iAVC’s core mission is to leverage out-of-hospital data, particularly real-time patient location during emergency transfers, to optimize in-hospital care pathways and reduce critical treatment delays. The company operates at the crossroads of digital health, emergency medicine, and organizational innovation. iAVC has built a strong institutional network, engaging with France’s Ministry of Health, the HAS, the Agence du Numérique en Santé, and regional health authorities. It has also established a scientific committee including leading figures from French neurology and interventional neuroradiology. Backed by Eurasanté as a shareholder and supported by France 2030 regional funding, iAVC holds a French patent and is actively expanding its patent coverage to Europe, the United States, and Saudi Arabia. The company is currently deploying its first commercial pilots and anticipates full-scale market expansion from 2028 onwards.

ROMAIN is iAVC’s digital health solution designed to eliminate a fundamental problem in emergency care : hospitals are notified that a critical patient is on the way, but don’t know when he will actually arrive. This uncertainty generates cascading organizational failures and preventable delays that directly worsen patient outcomes. In stroke care, every 30 minute delay generates an estimated 15% increase in lifelong disability. ROMAIN solves this for inter-hospital transfers by combining a GPS bracelet placed on the patient’s ankle at the sending hospital with a secure application used by the receiving team. The system delivers real-time location tracking, estimated time of arrival, and automatic customizable alerts, enabling receiving teams to mobilize in a just-in-time manner. As of February 2026, ROMAIN has been deployed across four major university hospitals in France (Lille, Bordeaux, Nancy and Reims), covering 10% of inter-hospital stroke transfers, with strong adoption across the full multidisciplinary team. The solution is classified as an organizational tool, not a medical device, and is being expanded to cover pre-hospital pathways through interoperability connectors with EMS dispatch systems, emergency transport operators, and fire services.