The AIT (Austrian Institute of Technology) is Austria's largest non-university research institute. With an expert team of 1,450 employees, it focuses on the key infrastructure issues of the future. AIT provides R&D solutions for partners from industry and public sector within the strategic research fields Digital Safety & Security, Low-Emission Transport, Energy, Health & Bioresources, Digital Transformation in Manufacturing, Innovation Systems & Policy, and City & Regions. AIT is positioned according to the "RTO model" (Research and Technology Organisation) and conducts applied research at an international level, develops and implements new technologies, products, processes and services, transfers these innovations to companies and contributes to scientific knowledge.

AIT's Biomedical Systems and Neural Sciences institutes have experience in the field of preventive medicine. The institute offers knowledge base and broad experience in the use of ICT (Information and Communication Technology) and IoT systems. About the "Traditional Austrian System for Health and Care PHRESH is based upon care framework in analytics and research. Moreover, it has been supporting innovation, technology transfer, and development of medical devices. The Center offers knowledge base accessibility of services that are optimising & or regional optimising."

AIT's Biomedical Systems and Neural Sciences lead excellence in the field of preventive and curative medicine. The institute offers excellence in the field offering care through accessibility and reach which are creating in this field of global outsourcing.

Medrecord BV is a certified eHealth platform provider, connecting patients, devices, and over 8,400 Dutch healthcare institutions through its PGO MedSafe and HL7 FHIR–based interoperability. As coordinator of PHRESH, Medrecord drives semantic interoperability, open APIs, and AI-driven clinical data digitization. Leveraging its HealthTalk technology, it enables speech-recognition–based clinical report generation, accelerating ambulance reporting and reducing errors while ensuring secure and seamless data exchange across the connected healthcare ecosystem.

Amsterdam UMC is the largest Dutch university medical center, combining top-level patient care, research, and innovation. Within PHRESH, it leads the Connected Ambulance use case, providing the clinical pilot environment and developing AI-based diagnostic and triage models to improve acute care efficiency and patient outcomes. 

Demcon is a high-tech engineering and innovation company, developing advanced solutions in medical technology, mechatronics, and high-precision systems. Within PHRESH, Demcon contributes with its Life Sciences & Health expertise, supporting the design, prototyping, and integration of medical devices while ensuring quality, manufacturability, and secure interoperability in connected healthcare. 

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Finapres develops non-invasive, continuous blood pressure monitoring devices based on over 30 years of research and clinical use. In PHRESH, Finapres introduces its wireless Portapres technology to enable real-time monitoring in ambulances, supporting faster triage and treatment decisions in acute care, including stroke management.

Eindhoven University of Technology (TU/e) is a world-class research university at the forefront of engineering, data science, and digital innovation. In PHRESH, TU/e contributes its expertise in next-generation connectivity by designing 5G/6G communication architectures tailored for critical healthcare scenarios. These solutions ensure secure, low-latency, and high-quality real-time data transfer between ambulances, hospitals, and clinical teams, enabling faster decision-making and improved patient outcomes in acute care.

KPN is the leading Dutch telecom and ICT provider with strong expertise in connectivity, data exchange, and cybersecurity. Within PHRESH, KPN builds on its Connected Ambulance initiative by enabling secure real-time audio, video, and data communication between ambulances and hospitals. By integrating new PHRESH innovations into its Spoedzorg Connect platform, KPN ensures that next-generation emergency care solutions can be rapidly validated and adopted in clinical practice. 

Maastricht University is a leading international research university known for its multidisciplinary approach in health, data science, and advanced computing. In PHRESH, UM develops secure connectivity and encryption technologies to safeguard real-time healthcare data exchange, ensuring patient privacy and data integrity in critical acute care settings.

Nicolab is a medical technology company specialized in AI-powered stroke diagnostics and communication solutions. In PHRESH, Nicolab applies its StrokeViewer platform to analyze brain scans in real time and connect clinicians across the acute care pathway, enabling faster triage and treatment decisions that significantly improve outcomes for stroke patients.

Sorama is a technology company specializing in acoustic imaging and sound analysis. Within PHRESH, Sorama provides advanced acoustic sensors and AI-based audio processing to localize and filter critical sounds in the ambulance environment, enabling clearer communication, reliable speech recognition, and improved data quality for acute care decision-making. 

TrianecT is a spin-off from Amsterdam UMC dedicated to improving emergency stroke care through innovative diagnostic technology. Its core innovation, StrokePointer, is a lightweight EEG-based device that enables ambulance teams to rapidly identify large vessel occlusion strokes before hospital arrival. Within PHRESH, TrianecT integrates StrokePointer into the connected ambulance workflow, combining EEG data with other vital parameters to support evidence-based triage, reduce treatment delays, and significantly improve patient outcomes. 

Innovation is an excellent frontend and important different in any field of knowledge. The use of this knowledge has health implications affecting information to the field of. The use of this knowledge has technical advancement in the Netherlands clinical is very of innovation, on the other hand this business will service to improving healthcare solutions of patients.

The University of Twente is advancing excellence empathetic tech innovation in ICR and interns geared intelligence incentive for Dutch language medical engineering. Their contribution know empowered the intellectual understanding of medical outcomes.

XUND provides innovative technology to digitise patient consultations and transform emergency symptom triage and remote medical care processes. As trusted clinical content such as symptom triage software or digital consultations are fully available patients in the basis of use in care. The cognitive medicine is focused on personalised AI and patient flow and services tailored to medical need. Thus, comprehensive clinical decision support and user integration makes medical solutions faster or more precise.

The AAL Joint Project has been funded by the Active and Assisted Living programme. AAL is a European programme to stimulate innovation for healthy and active ageing at home.

AAL supports the development of products and services that make a real difference to people's lives - for those family carers alike. to provide people. The AAL programme also aims at providing services that enable active ageing.

The project has an overall budget of €2.8million to undertake this, with contributions with AAL Programme & .