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CVDLINK: Advanced federated paradigm and end-to-end prototype development for health risk assessment

leo — Thu, 01 Jan 2026 10:50:14 +0000

CVDLINK

CVDLINK: Advanced federated paradigm and end-to-end prototype development for health risk assessment

A sophisticated end-to-end prototype was finalised during a high-level technical assembly in Bucharest to establish a secure repository for cardiovascular data integration. The platform was engineered by leading European technical institutes to evaluate diagnosis, prognosis, and risk assessment paradigms without exposing sensitive patient details. This breakthrough enables cross-border medical analytics while ensuring rigorous compliance with emerging regional healthcare digital frameworks. Operational validation is scheduled across selected clinical nodes to initiate multi-centre test routines.

The implementation of decentralized information structures across complex network medical platforms requires strict data isolation protocols. In the context of the CVDLINK project, a robust architecture has been engineered to support automated feature transformation models. This layout coordinates clinical activities across secondary environments known as subordinate or seed nodes, while a primary administrative terminal serves as the central node. The structural architecture of the system relies on a decentralized layout where a central coordinator orchestrates interactions with sub-level server environments. Local client applications are deployed at hospital infrastructure layers to maintain absolute data sovereignty. Information is retained entirely on-premise or within approved institutional clouds, preventing raw medical histories from being transmitted externally. Global search functionality is restricted to metadata exposure and model parameters generated during iterative processing runs.

A web-based interface has been delivered to streamline data categorization into standardised repository directories. For advanced deployments, integration is achieved through programmatic software components using representation state transfer protocols. The onboarding workflow is executed via five consecutive phases: local server setup and source ingestion, deployment and execution of containerised application layers, verification of analytical features against internal sample groups, reconfiguration to read unified formats for indexing and metadata replication, and multi-node system synchronization across the ecosystem. Data normalization is governed by an extended common data model based on the observational medical outcomes partnership standard. Extraction, transformation, and loading pipelines have been structured to process electro-medical waves, diagnostic imaging file strings, and complex genetic sequence files.

The system processes clinical inputs via dedicated domain pathways: electronic health record genomics, biological signals, and angiographic track pathways. Pre-trained artificial intelligence mechanisms are embedded within the framework to evaluate general applicability across different heart conditions, including sudden cardiac death prediction and atrial fibrillation detection. These computational pipelines run securely inside specific container environments, ensuring that patient data undergoes localized transformation without external migration. The user-facing visualization features include specialized medical image viewers designed to deliver granular interpretations of radiological files directly to clinical end-users. System diagnostics and early validation checks are performed regularly to ensure model reproducibility prior to broad testing cycles.

Extensive technical mapping was undertaken to guarantee structural alignment with the European Health Data Space and the Open Science Cloud. System modular elements are distributed through persistent open infrastructure portals to support replication. The extended model schemas are hosted via shared version control networks and linked to metadata registries. Quality verification routines for genomic data arrays are distributed as containerised images via archiving databases. Semi-automated annotation software modules are made accessible for clinical research groups via specific tool repositories. Analytical artificial intelligence networks are packaged to operate smoothly via European marketplace portals, allowing foreign sites to utilize specific tools locally.

Sustained system validation is guaranteed through strict compliance protocols. System designs incorporate strict compliance configurations, addressing data verification rules, permission validation logs, and history tracking systems as dictated by current artificial intelligence regulations. Long-term archive properties are calibrated to meet ten-year documentation maintenance mandates. Collaborative working groups meet on a bi-weekly schedule to refine processing pathways, accelerate clinical site readiness, and evaluate usability feedback collected via user interface questionnaires. These interconnected validation routines ensure the system is production-ready prior to official multicentre study phases.

Links

https://cvdlink-project.eu/

Keywords

Cardiovascular diseases, Personalised medicine, Data-driven interventions, AI Tools, Sustainable project outcomes, Exploitable solutions

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CVDLINK: Development of the decentralised data repository and integrated prototype infrastructure

leo — Tue, 01 Jul 2025 09:44:54 +0000

CVDLINK

CVDLINK: Development of the decentralised data repository and integrated prototype infrastructure

A comprehensive end-to-end framework was established during the technical consortium meeting in San Sebastian to coordinate the deployment of a federated medical data platform. Technical developers, data providers, and system architects collaborated to review advanced digital repository designs aimed at enhancing cardiovascular health risk assessment. The deployment of virtual integration workflows was prioritized to accelerate data synchronization, automated format transformations, and security auditing mechanism verification across multiple European medical research layers. These activities ensure that a validated clinical infrastructure is successfully completed on schedule prior to formal periodic evaluation phases.

The structural architecture of the federated system requires rigorous technical coordination to ensure seamless interoperability between separate medical databases. During the operational planning sessions, a decentralised layout was finalized to govern data interaction protocols between the primary cloud coordinator and regional hospital infrastructure layers. A federative mechanism to access data based on roles and ownership was successfully put in place, allowing authorized technical developers to execute secure connections via virtual private networks. Connection credentials and detailed documentation guiding the primary access pathways were structured inside shared project repositories to facilitate rapid testing routines.

Decentralised database management is achieved by maintaining all sensitive raw information locally at individual clinical provider sites. Only the metadata catalogue remains fully accessible to any system user during query execution workflows, ensuring that actual values are never exposed or transferred to the central node. The metadata catalogue refers strictly to descriptive information about the datasets, such as variable names, structures, formats, and access conditions. Information flows are designed so that the common data model governs internal processing tasks, such as artificial intelligence model training, the generation of balanced datasets, and semi-automated annotation. While non-identifiable clinical variables are included in the harmonized representation shared with the federated repository, this happens only after all sensitive identifiers have been completely removed or pseudonymised by the respective data provider.

The implementation of data upload, sharing, and access mechanisms is supported by an underlying infrastructure created using Elastic Stack technologies, including Elasticsearch and Logstash, paired with advanced graph database structures. To ensure that technical developers can test their applications effectively, specific virtual teams were established to focus on data access, data integration, service design, and end-to-end prototyping. The data access virtual team is tasked with provisioning mock-up files and secure real data environments containing specialized imaging and sequence datasets. Concurrently, the common data model virtual team oversees the data integration processes, transforming distinct source files into a unified representation that allows cross-border analysis without compromising security.

Quality control is maintained via a specialized data quality check tool engineered to evaluate homogenization, noise levels, and information completeness. For biological signals, automated software metrics are calculated to estimate signal-to-noise ratios, identify the presence of specific cardiac waveforms, and detect unwanted artifacts. For diagnostic imaging files, standard format protocols are verified, while sequence quality tools are applied to extract metrics from genetic datasets. Evaluation parameters are systematically embedded within the application layers to produce clear data maturity scores based on international findable, accessible, interoperable, and reusable principles. Furthermore, developed applications are configured for official submission to the specialized tool registry to generate standardized artificial intelligence passports.

The design of user-facing components includes a dedicated user interface layer that conforms strictly to predefined role descriptions and healthcare professional requirements. Lovable and other advanced design utilities are utilized to construct interface drafts that support rapid user feedback collection. Distinct system privileges are granted depending on user categories, separating basic health professionals, research users, and system administrators. Health professionals are permitted to view results, over-rule automated outputs, and report malfunctions, whereas research users are granted expanded privileges to train models, initiate localized processing, and query the central metadata index. Complete administrative privileges are reserved for troubleshooting network and user management operations.

System security structures have been thoroughly mapped to align with regional cybersecurity legislation, including the network and information systems directive and the artificial intelligence act. Security protocols incorporate multi-factor authentication, robust cryptography, incident handling procedures, and clear vulnerability disclosure policies to protect digital and physical assets. Programmatic interaction with the distributed database infrastructure is handled via secure representational state transfer application programming interfaces. These interfaces facilitate metadata access, synchronization verification, and unified data search routines. Bi-weekly technical task force sessions have been established to replace fragmented updates, ensuring that software code is tightly managed via version control systems to meet the core implementation milestones. .

Links

https://cvdlink-project.eu/

Keywords

Cardiovascular diseases, Personalised medicine, Data-driven interventions, AI Tools, Sustainable project outcomes, Exploitable solutions

CVDLINK: Advanced federated paradigm and end-to-end prototype development for health risk assessment

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CVDLINK: Pioneering federated data solutions for the future of cardiovascular research

leo — Wed, 01 Jan 2025 09:55:15 +0000

CVDLINK

CVDLINK: Pioneering federated data solutions for the future of cardiovascular research

Since its launch, the CVDLINK project has been committed to advancing data-driven solutions for cardiovascular care across Europe. During the past half year, key activities have included retrospective data analysis and validation, interactive workshops on privacy, user needs, system design and clinical interfaces, and critical discussions on building a federated repository for scalable and secure data integration. These achievements mark an important milestone in the project’s journey towards defining robust technical frameworks and fostering impactful research.

The most recent CVDLINK meeting in Thessaloniki in December 2024 brought together key stakeholders to advance several critical aspects of the project. A key focus was on retrospective data analysis and validation, highlighted in the related deliverable. This report collates all available retrospective datasets from the participating pilot sites, along with their respective ethical approvals. These validated datasets serve as an important cornerstone for future research and ensure compliance with the highest ethical standards. With regard to the highly important yet particularly sensitive information the project consortium engages with, the requirement for a robust ethical framework is a focal point of the CVDLINK project.

In addition to the retrospective data work, the meeting included a series of interactive workshops designed to address key dimensions of the project, such as:

A privacy impact assessment workshop, where all consortium partners discussed strategies for aligning privacy practices with ethical and legal frameworks,
a user needs identification workshop, which captured diverse stakeholder perspectives to define key system requirements,
a system design workshop, aimed to lay out the basic technical architecture for the CVDLINK platform, and
a clinical interface workshop, which gathered valuable feedback from participating clinicians to ensure that the system is both practical and effective in real-world medical settings.

The discussion centred – amongst other things – on the development of the CVDLINK federated repository, which will facilitate the seamless integration of current and future cardiovascular data sources. The repository is being designed with a focus on scalability, quality and ease of integration. Using a distributed approach, data will remain decentralised and securely stored at the provider sites. Furthermore, a central query mechanism will regulate access and ensure compliance with governance frameworks. The repository will also include a robust semantic catalogue service, enabling fine-grained indexing and retrieval of resources. This design draws on existing expertise from widely used frameworks such as ELIXIR, EOSC and EHDS, ensuring that the repository is in line with international best practices.

The Thessaloniki meeting demonstrated the power of collaboration and user-driven innovation to push the boundaries of cardiovascular research. With strong progress in data integration, privacy and user engagement, CVDLINK is poised to make a meaningful contribution to the future of cardiovascular care.

Links

https://cvdlink-project.eu/

Keywords

Cardiovascular diseases, Personalised medicine, Data-driven interventions, AI Tools, Sustainable project outcomes, Exploitable solutions

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CircularCityChallenge: Final project results boost innovation for sustainable development education

leo — Thu, 31 Oct 2024 08:22:09 +0000

CircularCityChallenge

CircularCityChallenge: Final project results boost innovation for sustainable development education

In its three years of deeply engaging in circularity and sustainability, the project CircularCityChallenge created an engaging learning experience for students and educators, supporting participants to discover new values, explore their local communities, and contribute to positive change. Inspired by the European Commission’s ‘Green Competencies’, the developed curriculum and policy recommendations instill a foundational understanding of circularity, while conveying skills such as systems and critical thinking, project management and communication.

CircularCityChallenge pilots in 4 countries

Forming the key pillar of the CircularCityChallenge, the consortium organized a Pan-European contest for ideas on circular interventions in students’ local environments. This initiative empowered young people to propose innovative and sustainable solutions that support a circular way of living. In the four consortium partner countries—Spain, Austria, Romania, and the Netherlands—tailored approaches were implemented, including co-creation and promotion workshops. The contest also featured an open international contest to gather valuable contributions from youth across Europe. The CircularCityChallenge digital platform offered engaging resources and inspirational examples to guide young students in exploring their local environment to create a more circular and sustainable community. The resulting ideas from the youth showcased the huge potential for change through simple means and highlighted the unique perspectives of young people, which are often overlooked. Juries evaluated all contributions based on predefined and transparent criteria to ensure a fair outcome. A generous cash prize of €6.000, sponsored by the Austrian Climate and Energy Fund, was distributed among the winning teams.

Advancing learning assessment in Education for Sustainable Development

Another key effort and achievement of the project was the CircularCityChallenge learning assessment, designed to weave together various strands of knowledge from environmental science to economics in an interdisciplinary approach. It was introduced across diverse educational landscapes, from secondary schools to vocational programs, and even in informal educational events, ensuring it is robust and versatile. For teachers, the assessment framework included a clear system for assigning points to Intended Learning Outcomes, specific indicators for assessing understanding and application of concepts, and a grading system that translated assessment points into standardized grades. Providing students with meaningful, written feedback on their projects was also a vital part of the assessment strategy. This approach acknowledged and valued the students’ contributions, which is fundamental for their motivation and sense of accomplishment. Moreover, it deepened their understanding of circularity thinking by offering constructive insights that went beyond mere grades.

The CircularCityChallenge curriculum

The target audience is 14 to 19-year-old pupils in any educational format—both formal and non-formal settings. Integrating sustainable development education (SDE) with project-based learning (PBL) in both settings provided a dynamic approach for teaching and applying sustainability concepts. In formal education, this approach can be integrated into subjects like science, geography, and economics, encouraging students to tackle real-world sustainability challenges. The resulting projects often involve hands-on activities such as community gardening, local recycling initiatives, or environmental advocacy campaigns, demonstrating the strength of this experiential, flexible framework that promotes community involvement and allows learners to see the direct impacts of their efforts, enhancing their understanding of and commitment to sustainable practices.

Key results to improve circularity education across Europe

Towards the end of the project, the multifaceted experiences were translated into a practical set of key results, outlining innovative policies for integrating sustainability education into schools. These recommendations were designed for ministries of education, local governments, and schools to foster a sustainable future through education. The policy recommendations recognise the complexity of education policy and the importance of balancing top-down implementation processes with bottom-up approaches that leave room for co-implementation and local adaptation. The implementation process itself can enhance education systems by allowing stakeholders – from students and parents to administration and decision-makers – to participate from the outset in shaping policies, thereby ensuring greater impact when these policies reach schools. By promoting these recommendations, the CircularCityChallenge contributes to a more resilient and informed student body capable of addressing the sustainability challenges of the future.

Links

The CircularCityChallenge website: https://project.circularcitychallenge.eu/

The CircularCityChallenge platform: https://circularcitychallenge.eu/

Keywords

Education for Sustainable Development, Circular Economy, Circularity, Youth Empowerment, Urban Planning

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ALLIES: Pilot and Validation Workshop: A Pioneering Step for Online Safety

leo — Sat, 01 Jun 2024 07:50:50 +0000

ALLIES

ALLIES: Pilot and Validation Workshop: A Pioneering Step for Online Safety

The landscape of digital content is rapidly evolving and with it the need for robust mechanisms to ensure safety and compliance by Host Service Providers (HSPs). In response to these emerging challenges, the ALLIES Project has started a significant journey to support micro and small HSPs in achieving compliance with the Terrorist Content Online (TCO) Regulation. The project aims to supply these providers with the necessary tools, education, and support to effectively report and remove online terrorist content.

On May 23rd, a pivotal event of the ALLIES Project took place: the first pilot demonstration of the technical tools and educational platform, which were developed under the ALLIES framework. The event was held in a hybrid format, in person in Nicosia, Cyprus, and online, and brought together participants from various sectors to evaluate and give feedback on the project’s developments. Particular focus was placed on the feedback provided by small and micro HSPs.

A Multifaceted Approach to Online Safety

The event was guided by the ALLIES Project’s comprehensive strategy to support HSPs, focusing on four key approaches:

Learning and Awareness Raising: Enhancing the understanding of new regulations and the importance of compliance among HSPs.
Technical Development and Adaptation: Creating and refining technical tools to aid in the efficient reporting and removal of terrorist content online.
Training and Education: Providing educational resources and training modules tailored to the needs of micro and small HSPs.
Experience Sharing and Reporting Mechanisms: Facilitating the exchange of best practices and experiences among HSPs to foster a collaborative approach to online safety.

The Pilot Demonstration: A Closer Look

Following the outlined key approaches, the pilot demonstration on May 23rd was a critical milestone for the ALLIES Project. Moreover, the event was structured to maximise participant engagement and gather valuable feedback on the tools and platform developed.

Demonstration of ALLIES Technical Tools: The session dedicated to the technical tools was an intensive three-hour segment where technical partners provided a guided tour of the tools’ functionalities. This included detailed explanations and hands-on demonstrations, allowing participants to explore the tools in depth. The interactive nature of the session encouraged participants to ask questions, provide real-time feedback, and even engage in practical exercises to test the tools’ capabilities.
Evaluation through an Online Questionnaire: Following the demonstration, participants were asked to complete an online questionnaire designed to evaluate the effectiveness, usability, and relevance of the ALLIES AI tools. This evaluation process was crucial for gathering data on the tools’ performances and identifying areas for improvement.
Educational Platform Demonstration and Evaluation: The educational platform, another cornerstone of the ALLIES Project, was showcased in a ninety-minute session. This segment included a guided demonstration of the platform’s features, the registration process, and a simultaneous learning session focusing on one of the sub-units of Module 1. Participants then engaged in individual learning sessions, exploring different sub-units tailored to their interests and needs. The session concluded with a fifteen-minute online evaluation, capturing participants’ experiences and feedback on the educational platform.

Engaging the Community & Highlighting Collaborative Efforts

In addition to the technical and educational demonstrations, the event featured an information campaign on the ALLIES Ambassadors’ Programme. This initiative aims to build a network of advocates who can promote the project’s goals, share best practices, and support the broader community of HSPs in their compliance efforts with new regulations.

More on the ALLIES Ambassador Programme on: https://www.alliesproject.com/ambassador/

The event also included an information notice about the CESAGRAM project, funded by the European Union. This project complements the ALLIES initiative by furthering research and development in the field of online safety and compliance, showcasing the collaborative efforts at the EU level to address these critical issues.

A Step Forward in Online Safety

The ALLIES Pilot and Validation Workshop was a landmark event, setting the stage for future developments in the project. By engaging participants in hands-on demonstrations, evaluations, and informational sessions, the event succeeded in validating the tools and platform developed while gathering crucial feedback to refine and tailor these resources to the needs of micro and small HSPs.

The success of this pilot event underscores the importance of collaborative efforts and continuous improvements in the fight against online terrorist content. As the ALLIES Project moves forward, it will continue to build on the insights gained from this workshop, ensuring that its tools and educational resources remain relevant, effective, and user-friendly.

In a digital age where threats are constantly evolving, initiatives like the ALLIES Project are essential in maintaining the safety and integrity of online platforms. Through innovation, education, and collaboration, the project is making significant strides in supporting HSPs and safeguarding the digital landscape for all users.

Links

https://www.alliesproject.com/

Keywords

Counter-Terrorism, Hosting Service Providers, Online Terrorist Networks, Safety, Terrorist Content Online (TCO), TCO Regulation, Validation.

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ReIncluGen: On what it means to be a woman. Interviews, focus groups and photography.

florian — Mon, 01 Jan 2024 12:34:50 +0000

ReIncluGen

ReIncluGen: On what it means to be a woman. Interviews, focus groups and photography

In the past half year, SYNYO and the respective academic partners have transitioned from desk-based to field research. Two additional CSO partners per country have been attracted to collaborate in the research. First, academic partners conducted research with each CSO who in addition served as contact points to gain access to migrant women who benefit from their services. Thus, research with migrant women on their conceptualizations of gender empowerment has started as well. Lastly, during the second consortium meeting, which the Italian partners hosted in Rovereto, future steps of the project have been discussed.

Our Latest Research Activities

If you have followed up on ReIncluGen, you will know that in the first year the consortium partners successfully refined the qualitative methodology, conducted research on the policies promoting gender equality across the five case studies – Austria, Belgium, Italy, Poland and Spain – and analysed overall attitudes towards gender equality in the respective countries. Thereby, the groundwork has been laid out on which we can now build our own original empirical research. In this regard, SYNYO supported by the other Austrian consortium partner Orient Express, was able to effectively recruit further civil society organisations (CSOs) to gain access to migrant women, the social counsellors and teachers working with these women. The organisations all aim towards empowering women by increasing the women’s German language skills, general as well as country-specific knowledge, and fostering their independence.

Furthermore, the chosen organisations will remain anonymous, in order to safeguard the privacy of the women visiting their activities. The organisations, however, reflect a part of Vienna’s CSO landscape, offering women language courses, information workshops, legal counselling, therapy and simply a safe space. Most of the women visiting one of these organisations are mainly first-generation migrants, coming from Turkey, Iran, Afghanistan or Syria. SYNYO decided to use translators to allow the women to speak in their mother tongue, increase their trust in the project and guarantee an in-depth understanding of the topic on both sides.

From September onwards SYNYO has conducted thorough fieldwork which will continue into the first quarter of 2024:

Three focus group discussions with staff working at the CSOs to better understand the way they conceptualize gender empowerment and inclusion and how this is reflected in their work, what activities they provide and which of these are deemed effective and why.
Three focus group discussions with the women visiting the respective CSOs. We aim to interview approximately six women per discussion.
20 points of observation per CSO to observe how their activities are carried out, how the staff interacts with each other, with the women and how the women interact with each other as well.
30 photo-voice interviews with ten women per CSO. Each photo-voice interview consists of three points in time, the first in which the declaration of consent is discussed as well as the women’s life trajectories and definitions of gender empowerment. The second will provide time for discussing the photos the women took and why they are important to them and the last session will encourage the women to reflect on the whole interview process and photo-taking.

So far, SYNYO has conducted ten full photo-voice interviews and two first-sessions. Three focus group discussions were held, one with the clients of Orient Express and two with the staff of two of our CSO partners. Observations have been ongoing as well, leading up to almost 35 points of contact by the end of the year across all three CSOs. Transcriptions of the interviews and focus group discussions have begun, and will be used to analyse the written data via the program MaxQDA.

Focus points of the analysis are the women’s life trajectories, how their life has changed due to their migration, how they perceive “being a woman” to have influenced their life’s course, their view of the CSO’s work and their understanding of gender empowerment. This content analysis serves as a basis for the country report of each partner country and will then feed into the deliverable of this work package, the comparative report, led by the Spanish university partners. The photos, the women have taken in the course of the interview, will be made public and shared via a travelling and local photo-exhibition as well as a photobook. Each woman was invited to submit at least one photo with a brief quote on what it signifies for her in the context of gender empowerment and generally being a woman.

Further Developments & Future Milestones

From the 27^th to the 29^th of September the 2^nd consortium meeting was held in Rovereto, Italy. The meeting gave the consortium members the possibility to discuss their respective experiences with conducting fieldwork with and within the CSOs, plus how the CSOs perceived the research and what the research could offer the CSOs in return. Here, the development of the digital platform is of major relevance, as it aims to be used by CSOs and is therefore built based on the needs and desires of the respective CSOs.

Another discussion point was the photovoice art exhibition and the photo and essay book. Concrete plans were made for the schedule of the travelling exhibition, the selection process of photos, and the format of the exhibition and the photobook.

We look forward to accomplishing many more milestones and creating outputs in 2024. Thus, if you don’t want to miss out and instead continuously stay up-to-date on current activities, visit our blog and our output section on the ReIncluGen website.

Links

https://www.uantwerpen.be/en/projects/reinclugen/news-activities/

Keywords

migration, women, gender equality, gender empowerment, focus group discussions, CSO

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iProcureSecurity PCP: Implementation of Phase III – Development and Testing of Pilot Systems

leo — Fri, 01 Sep 2023 07:44:40 +0000

iProcureSecurity PCP

iProcureSecurity PCP: Implementation of Phase III – Development and Testing of Pilot Systems

Following the successful completion of Phase II – Prototype Development, where the contractors created prototypes of their solutions, the iProcureSecurity PCP project advances into Phase II –Development and Testing of Pilot Systems. Two contractors out of the four from the previous phase have been selected to further develop their prototypes for real-life piloting across the five Public Buyers’ countries – Spain, Italy, Greece, Turkey, and Austria. Phase III started in October 2023 and ends in October 2024.

Completion of Phase II

In Phase II, we embarked on an exciting journey of development and discovery. The four contractors created and presented their prototypes, engaging in two critical iterations:

v1: The first iteration focused on crafting non-functional or partially functional prototypes, which allowed us to gain insights for the solution refinement in the second iteration.

v2: This vital testing phase, conducted in person across all five public buyers’ countries, involved presenting advanced prototypes to a panel of experts and gathering their valuable feedback. The locations and dates for each v2 demonstration are displayed below.

Completion of Phase II

In Phase II, we embarked on an exciting journey of development and discovery. The four contractors created and presented their prototypes, engaging in two critical iterations:

v1: The first iteration focused on crafting non-functional or partially functional prototypes, which allowed us to gain insights for the solution refinement in the second iteration.

About the Phase III

In Phase III of the project the selected contractors will further advance their prototypes to a state where they can be piloted under real-life conditions, involving patients, EMTs, and health professional. In each country, the public buyers will select specific scenarios for testing the solutions.

The pilot activities are carefully structured into four essential elements. All the elements are set up in order to enable interaction between public buyers and contractors, and thus to facilitate the exchange of information and the integration of potential existing systems:

Pilot Preparation
Pilot Operation
Pilot Analysis
Continuous Helpdesk Support

Pilot Preparation

Pilot Preparation during the pre-pilot part involves two key events:

Equipment Setup and Solution Introduction: In each country, the public buyers allocate two consecutive days for the contractors to install equipment and establish local supplier connections while providing initial system training.
Second On-Site Check-Up and Training: Following initial setup, the public buyers choose two consecutive days in each country for the contractors to conduct further training and update equipment based on initial feedback, ensuring system readiness for pilot operations.

Pilot Operation

Pilot Operation comprises two key events. Each event is allocated two days in each country:

Third On-Site Check-Up and Training: This involves critical check-ups and comprehensive training based on previous feedback. The equipment receives updates as needed.
Pilot Operation: The heart of the pilot phase, this stage demands the operation of all systems at each site, maintaining their quality and functionality. Led by the pilot site management organisation and supported by core team staff, this two-day event per country ensures that the systems operate at their best.

Pilot Analysis

Throughout Phase III ongoing analysis gathers feedback from participants, concluding after the Pilot Operations have ended, which will serve as the foundation for the final report. It primarily focuses on evaluating results from the evaluation questionnaire and comparing them to the DoA KPIs. This analysis is central to Phase III, offering conclusive insights on solution applicability and usability for public buyers.

Helpdesk Support

The continuous Helpdesk Support spanning all stages, will aid contractors and public buyers. It is a dedicated help service that ensures quick issue resolution and maintains site efficiency. The progress is monitored through bi-monthly status calls and a dedicated hotline for seamless communication between public buyers and contractors.

About the two awarded bids

Below are the abstracts of the solutions, that will further develop their prototypes to be piloted under real-life conditions in Phase III:

i-TRIER: I-TRIER brings as a legacy one of the very first fully digitised Triage Solutions, widely adopted Crisis Management System and Computer Aided Dispatch systems, and a unique toolkit of Hospital Management Systems providing interoperability solutions for unifying Emergency and Victim Tracking data domains with the health-data related ones. i-TRIER also brings to the forefront the citizens through the management of their PHR and by securely providing access to it by EMS. A modular, open, interoperable yet strongly integrated solution will be provided, through advancements in existing functionalities both in hardware and software components. i-TRIER will establish a flexible interoperability framework through an efficient streaming mechanism and local exchange of information. Towards the design and testing of the i-TRIER solution, the technology providers will be supported by experts throughout its development stages, ensuring that KPIs related to the MCI response will be improved.

Watch supplier insights about Phase II from i-TRIER here.

ENSURE: The ENSURE system aims at strengthening the response of Emergency Medical Services (EMS) and Responders (EMR) to Mass Casualty Incidents (MCIs). The latter are called to operate under stressful and uncertain environments, given that MCIs are usually evolved in complex and confusing situations. In the first phase of the project, the consortium is designing a novel digital triage system by utilising the unique expertise of Satways, Traqbeat and Incision. By leveraging hands-on experts’ experience in emergency medicine (Incisio), the project will combine medical wearables (Traqbeat) with an emergency management system (Satways) into a novel digital triage system for MCIs. In a disaster event, the system will enable the quick prioritisation of those who need high medical attention by automatically recognising and continuously monitoring their vital signs via an attachable patch from the disaster location to the hospital.

Watch supplier insights about Phase II from ENSURE here.

Stay updated, and subscribe to the iProcureSecurity PCP Newsletter.

Links

https://pcp.iprocuresecurity.eu/

Keywords

Pre-Commercial Procurement, PCP, Triage Management Systems, Emergency Medical Services, Solution Design, Prototype Development, Pilot Operations, Call for tenders Results, Innovation Needs, Innovation Procurement, Disaster Management, Technology, Innovation, Helpdesk Support

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ONCODIR: Pioneering evidence-based cancer prevention project is launched

leo — Sat, 01 Apr 2023 07:34:36 +0000

ONCODIR

ONCODIR: Pioneering evidence-based cancer prevention project is launched

Marking a significant milestone in the domain of cancer prevention, the ONCODIR project has officially commenced. This transformative initiative is funded by the European Commission through the Horizon Europe programme. Over 42 months, starting in June 2023, ONCODIR is poised to revolutionise cancer prevention, seeking to deliver evidence-based cancer prevention strategies and AI-driven personalised prevention through multidisciplinary research.

In a significant step towards advancing cancer prevention, the project ONCODIR – Evidence-based Participatory Decision Making for Cancer Prevention through implementation research has officially launched. This transformative endeavour is funded by the European Commission through the Horizon Europe programme, specifically the call Research and Innovation actions supporting the implementation of the Mission on Cancer (HORIZON-MISS-2022-CANCER-01). Over 42 months, starting in June 2023, ONCODIR will leverage on multidisciplinary research methods to promote innovative approaches to cancer prevention, spanning from health policy analytics and social and behavioural sciences to AI-powered multi-omics, retrospective data analytics, and decision support theories. Ultimately, the project aims to provide evidence-based cancer prevention strategies and AI-powered personalised prevention.

These are ONCODIR’s specific objectives:

Identify and remove barriers to equal access to cancer prevention for all in the EU.
Create a flexible framework for improving existing colorectal cancer prevention programs, focusing on both structural and behavioural interventions.
Engage healthcare professionals, patients, policymakers, and stakeholders in co-designing and co-creating colorectal cancer prevention interventions, prioritizing gender considerations and ethics.
Offer reliable recommendations to citizens, clinicians, and regional-national policymakers for colorectal cancer prevention, with a focus on behaviour change among different risk groups.
Foster the adoption of ONCODIR’s results and solutions in cancer prevention by developing sustainable pathways for integrating cost-effective interventions into healthcare strategies across the EU.
Involve citizens in designing colorectal cancer prevention strategies and solutions through a participatory approach to boost awareness, acceptance, and innovation from the grassroots.

These ambitious objectives will be pursued through a joint effort of a consortium of 27 partners from multiple European countries, with the Information Technologies Institute at the Centre for Research and Technology Hellas (Greece) serving as the project coordinator. The consortium include these other partners: INCLIVA Biomedical Research Institute (Spain), European Cancer Patient Coalition (Belgium), European Society of Digestive Oncology (Austria), Youth Cancer Europe (Romania), European Regional and Local Health Authorities (Belgium), Ministry of Health (Greece), Ministry of Health of the Republic of Lithuania, European Forum for Primary Care (Netherlands), Regional Development Fund of Central Macedonia (Greece), Strategic Regional Agency for Health and Social Care (Italy), Institute of Communication and Computer Systems (Greece), Lithuanian University of Health Sciences, Institutul Oncologic Prof. Dr. Alexandru Trestioreanu Bucuresti (Romania), EXUS Software (Greece), Universidad de La Rioja (Spain), Aristotle University of Thessaloniki (Greece), Innovation Sprint (Belgium), Catalink (Cyprus), Unisystems (Luxembourg), Nutrinomics (Belgium), EY Advisory (Italy), Beia Consult International (Romania), DBC Europe (Greece), Institut Catala D’Oncologia (Spain), Lithuanian Cancer Patient Coalition, and SYNYO (Austria).

Overall, ONCODIR has allocated 1052 person-months among all partners for its implementation, divided into seven work packages. The project’s structure comprises three distinct phases: 1) the development of ONCODIR architecture, including technical work package development and proof-of-concept prototypes; 2) the development of innovative technologies following specific data collection methods; and 3) cloud-based platform validation through its development cycles and feedback.

SYNYO’s primary role in this project is to lead the dissemination, exploitation, and communication strategy and implementation. This entails two key aspects of the project: one focuses on spreading awareness and engaging stakeholders, while the other concentrates on preparing for the market adaptation of project outcomes. The first aspect encompasses activities like branding, maintaining an online presence, analysing stakeholder interests, and crafting tailored messages. It also includes participating in external events and continuous monitoring. In the second aspect, efforts will be directed towards identifying exploitable assets, managing intellectual property rights, and creating a joint strategy for exploiting project results. Both aspects are vital components of the project and involve the active participation of all partners to ensure successful project outcomes.

As ONCODIR takes its initial steps into the world of cancer prevention, it aspires to be a game-changer. The project’s commitment to evidence-based decision-making and its multifaceted approach is set to transform the landscape of cancer prevention across Europe. Stay updated on ONCODIR’s progress through the project’s dedicated website.

Links

https://www.oncodir.eu/

Keywords

Cancer, personalised prevention, risk factors, artificial intelligence

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The post ONCODIR: Pioneering evidence-based cancer prevention project is launched first appeared on SYNYO GmbH.

The post ONCODIR: Pioneering evidence-based cancer prevention project is launched appeared first on SYNYO GmbH.

BioBeo

SYNYO — Mon, 20 Feb 2023 14:26:56 +0000

BioBeo

Innovative education for the bioeconomy

Project reference

This project has received funding from the European Union’s HORIZON-CSA HORIZON Coordination and Support Action under Grant Agreement NO. 101059900

Links

Website – Twitter – LinkedIn – Instagram

BioBeo is a 2-year project with 15 partners with the aim to develop and deploy an education programme to enhance engagement across society regarding lifestyle, circularity and bioeconomy, using 5 bioeconomy themes:

Interconnectedness
Outdoor Learning
Forestry
Life Below Water
The Food Loop

Partners are committed to promoting the bioeconomy concept and will co-create and co-deliver the programme. BioBeo will provide better coordination between bio-science and education in schools by developing the Circular Economy Science-Society message with a particular focus on circular lifestyle and behaviours, and a governance framework on society-wide engagement in bioeconomy policy. BioBeo addresses social issues such as gender bias, disadvantaged youth groups, migrants and members of society with additional needs.

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January 9, 2016

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September 26, 2015

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September 11, 2015

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The post BioBeo first appeared on SYNYO GmbH.

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LEAGUE: Further progress after the project’s summer break in August

leo — Mon, 01 Aug 2022 07:23:32 +0000

LEAGUE

LEAGUE: Further progress after the project’s summer break in August

The next major steps in the LEAGUE project are the organisation of international and national trainings as well as the further development of technical tools, such as the chatbot and the Internet platform. In order to achieve these short-term goals, significant measures have been taken that can be seen as the result of increased cooperation between all project partners.

This section provides a precise overview of the most recent project activities. These include:

Dissemination and evaluation of questionnaires: For the improvement of the project’s technical tools and their adaption to the needs of the respective target groups, questionnaires have been handed out to boys between 10 and 18 years old. These actions were taken in all countries, where the project partners operate, meaning that SYNYO was also involved.
External evaluator: The LEAGUE consortium is supported by an external evaluator, who reviews the project performance and progress regularly. In July, shortly before the project’s summer break, all partners had to compose a summary of their results and achievements obtained within the first six months. In the monthly consortium meeting, which took place again in September, the feedback of the evaluator was overall positive.
Glossary: For the dissemination and social media activities, a LEAGUE glossary has been designed by one of the project partners. After the review and consent of all project partners, the glossary was sent to SYNYO, which is in charge of the project’s dissemination and exploitation campaigns. The glossary itself includes terms, which have an explanatory function and should bring the topic closer to the followers of LEAGUE’s social media channels. The glossary is designed for every target group.
Training material: For the organisation and conduction of the national and international training, adequate material is needed. This task was taken over by the responsible partner and disseminated to all consortium members for reviewing and commenting on it. The final comments that were incorporated will be redirected to SYNYO, for the further design of the layout and the insertion of relevant graphs.
National/international training: An approximate date was fixed for the first international training, which will be organised in Vienna and hosted by SYNYO. The next months will be dedicated to the distribution of information about the training over the project’s social media channels, the collection of relevant participants from various organisations in the whole of Europe and organisational tasks. Therefore, strengthened cooperation between all partners is a necessity. The national training, on the other hand, will be organised by every partner individually.

Links

https://project-league.eu/

Keywords

Boys, online safety, online child sexual abuse, prevention, reporting, education, technology, awareness-raising activities

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