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STARS · Project

eHealth Platform That Reduces Patient Stress and Speeds Up Hospital Recovery

healthTestedTRL 6
stars-pcp.eu

Imagine going into hospital and having a smart system that monitors your stress levels the whole time — before surgery, during your stay, and even after you go home. STARS built an eHealth platform that picks up on stress signals from vital signs, sends the data wirelessly in real time, and uses big data to figure out what each patient needs to calm down and recover faster. The goal is fewer sedatives, shorter hospital stays, and patients who feel more in control of their own health. Think of it like a personal stress coach powered by your own body data.

By the numbers
EUR 4,191,300
EU funding for development
11
consortium partners involved
6
countries in the consortium
12
project deliverables completed
5.5 years
project duration (2017-2022)
The business problem

What needed solving

Hospitals face rising costs from extended patient stays, heavy use of sedating drugs, and poor patient experience linked to healthcare-related stress. Stress before, during, and after medical procedures slows recovery, increases complications, and drives up per-patient costs. There is no widely adopted system that monitors and manages patient stress across the full care journey — from pre-admission to post-discharge.

The solution

What was built

STARS developed an eHealth platform for personalized stress avoidance and recovery, covering the full patient journey from preclinical phase through hospitalization to aftercare. The system includes smart vital signs monitoring, wireless real-time data transfer, big data management, and patient self-management tools. The project completed 12 deliverables and concluded with a Final STARS conference.

Audience

Who needs this

Hospital groups and health system operators looking to reduce length of stayDigital health companies building patient monitoring or mHealth platformsHealth insurers seeking to lower hospitalization and readmission costsMedical device companies developing vital signs monitoring hardwarePublic health authorities procuring eHealth services for national health systems
Business applications

Who can put this to work

Hospital & Healthcare IT
enterprise
Target: Hospital groups and health system operators looking to reduce length of stay and drug costs

If you are a hospital group dealing with long patient recovery times and high sedation costs — this project developed an eHealth platform that monitors patient stress from pre-admission through aftercare. It uses real-time vital signs and big data to personalize stress reduction, aiming to shorten recovery and cut the use of sedating drugs. The system was built by 11 partners across 6 countries under a Pre-Commercial Procurement scheme.

Digital Health & mHealth
any
Target: Health technology companies building patient self-management apps

If you are a digital health company developing patient empowerment tools — STARS created self-management tools covering the full care journey from preclinical to aftercare. The platform handles wireless real-time transfer of large vital signs datasets and big data management. With EUR 4,191,300 in EU funding and 12 deliverables completed, this is a validated technology base you could license or integrate into existing mHealth products.

Health Insurance & Managed Care
enterprise
Target: Health insurers seeking to reduce hospitalization costs and readmission rates

If you are a health insurer looking to lower per-patient costs — STARS addressed the economic burden of healthcare-related stress by developing tools that reduce recovery time and prevent harmful side-effects of sedating drugs. The project ran as a Pre-Commercial Procurement over 5 years with 3 research institutes and 2 industry partners validating the approach. Shorter stays and fewer drug complications translate directly to lower claims.

Frequently asked

Quick answers

What would it cost to implement this stress monitoring system?

The STARS project received EUR 4,191,300 in EU funding across 11 partners over 5.5 years. As a Pre-Commercial Procurement project, the technology was developed for potential public procurement. Licensing or integration costs would need to be negotiated directly with the consortium lead, Universiteit Maastricht.

Can this scale to a large hospital network?

The system was designed to handle wireless real-time transfer of large data amounts and big data management, which suggests it was built with scalability in mind. The consortium included partners from 6 countries (DE, EL, ES, FI, IT, NL), indicating cross-border applicability. Based on available project data, scaling details would require direct discussion with the development team.

What is the IP situation and can we license this technology?

As a PCP (Pre-Commercial Procurement) project, IP arrangements typically allow the developers to retain ownership while granting procurement rights to the buyers. The consortium includes 2 industry partners and 3 universities. Licensing terms would need to be discussed with the coordinator at Universiteit Maastricht.

Does this comply with EU health data regulations?

The project was EU-funded under Horizon 2020 and operated across 6 EU countries, which means it had to comply with GDPR and relevant eHealth regulations during its runtime (2017-2022). Based on available project data, specific certifications or medical device approvals would need to be confirmed with the consortium.

How long would integration take with our existing hospital IT?

The STARS platform covers the full patient journey from preclinical phase through hospitalization to aftercare, which suggests integration with existing hospital information systems was part of the design. The project ran for 5.5 years with 12 deliverables completed. Integration timelines would depend on your specific IT infrastructure and should be discussed with the technical partners.

Is there clinical evidence that this actually works?

The project completed its full lifecycle (2017-2022) including a Final STARS conference presenting results. As a Pre-Commercial Procurement project, it went through structured phases of design, prototyping, and testing. Based on available project data, specific clinical trial results would need to be obtained from the consortium.

Consortium

Who built it

The STARS consortium brings together 11 partners from 6 countries (Germany, Greece, Spain, Finland, Italy, Netherlands), led by Universiteit Maastricht. The mix includes 3 universities, 3 research organizations, 2 industry players, and 3 other entities — giving it a strong research foundation but a modest 18% industry ratio. Notably, there are zero SMEs in the consortium, which means commercialization was not the primary driver. For a business looking to adopt this technology, the university-heavy consortium means you would likely be negotiating with academic technology transfer offices rather than commercial vendors. The multi-country spread across Northern and Southern Europe suggests the solution was designed for diverse healthcare systems.

How to reach the team

Coordinator is Universiteit Maastricht (Netherlands). Use SciTransfer's matchmaking service for a warm introduction to the project team.

Order a report on this consortiumSee UNIVERSITEIT MAASTRICHT profile →
Next steps

Talk to the team behind this work.

Want to explore how STARS technology could reduce patient stress and recovery costs at your facility? SciTransfer can arrange a direct introduction to the research team and help you evaluate fit.

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