
Driven by a powerful ambition to address unsolved medical issues, Resolve Stroke turns ultrasound into life-saving data. Resolve Stroke is at the forefront of a new healthtech field aimed at extracting drastically more information from ultrasound raw data leveraging software-based ultrasound systems. Resolve Stroke has now all the tools to be at the forefront of the next leap forward in medical imaging by seizing opportunities from currently accessible applications such as bedside neuro monitoring to future life-saving discoveries with new biomarkers.

Driven by a powerful ambition to address unsolved medical issues, Resolve Stroke turns ultrasound into life-saving data. Resolve Stroke is at the forefront of a new healthtech field aimed at extracting drastically more information from ultrasound raw data leveraging software-based ultrasound systems. Resolve Stroke has now all the tools to be at the forefront of the next leap forward in medical imaging by seizing opportunities from currently accessible applications such as bedside neuro monitoring to future life-saving discoveries with new biomarkers.
What they do: Develop embedded software and AI to extract diagnostic data from ultrasound, initially focused on transcranial brain imaging for faster stroke diagnosis.
Headquarters: Paris, Île-de-France, France
Founders: Aritz Zamacola (CEO) and Vincent Hingot (CTO)
Funding highlights: Reported ~€3M pre-seed to date; documented €2.2M round (Sep 2023) and a €2.5M EIC Transition Grant (Jun 2025).
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Stroke diagnosis and neuroimaging at point-of-care (neurology, intensive care, emergency medicine).
Medical Equipment Manufacturing
€2.2M
Round dated September 2023 with disclosed investors including OVNI Capital, Quantonation, Bpifrance, and Kima Ventures.
€2.5M
EIC Transition Grant awarded in June 2025 (non-dilutive).
“Lead investors reported as OVNI Capital and Quantonation; other disclosed investors include Bpifrance and Kima Ventures.”
Our team is developing an innovative medical device that employs advanced ultrasound technology to monitor cerebral blood flow at the patient’s bedside in neurocritical care settings. As we accelerate product development, we want to give our software a more modern and appealing look by transitioning to a cleaner, widely-supported graphical interface.
The goal of this internship is to develop a prototype with a new graphical interface for our medical device. This will include:
Most development work will be done in C++ and with the new UI framework.We look for:
Who you are:
What we offer: