Biotech
Emily.AI: Personalized Oxygen Therapy Earns Global AI Recognition
Emily.AI, Quirónsalud’s explainable AI medical device, became a global finalist at the AI for Good Summit 2026 after competing with 500+ projects. Developed in Catalonia, it personalizes oxygen therapy in real time, improving outcomes across care settings. With remote monitoring and automation, it enhances efficiency, supports SDGs, and reduces clinical workload while optimizing oxygen use.
Following a competitive process involving more than 500 projects from around the world, Emily.AI, Quirónsalud’s first explainable artificial intelligence (AI)-based medical device, was a global finalist at the AI for Good Innovation Factory Grand Finale, held during the AI for Good Global Summit 2026 in Geneva, Switzerland, and organized by the International Telecommunication Union (ITU).
Emily.AI incorporates data and predictive capabilities to adapt oxygen flow to each patient’s specific needs, allowing for real-time monitoring and personalization of oxygen therapy.
Developed by a Catalan startup, the design of Emily.AI has been based on real observations of the Intermediate Respiratory Care Unit ( UCIR ) of the Jiménez Díaz University Hospital Foundation.
There, more than 50 patients with respiratory failure requiring titrated oxygen therapy, sufficient hemodynamic stability to tolerate the session, and a ventilatory pattern compatible with reliable pulse oximetry monitoring, have already received oxygen therapy controlled by this technology with “excellent results” in three clinical scenarios covered: patients in spontaneous breathing, in non-invasive mechanical ventilation and in invasive mechanical ventilation.
Emily.AI has the ability to adapt the oxygen flow to the actual needs of each patient to control oxygen therapy in real time
This technology “combines clinical leadership, multidisciplinary work, excellence in explainable AI, medical hardware, software architecture, entrepreneurial vision and regulatory rigor to transform oxygen therapy into a personalized, predictive, automated and precision therapy ,” says Daniel Oliva , director and founder of Emily.AI, the company that developed the device.
The Emily.AI device also allows for remote control and monitoring, unifying all connected patients in real time and thus reducing the clinical workload. The system continuously monitors the patient’s physiological parameters, anticipates changes in oxygen saturation, and automatically adjusts the oxygen flow in real time to keep each patient within their optimal therapeutic range.
Compliance with the SDGs
Thanks to the integration of AI, medical hardware, and continuous monitoring, Emily.AI primarily contributes to Sustainable Development Goal (SDG) 3 (Good Health and Well-being) by improving the safety and efficacy of oxygen therapy, keeping patients within their optimal oxygen saturation range, detecting respiratory deterioration early, and promoting higher quality care both in the hospital and at home.
Emily.Ai device also contributes to SDG 9 (Industry, Innovation and Infrastructure) by incorporating technological innovation into treatment; to SDG 10 (Reduced Inequalities) by bringing specialized respiratory care to any healthcare setting; and to SDG 12 (Responsible Consumption and Production) by optimizing the use of medical oxygen and reducing the waste of an essential resource.
The device also reinforces SDG 8 (Decent Work and Economic Growth) by reducing the workload of healthcare professionals through the intelligent automation of oxygen titration; and contributes to SDG 17 (Partnerships for the Goals) thanks to a collaborative model that integrates hospitals, research centers, universities, public administrations and technology companies.
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(Featured image by fernando zhiminaicela via Pixabay)
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First published in iSanidad. A third-party contributor translated and adapted the article from the original. In case of discrepancy, the original will prevail.
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