Transforming healthcare through AI-powered virtual consultations - where clinical expertise meets secure, scalable telemedicine for better patient outcomes.
Virtual Patient AI is an open-source healthcare platform transforming clinical decision-making, telemedicine, and medical training.
- Clinical Foundation Model: Built on MedlibreGPT, the system integrates individual medical histories and clinical guidelines, enhancing decision support while preserving doctor autonomy and patient privacy.
- AI-Twin Chatbots: Enables realistic, scalable online consultations and virtual patient interactions for both healthcare delivery and education.
- Robust Architecture: Combines on-premises and cloud-based language models, secure Nextcloud integration, and hybrid EHR solutions—ensuring interoperability and cost efficiency.
- Unmatched Security & Privacy: All data is processed and stored locally, with offline capability and blockchain timestamping for tamper-proof, court-admissible medical records.
- Proven Impact: Already improving outcomes in dental and plastic surgery care, with transparent, verifiable records that meet GDPR/HIPAA standards.
Virtual Patient AI is setting a new standard for trustworthy, scalable, and privacy-first telemedicine and medical education—addressing urgent market needs and positioning itself as the backbone for next-generation healthcare platforms.
Eurodoc develops the Virtual Patient System AI, building on our pioneering work in Augmented Reality image-guided surgery and teleconsultation from the 1990s. At the Medical University Vienna, we achieved the first clinical implementation of Augmented Reality Image Guided Surgery. We patented the see-through display technology and published clinical results. The system utilized a see-through HMD featuring a camera for surgical site recording and a 3D sensor for head movement tracking. We also patented the calibration process for aligning augmented reality overlays with real-world vision. The Virtual Patient System has received CE clearance as a Class IIa device and accumulated more than 2,800 international references. The Virtual Patient AI concept emerges from our extensive teleconsultation research.
In 1996, Dr. Michael Truppe published a groundbreaking paper on augmented reality surgery and see-through head-mounted displays—laying the foundation for modern surgical applications of HMDs like the Apple Vision Pro. The 1996 paper on Interventional Video Tomography introduced early augmented reality concepts for surgical settings, focusing on real-time imaging and data overlays to enhance precision. The technology stack was based on Apple Quicktime Conferencing using the remote clients over an ISDN connection. This predates by three decades the use of Apple Vision Pro in 2025, which builds on these ideas with advanced mixed reality capabilities, improving visualization and collaboration in surgery. The evolution from IVT to Apple Vision Pro underscores the progression of augmented reality in medical practice, with the mid-1990s paper laying foundational groundwork for modern surgical technologies.
Artma Virtual Patient® System, Augmented Reality Image Guided Stereotactic Navigation in the year 1997
EURODOC Telemedizin Forschungsgesellschaft mbH Albertgasse 3/6 1080 Wien Österreich
Unternehmensgegenstand: IT Dienstleistungen UID-Nummer: ATU43902700 Firmenbuchnummer: FN 161768 w Firmenbuchgericht: Wien Firmensitz: Wien
Tel.: +43 1 4089500 E-Mail: [email protected]