Our mission
Autonomous life support in intensive care
Autonomous mechanical ventilation
Our autonomous mechanical ventilation platform will contribute to saving millions of lives by providing adequate respiratory support to each of the more than 20 million patients admitted to intensive care each year.
L‘assistance respiratoire est un art complexe
Dans un contexte mondial où la demande en soins critiques augmente fortement, les structures de soins peinent à réunir en quantité suffisantes les ressources humaines hautement qualifiées nécessaires à la mise en œuvre des techniques de ventilation mécanique toujours plus complexes.
Ventilation is too often inadequate
82% of patients in need of respiratory assistance do not receive ventilation that complies with international standards.
Medical staff under pressure
The intensive care staff is under significant pressure. Intensive care units struggle to recruit the specialized personnel required for their proper functioning.
Demanding skills
The training of a specialized caregiver and the acquisition of field experience require a significant amount of time, making the retention of expertise a crucial challenge.
An autonomous mechanical ventilation platform
Hilum supports healthcare professionals throughout the patient's hospital stay. Its hardware platform deploys software functions, using artificial intelligence to monitor and autonomously implement personalized therapeutic strategies. ..
At Hilum Healthcare, we believe that true progress lies in making high-quality care accessible to everyone. The emergence of artificial intelligence capable of understanding the complexity of human respiration makes this vision possible.
High-end ventilation for everyone
Our platform has been designed to deliver ventilatory performance equivalent to the best respirators currently on the market.
Autonomy ensures a meticulous and repeatable implementation of a therapeutic strategy in line with international recommendations and state-of-the-art practices, regardless of the operator's expertise level.
Elle assure également une surveillance continue constamment au chevet du patient, permettant d’accélérer le délai de réaction face à une évolution de l’état du patient.
Restoring time for healthcare professionals.
Autonomy in mechanical ventilation allows healthcare professionals to focus on higher value-added tasks and on personalized patient care, indirectly improving the quality of healthcare.
This reduces their mental load and increases their efficiency.
Reduce operating costs.
The deployment of autonomous ventilation pays off in less than six months compared to the use of a traditional ventilator.
By consistently providing optimal ventilation, it generates significant gains on all fronts: improvement in healthcare professionals' efficiency, reduction in length of stay, decrease in the risk of nosocomial infection, reduction in the risk of complications, and decrease in medical gas consumption. etc.
Hilum Healthcare, an Airbus spin-off
They deliver a prototype in less than 3 months with the support of the Toulouse University Hospital.
The project is incubated by Airbus Scale before becoming a spin-off, bringing together leading industrial partners. Hilum Healthcare has been granted a substantial financial support in the frame of the France 2030 program for the "relocalization of strategic industries - health sector."
Team Hilum
A multidisciplinary team bringing together the expertise needed for the project and 40 years of combined startup experience.
Alexandre Jaeg
Co-founder . CEO
Project manager and technical-sales specialist for military and civilian programs at Airbus.
Founder of legaltech startup.
Damien Lozach
Co-founder . CEO
Founder of a subsidiary of a Medtech startup.
Specialist in critical systems and head of environmental strategy at Airbus.
Axel Gabay
Co-founder . CFO
Graduated from ESSEC & LL.M. in law
Financial auditor, project manager at Société Générale.
Dr. Jennifer Oudry
Manager R&D
15 ans d’expérience des startups biomédicales
Olivier Climent
Manager certification
15 ans d’industrie biomédicale
Spécialiste des certifications CE & FDA
Thomas Blanquart
System architect
Specialists in embedded systems for automotive and aerospace applications.
Morgane Leblanc
Ingénieure certification
Spécialiste en biocompatibilité, expérience en startup biomédicale
Deborah Rubstein
R&D engineer
Biomedical engineer, graduate of UTC Compiègne
Join us!
Within our dynamic and committed team, you will find a meaningful job. You will work directly on the product and collaborate with medical teams passionate about their profession.
Scientific board
Hilum Healthcare s’engage au plus près de ses utilisateurs, en les impliquant dans le processus de développement. Depuis la genèse du projet, nous pouvons nous fier au soutien fort et à l’expertise du CHU de Toulouse, qui compte parmi les hôpitaux les plus renommés de France.
Pr. Vincent Minville
Anesthesiologist - Intensivist.
Chef des pôles Anesthésie – Réanimation et Médecine Péri Opératoire au CHU de Toulouse
Coordonnateur du DES d’Anesthésie et de Réanimation
Institut de recherche en géroscience et réjuvénation RESTORE – INSEMRM / CNRS – Université Paul Sabatier / Toulouse III
Dr. Laure Crognier
Pulmonologist - Intensivist
Experienced physician at Toulouse University Hospital.
First-rate partners.
The project led by Hilum Healthcare brings together stakeholders from various backgrounds – aerospace professionals, artificial intelligence researchers, medical personnel, and renowned industrial partners – around its vision.
Contactez-nous !
Toulouse
Immeuble Jupiter – B10
4 Rue du Professeur Pierre Vellas
31300 Toulouse – France