The 6G4Society project aims to address the tension existing between two parallel needs in terms of technological development of 6G: 1) securing technology performance objectives, and 2) ensuring that societal and sustainable values are properly embedded into technology. This will be done by engaging all key stakeholders within the Smart Networks and Services (SNS) ecosystem, but also by embracing civil society players, regulators, policy makers, media, and the public at large, to ensure correct and clear information about the expected impacts 6G technology will produce and induce is elaborated and disseminated. To achieve this objective, 6G4Society will apply methodologies from ethics, legal and social science and humanities (SSH) perspectives, allowing to comprehend socio-cultural aspects and mechanisms behind 6G technology and lay the foundation for a responsible research and innovation (RRI) of 6G technology. Based on these methodologies, 6GSociety will provide methods, models, guidelines, policy options and operation recommendations to develop sustainable and socially accepted 6G technology and applications. The 6G4Society results (including a Technology Acceptance Model for 6G technology, a framework of Key Sustainability Indicators, a policy brief and an operation brief) will be validated with all 6G-SNS JU projects by adopting public and user engagement methodology, as well as by involving the 6G-IA Working Groups and its connected projects. To achieve these ambitious objectives, the 6G4Society project is composed by a consortium with heterogeneous skills and competence, ranging from SSH and RRI (CEL and PSCE), technology (NOVA, PSCE and EBOS), networking coordination and management (MAR), communication and stakeholder engagement (D4P). The consortium has large experience in 5G-PPP/6G-IA projects and initiatives, and its partners have links with more than 20% of the current JU 6G-SNS initiatives, ensuring a strong cooperation to achieve objectives.

The increasing number of travellerscrossing European borders is putting a mounting pressure on the everyday handling of border checks. Coping with limited resources, border control authorities have to perform a higher number of checks on travellers, while at the same time maintaining national security. Consequently, the experience of both European and third country travellersis deteriorating, due to the extra time they have to spend at the border crossing points. In that sense, flexible, automated and scalable no-gate crossing solutions may offer an effective support to border control authorities, to make border checks faster and more efficient. Nevertheless, the intensive use of these technologies bears the risk of infringing individuals’ rights and freedoms, including privacy and personal data protection. Therefore, a thorough assessment of no-gate crossing point solutions, from asocial acceptance, ethical and legalperspective, is required prior to their implementation. PERSONA (Privacy, Ethical, Regulatory, and SOcial No-gate crossing point solutions Acceptance) project’s main goal is to design and establish an integrated impact assessment method (IAM PERSONA) to appropriately evaluate the impacts of no-gate crossing point solutions, taking into account social acceptance, ethical and legal requirements, to ensure that these technologies meet the expectations of public authorities and travellers. The main outcome of the project will be a handbook, available in open access, that will provide guidance inorder to drive the innovation and deployment of future no-gate crossing point solutions by industry and border authorities, while maintaining their societal acceptance

Europe's vast maritime domain faces challenges in situational awareness and border security due to dynamic operations and rising maritime crimes. Current surveillance technologies lack cost-efficient, wide-ranging coverage, leaving gaps in EU monitoring. MARCONNECT introduces the Vessel-Connected Services (VCS), a disruptive solution that transforms civilian vessels into active contributors to a real-time, integrated maritime surveillance network. By securely and voluntarily sharing their outward-looking sensor data (e.g., radar, sonar) with Coast Guard Authorities, civilian vessels become valuable assets in enhancing maritime situational awareness. In return, vessel owners gain access to tailored third-party services of their interest and real-time connectivity, creating a synergetic ecosystem. The main end-users of the VCS solution include Coast Guard Authorities, extending also to law enforcement agencies , who will benefit from a dynamic and scalable maritime security solution, and maritime operators across the EU, while private sector stakeholders benefit from anonymised, aggregated data insights to improve their businesses. The impact of the VCS solution is profound, resulting in a significant expansion of maritime surveillance coverage, strengthened ability to detect and respond to maritime threats, complementing existing maritime intelligence services. MARCONNECT capitalises on the trend of decreasing maritime communication costs, accelerating this shift by enabling broader and affordable access to real-time connectivity. This vision is enabled by an experienced consortium of relevant Coast Guard Authorities and Law Enforcement, key maritime industry players, and leading SMEs and RTOs with a proven track record in border security, uniquely positioned to transform Europe’s maritime security landscape and strengthen its borders

The Multidisciplinary Expert System for the Assessment & Management of Complex Brain Disorders (MES-CoBraD) is an interdisciplinary project combining Real-World Data (RWD) from multiple clinical and consumer sources through comprehensive, cost-efficient, and fast protocols towards improving diagnostic accuracy and therapeutic outcomes in people with Complex Brain Disorders (CoBraD), as reflected in Neurocognitive (Dementia), Sleep, and Seizure (Epilepsy) disorders and their interdependence. It brings together internationally recognized experts in medicine, engineering, computer science, social health science, law, and marketing and communication from across Europe, and combines clinical information and scientific research in CoBraD with technical innovation in secure data-sharing platforms, artificial intelligence algorithms, expert systems of precision and personalized care, and advanced data analytics, with a primary focus on improving the quality of life of patients, their caregivers, and the society at large. It leverages RWD from diverse CoBraD populations across cultural, socioeconomic, educational, and health system backgrounds, with special attention on including vulnerable populations and minorities in an equitable manner and engaging key stakeholders to maximize project impact.

PERSIST aims at developing an open and interoperable ecosystem to improve the care of cancer survivors. The key results to be achieved by partners are: increased self-efficacy and satisfaction with care as well as reduced psychological stress for a better management of the consequences of the cancer treatment and the disease, resulting in an improvement in health and wellbeing and a faster integration into the labour market, where applicable, compared to usual care (KR1); increased effectiveness in cancer treatment and follow-up by providing prediction models from Big Data that will support decision-making and contribute to optimal treatment decisions with positive consequences in the QoL and the health status of survivors (KR2); and improved information and evidence to advance the efficacy of management, intervention and prevention policies/strategies in order to timely treat side effects and, if possible, avoid secondary diseases and fatal events. The long-term result will be to reduce the socio-economic burden related to cancer survivors’ care (KR3). The ecosystem proposed consists of a Big Data platform to be built on top of an open infrastructure from one of the partners and a mHealth application for patients. The main building blocks to be developed are a multimodal sensing network running on a smart phone that will collect relevant data regarding the wellbeing of the patient; predictive models from anonymised health data from thousands of breast and colorectal patients; and modules essential for the development of a decision support system, which will employ the predictive models mentioned. Furthermore, PERSIST will contribute to establish evidence on the use of liquid biopsy techniques to the follow-up of cancer patients treated with curative purposes. A pilot study involving 160 patients and 32 health care professionals will be decisive to establish a co-creation methodology ranging from the earlies phases of the project throughout its conclusion.