Alliances for more connected care

We build partnerships that expand the impact of our solutions in hospitals around the world.

Annual expenses
to R&D projects

Own scientific
publications

Peer-reviewed
publications

Our Commitment to Healthcare Research

We collaborate on international research initiatives to turn scientific knowledge into innovation that drives continuity of care.

Intellilung: Intelligent Lung Support for Mechanically Ventilated Patients in the Intensive Care Unit

EU-funded project

Sep 2022 - Aug 2027

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ASSESS-DHT: Development and harmonisation of methodologies for assessing digital health technologies in Europe

EU-funded project

Jan 2024 - Dec 2026

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SASICU: Improving patient outcomes and reducing cognitive load of clinical staff in intensive care through medical device interoperability and an open and secure IT ecosystem

EU-funded project

Oct 2023 - Sep 2026

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BC DOCS: BC Link viability evaluation with hospital home automation integration

EU-funded project

Jan 2020 - Mar 2020

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WS-Vent: Workstation design to support decision-making in critically ill patients with invasive mechanical ventilation

Spanish-funded project

Dic 2022 – Dic 2025

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INN-MEDICAL: Innovative Medical Industry enabling an Efficient and Autonomous response against COVID-Like Pandemic

Spanish-funded project

Jan 2020 — Feb 2025

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SmartVent: Using algorithms based on physiological signals to personalize care for critically ill patients undergoing mechanical ventilation

Spanish-funded project

September 2018 — May 2021

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BC-ISCEP: Better Care Intelligent System to Prevent Critical Events

Spanish-funded project

Jan 2018 - Dec 2020

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GEMS: Affordable Geriatric Health Monitoring Solution

Spanish-funded project

Jan 2020 - Dec 2022

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Our Indexed Journal Publications

Building on our ongoing commitment to scientific research that delivers real-world impact, we develop solutions that transform clinical data into informed decisions throughout the entire patient journey.

Double Cycling During Mechanical Ventilation: Frequency, Mechanisms, and Physiologic Implications

Critical Care Medicine

1/9/18

Minimizing asynchronies in mechanical ventilation: current and future trends

Respiratory Care

17/2/18

Automatic detection of ventilatory modes during invasive mechanical ventilation

Critical Care

14/8/16

Asynchronies during mechanical ventilation are associated with mortality

Intensive Care Medicine

19/2/15

Validation of the Better Care® system to detect ineffective efforts during expiration in mechanically ventilated patients: a pilot study

Intensive Care Medicine

12/5/12

Clinical experience in real-world practice

Leading hospitals around the world trust in us to ensure the continuity of care for their patients.

Arnau de Vilanova University Hospital, Lleida

Territorial TeleUCI

”

The territorial TeleUCI model has helped us to reduce unnecessary transfers of critically ill patients by urgent transport to the reference hospital by 14%.

Dr. Jesús Caballero

Head of Intensive Care Unit

Hospital Sant Joan de Déu Althaia Foundation

Digitized ICU

”

Better Care helps us every day to look beyond medical devices connected to the patient and to transform data into important clinical decisions.

Dr. Silvia Cano

Head of the Intensive Care Service of the Hospital Sant Joan de Déu Fundació Althaia, Manresa (Barcelona)

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Alliances for more connected care

Our Commitment to Healthcare Research

Intellilung: Intelligent Lung Support for Mechanically Ventilated Patients in the Intensive Care Unit

ASSESS-DHT: Development and harmonisation of methodologies for assessing digital health technologies in Europe

SASICU: Improving patient outcomes and reducing cognitive load of clinical staff in intensive care through medical device interoperability and an open and secure IT ecosystem

BC DOCS: BC Link viability evaluation with hospital home automation integration

WS-Vent: Workstation design to support decision-making in critically ill patients with invasive mechanical ventilation

INN-MEDICAL: Innovative Medical Industry enabling an Efficient and Autonomous response against COVID-Like Pandemic

SmartVent: Using algorithms based on physiological signals to personalize care for critically ill patients undergoing mechanical ventilation

BC-ISCEP: Better Care Intelligent System to Prevent Critical Events

GEMS: Affordable Geriatric Health Monitoring Solution

Our Indexed Journal Publications

Double Cycling During Mechanical Ventilation: Frequency, Mechanisms, and Physiologic Implications

Minimizing asynchronies in mechanical ventilation: current and future trends

Automatic detection of ventilatory modes during invasive mechanical ventilation

Asynchronies during mechanical ventilation are associated with mortality

Validation of the Better Care® system to detect ineffective efforts during expiration in mechanically ventilated patients: a pilot study

Clinical experience in real-world practice

The territorial TeleUCI model has helped us to reduce unnecessary transfers of critically ill patients by urgent transport to the reference hospital by 14%.

”

Better Care helps us every day to look beyond medical devices connected to the patient and to transform data into important clinical decisions.

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