Decode ultrasound data to achieve unparalleled diagnostic performances
From Imaging to Genomics, data is pivotal to enhancing accessibility & precision of treatments.
With Software-defined ultrasound, Resolve Stroke is unlocking new medical opportunities by exploiting the richness within raw channel data.
Decode ultrasound data to achieve unparalleled diagnostic performances
From Imaging to Genomics, data is pivotal to enhancing accessibility & precision of treatments
With Software-defined ultrasound, Resolve Stroke is unlocking new medical opportunities by exploiting the richness within raw channel data
01
MRI & CT scans are at the forefront of the digital transition, benefiting from well-structured databases and reduced systemic biases such as operator dependencies
However, their availability for many patients remains limited by high hardware and infrastructure costs. Restricted access and data constraints hinder potential breakthroughs.
02
Ultrasound is a widely accessible imaging technology
But their potential remains vastly under exploited with just 10 % of the data being processed. One challenge to add clinical value lies in accessing richer and well-structured data.
What if we could decode
100%
of the raw ultrasound data?
01
MRI & CT scans are at the forefront of the digital transition with reduced systemic biases
However, their availability for many patients remains limited by high hardware and infrastructure costs. Restricted access and data constraints hinder potential breakthroughs.
02
Ultrasound is a widely accessible imaging technology
But their potential remains vastly under exploited with just 10 % of the data being processed. One challenge to add clinical value lies in accessing richer and well-structured data.
What if we could decode
100%
of the raw ultrasound data?
Widen the value of medical ultrasound
The numerical revolution in ultrasounds and AI open a wide range of opportunity to discover new imaging modes and quantitative biomarkers.
Amongst other things, it paves the way to make transcranial imaging relevant in monitoring patients in neurocritical care.
First responders
Emergencies
Data analyses
Guided interventions
Bedside monitoring
Rehabilitation
OUR FIRST APPLICATION
Make ultrasound relevant for Brain Imaging
Unlock new use cases for ultrasound imaging in neurology, emergency medicine or guided intervention through the development of advances biomarkers
OUR FIRST APPLICATION
Make ultrasound relevant for Brain Imaging
Unlock new use cases for ultrasound imaging in neurology, emergency medicine or guided intervention through the development of advances biomarkers
OUR AMBITION
Build a biomarker engine
To widen the access to diagnostic, solve unmet medical needs and support tomorrow ‘s precision treatments.
OUR AMBITION
Build a biomarker engine
To widen the access to diagnostic, solve unmet medical needs and support tomorrow ‘s precision treatments.
Build tools to help physicians reach informed decisions
The first application of our engine will be made available in SYLVER*, an autonomous ultrasound scanner designed for neurocritical care.
01
Accessible
Non-invasive, safe, compact, and user-friendly, no advanced expertise needed.
02
Reliable quantitive insights
Access to new markers for monitoring the cerebral blood flows and perfusion.
01
Accessible
Non-invasive, safe, compact, and user-friendly, no advanced expertise needed.
02
Reliable quantitive insights
Access to new markers for monitoring the cerebral blood flows and perfusion.
*In development, not available for sale.
Bring change to all stakeholders
Advance toward a more personalized treatment for critically ill patients.
Drive growth & improve productivity of neurocritical care departments.
Participate in overall cost reduction with strong medico-economic benefits.
Bring change to all stakeholders
- Advance toward a more personalized treatment for critically ill patients.
- Drive growth & improve productivity of neurocritical care departments.
-
- Participate in overall cost reduction with strong medico-economic benefits.
Lead the digital transition in ultrasounds
Enhance transcranial imaging by improving image quality, reducing operator dependency, and delivering new quantitative data.
Provide a clinical data acquisition platform to empower ambitious clinical research projects and biomarker development.
Reveal the full potential of data-driven ultrasound
Build the largest ultrasound imaging database with consistent and robust acquisitions.
Unveil data-driven biomarkers in collaboration with researchers, pharmas and medical device companies.
Lead the digital transition in ultrasounds
Reveal the full potential of data-driven ultrasound
Creating change together
Latest news
Resolve stroke at RSNA
LinkedIn, Nov. 2023
Exciting time in Chicago attending the Radiological Society of North America (RSNA) 2023 meeting.It has been a busy and energising 4 days, engaging with partners, industry leaders and KOLs.
Resolve stroke, la medtech qui facilite le diagnostic de l'AVC
Les Echos, Sept. 18 2023
La start-up, issue du spin-off d’un laboratoire, vient de réaliser sa première levée de fonds de 2,2 millions d’euros. Elle va lancer ses essais cliniques avec le CHU de Caen à la fin de l’année.
Resolve stroke remporte le prix innovation JFR 2023
LinkedIn, Oct. 2023
Resolve Stroke a remporté le premier Prix Innovation dans la catégorie Start-up aux JFR 2023 décerné par la Société Française de Radiologie et d’imagerie médicale (SFR)…
How Paris is becoming a happy home for health-technology start-up companies
Nature, Nov. 08 2023
A long-term investment plan is helping the French capital to attract talent.
La start-up française « Resolve Stroke » sélectionnée parmi les finalistes du Prix Spinoff 2023
Springer Nature, June.16 2023
Resolve Stroke, une start-up française […] a été sélectionnée parmi les cinq finalistes pour le prix Spinoff de cette année.
Revealing vascular roadblocks in the brain
Nature, May. 24 2023
High-resolution imaging quickly identifies blood clots before they inflict major damage. Resolve Stroke in Paris spin off from Sorbonne University….