascular medicine and geriatrics
Clinical research
Pixacare supports the management and monitoring of a wide range of conditions, including:
For patients
For healthcare professionals
For healthcare organizations

Pixacare’s AI automatically measures and analyzes wounds from calibrated photos.
It standardizes clinical observations, improves measurement reliability, and helps clinicians objectively track healing over time.
To enable automatic measurement, a calibration sticker is placed on healthy skin near the wound before taking a photo.
Pixacare provides real-time visual feedback:
Once validated, the AI:
Calibration stickers are included with paid plans (Pro, Facility, or Research).
When supplies run low, users can contact customer support to request more. Restocking is typically shipped within 48 business hours.
For Research plans, stickers may be treated as a consumable and supplied separately, depending on contract terms.
No. Pixacare’s AI provides objective measurements and visual analysis only.
Clinical interpretation and medical decisions always remain the responsibility of the healthcare professional.
By standardizing measurements, Pixacare’s AI establishes a consistent measurement reference across sites and studies.
This supports reliable, traceable, and auditable data, making it well suited for RWE projects and multicenter clinical trials.
Yes. The AI modules WoundTrack (semi-automated) and WoundSize (fully automated) were validated in the PIXAIRE1 study, conducted at Haguenau Hospital (Vascular Surgery Department).
Results (pending publication in the International Wound Journal) show a strong correlation between Pixacare measurements and digitized planimetry, the reference standard.
Pixacare’s algorithms are trained on thousands of expert-annotated clinical images and validated through clinical studies.
Development follows an ISO 13485–certified quality management system, ensuring rigor, traceability, and safety.
Yes. Pixacare’s calibration sticker is based on a patented technology that automatically adjusts for color, angle, and distance.
This ensures reliable and reproducible measurements, regardless of smartphone model or lighting conditions.
The AI module is currently undergoing CE Class IIa certification under the EU Medical Device Regulation (MDR).
Once approved, it will be registered as a Software as a Medical Device (SaMD) under the name WoundTrack II.

Several peer-reviewed and ongoing studies support Pixacare’s clinical value:
Kuster et al. (2021) — Medical photography efficiency and data security
Chevalier et al. (2024) — Post-operative monitoring of digital flaps
Maxant et al. (International Wound Journal, 2025) — Medico-economic impact of remote monitoring for chronic wounds
Maxant et al. (submitted, publication expected 2026) — Automated wound surface measurement
All Pixacare-related scientific publications are available on the dedicated page: pixacare.com/etudes-et-publications
They highlight Pixacare’s clinical reliability, medico-economic value, and safe use for medical photography, remote monitoring, and AI-based wound measurement.
Yes. Pixacare is currently involved in several ongoing studies, including:

Pixacare complies with:
All data is end-to-end encrypted and protected by strict access control policies.
Pixacare exclusively uses hosting providers certified for health data security:
No cross-border data transfers occur without appropriate regulatory safeguards.
Yes. Pixacare is HIPAA compliant and can provide a Business Associate Agreement (BAA) upon request.
Access is strictly limited to authorized users based on role-based access control (RBAC) defined by the healthcare organization.
Pixacare supports strong authentication options, including:
No. Photos are encrypted immediately and transmitted directly to secure servers.
No patient image is stored in the device’s photo gallery.
Pixacare follows a structured incident response process:
Yes. Pixacare complies with the EU Medical Device Regulation (MDR 2017/745).
Its AI modules are currently undergoing CE Class IIa certification.

Pixacare is deployed with end-to-end support from the Pixacare team. Each project is tailored to the organization’s size, workflows, and technical environment.
Deployment typically includes:
Yes. Pixacare is designed for seamless interoperability with most hospital information systems and EHRs.
Supported integration methods include:
Pixacare is compatible with leading EHRs such as Orbis, Sillage, Crossway, DxCare, Easily, and others.
Yes. Pixacare supports HL7 FHIR R4, enabling modern, standardized exchange of:
This ensures native interoperability with modern EHRs and digital health platforms.
Pixacare runs on standard devices with no complex installation required:
Access is provided via a secure link, making deployment fast and simple.
On average, full deployment takes 2 to 4 weeks, depending on:
Yes. Training is included with every deployment and can be adapted to your needs:
Additional resources such as user guides and interactive tutorials are available through the Pixacare Help Center.
For optimal performance, Pixacare is recommended on recent devices:
Recommended devices include iPhone 11 or later and Samsung Galaxy S20 or later.

Not yet. Remote monitoring of chronic wounds is not currently reimbursed under standard care pathways.
However, several medico-economic studies are underway to support future reimbursement frameworks, including initiatives similar to PECAN (chronic wound care reimbursement pathways).
Yes. Data documented in Pixacare can be used for tele-expertise and care coordination, thanks to native integrations with platforms such as Rofim and Omnidoc.
These integrations ensure medical traceability while supporting billing for coordination activities.
Yes. Several public funding mechanisms can support Pixacare deployment, including:
Pixacare assists organizations in building funding applications and demonstrating the medico-economic value of their projects.
To receive support for a funded remote monitoring or digital health innovation project, simply contact Pixacare’s eHealth project team via the contact form.
The team will guide you through:

Yes. Pixacare is available worldwide 🌍
👉 Contact the sales department for international support.
Pixacare is available in English, French, and Spanish, supporting healthcare organizations across:
Additional languages can be considered depending on deployment needs.
Yes. Pixacare is designed to meet international regulatory requirements, including:
Pixacare’s architecture allows compliance with local healthcare and data protection regulations in each country of deployment.
Pixacare supports regional and local data hosting to ensure compliance with data residency and sovereignty requirements:
No cross-border data transfers occur without appropriate legal and regulatory safeguards.

Pixacare offers flexible pricing, tailored to different usage profiles. Pricing is provided upon request, based on deployment scope and needs.
Available plans include:
👉 To receive a personalized quote, contact the Pixacare sales team.
All Pixacare plans include:

You can contact Pixacare support directly from the application:
Menu → Help → Contact us,
or via the online form
The support team answers under 24 to 14 business hours on average.
Yes. Pixacare provides a comprehensive Help Center with:
These resources are available anytime and are regularly updated as the product evolves.
