BRIDG

Expertise

BRIDG brings together technological, clinical and methodological expertise to address complex health challenges. Our work spans from digital platforms and AI for disease management to prevention, personalised medicine, smart hospitals and real-world evaluation of large-scale pilots, in close collaboration with leading European initiatives.

Digital platforms, data and AI for disease management

We design and implement technological approaches that support patients and healthcare professionals in improving prediction, prevention, diagnosis and disease-progression management. Our experience covers digital therapeutics, mobile and IoT-based solutions, dashboards for patients and clinicians, and data platforms that enable continuous, data-driven care.

  • GRACE

BRIDG team members contribute to AI-powered decision support, remote monitoring and data-driven services that improve cardiovascular care pathways and hospital operations, integrating innovative technologies into real-world clinical workflows.

  • Digital therapeutics and mobile/IoT solutions for chronic disease management and self-management.
  • Large-scale data platforms and AI pipelines compliant with European health data strategies, enabling early risk detection and personalised interventions.
  • Interoperable data architectures and MLOps infrastructures that bring AI services into clinical practice.

Personalised and precision medicine

We work with complex biomedical, clinical and registry data to support personalised medicine in areas such as oncology, neurology and metabolic diseases. Our expertise ranges from patient stratification and in silico models to AI-driven decision support and biomarker validation.

  • BRECISE

BRIDG leads the work on requirements and use-case preparation, refining the project framework, defining KPIs for success and guiding implementation and validation across clinical sites to accelerate biomarker-driven precision oncology for prostate and bladder cancer.

  • EPOCA

BRIDG contributes to the design and evaluation of data-driven, point-of-care solutions that combine advanced sensing technologies with cloud-based analytics to enable earlier, more personalised management of chronic conditions.

  • Big-data approaches for patient stratification, prognosis and treatment response prediction in cancer and other chronic conditions.
  • AI and data-driven models supporting personalised care pathways in diseases such as ALS, MS and diabetes.
  • Contribution to biomarker frameworks that bridge discovery, clinical validation and real-world implementation (e.g. BRECISE).

Behaviour change, prevention and patient empowerment

We design and evaluate interventions that place citizens, patients and communities at the centre, combining behavioural science, digital tools and co-creation. Our work includes cancer prevention in adolescents, cardiovascular risk management and community-based programmes for active and healthy ageing.

  • SUNRISE

BRIDG designs the cancer prevention programme and the digital platform that supports creation, adaptation, monitoring and evaluation of behaviour-change activities for adolescents.

  • GRACE

BRIDG leads the user-centric approach and patient-empowerment activities along the cardiovascular care continuum, co-designing empowerment strategies and benchmarking tools that help compare and improve care pathways.

  • Co-creation with patients and professionals, integrating user needs and PREM/PROM into the design of interventions and digital tools.
  • Digitally-enhanced programmes for sustainable behaviour change (e.g. adolescent cancer prevention in SUNRISE, cardiovascular empowerment in GRACE).
  • Ecosystems and living labs for active and healthy ageing and community-based interventions.

Smart environments and health system innovation

We contribute to the design and deployment of smart environments – from hospitals to cities and homes – that leverage IoT, robotics, AI and advanced digital infrastructures to transform how healthcare is delivered.

  • Smart hospital solutions that integrate robotics, IoT and AI to support clinical engineering, logistics and patient-flow management.
  • Smart environments for active and healthy ageing across homes, cities, villages and workplaces.
  • Distributed ledger and blockchain applications for pharma, clinical trials and trusted health information exchange.

Real-world data, evaluation and public health intelligence

Real-world evaluation is one of our core strengths. We design and run large-scale pilots, develop evaluation frameworks and build data-driven tools for public health intelligence and emergency preparedness.

  • GRACE

We contribute to benchmarking tools and multi-site pilots that validate digital cardiovascular innovations in diverse health systems.

  • SUNRISE

We help define and evaluate the impact of digitally enhanced life-skills programmes for cancer prevention in adolescents across different socio-economic and cultural contexts.

  • Multi-site clinical and organisational pilots involving thousands of participants and multiple data sources.
  • Data modelling, harmonisation and semantic enrichment for multicentre clinical and epidemiological studies, including citizen-science approaches to environmental and chronic-disease risks.
  • Analysis of pandemic impacts and preparedness, integrating social, behavioural and policy dimensions.

Open innovation, accessibility and living labs

We work in open innovation ecosystems that bring together academia, industry, healthcare providers, public authorities and citizens. In our projects we prioritise the use of living labs and sandbox infrastructures from our partners and collaborators to enable co-creation, testing and validation of technologies for health, quality of life and social inclusion.

  • Living labs and Sandbox

BRIDG builds on initiatives such as living labs, sandboxes and other open-innovation environments, where real users interact with ICT, IoT, VR/AR and human–machine interfaces to co-create and validate new health and wellbeing solutions.

  • Open innovation and knowledge-transfer frameworks with universities, hospitals, industry and public bodies.
  • Accessible and inclusive digital solutions that improve digital access and empower people with functional limitations.
  • Living labs and real-world testbeds for fast iteration and validation of health technologies.