Addressing preventable deaths globally by providing comprehensive clinical data in a decision support tool that enables early detection and prevention of deterioration, regardless of time or location.
Despite technological advances, the healthcare system is overwhelmed and medical professionals are overworked.
High-resolution data with real-time diagnostics for prompt intervention and improved patient outcomes.
Adaptable to different clinical departments and settings (inpatient and outpatient monitoring), providing continuous and connected care. Modular solution with BLE device integration: From low to high data resolution, to meet the needs of individuals or defined patient groups.
24/7 continuous real-time monitoring, capturing high-quality and quantity physiological data in the patient's natural environment, providing detailed insights.
An artificial intelligence (AI) decision support system examines the data collected by wearable devices and generates a comprehensive set of digital biomarkers. These biomarkers are used to create a personalised digital twin, a virtual representation of the patient's physiological state, allowing for more accurate assessment of its variations and better identification of any abnormalities in the patient's health.
24/7 Virtual Ward, where a dedicated clinical team performs real-time trend analysis and diagnostics, evaluating thousands of data points. The interpretation of the collected data is communicated to the treating medical team in a timely manner, supporting an informed and timely clinical decision.
RESULT: Highest clinical diagnostic accuracy, with customised reporting and emergency response.
Going beyond usual vital sign collection and assessment, to provide clinical data which enables remote care delivery, outperforming traditional examination.
Adaptable for inpatient and in outpatient settings. Patient mobility with no time and location restrictions.
“The system was able to accurately detect patient deterioration, in many cases several hours before any clinical action was undertaken. In the case of atrial fibrillation, known to be a precursor of severe complications after high-risk surgery, this was regularly missed clinically by nurses manually taking a pulse”
Nightingale PCP Project Consortium
Ona mission to decrease preventable deaths globally.
Recognised as a ground-breaking innovation, CPCare is now being directly supported for further deployment and uptake.
This project has received funding under the European Union's Horizon Europe Research and Innovation Programme under Grant Agreement No.190185304
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