xFUSION

Many individuals with diabetes struggle to adhere to their treatment regimens consistently, posing a significant health challenge. This issue affects a diverse range of patients globally, who face increased risks due to irregular management of their condition. By addressing this problem, FOH Future Of Health seeks to enhance patient outcomes and reduce the burden on healthcare systems. The collective expertise of health leaders at FOH aims to develop innovative solutions to improve adherence, ultimately contributing to the sustainability and efficiency of healthcare delivery worldwide.

Healthcare systems generate vast amounts of data through Electronic Medical Records (EMRs), yet much of this information remains underused, fragmented, or difficult to translate into timely, actionable insight. This challenge seeks solutions that can unlock meaningful value from EMR data by turning clinical, operational, and patient-level information into clear insights that support better decision-making. The target audience includes health systems, clinicians, administrators, digital health teams, and data leaders who need practical ways to identify patterns, predict risk, improve workflows, personalize care, and reduce inefficiencies. The context is a global healthcare environment under growing pressure to improve outcomes while managing costs, workforce constraints, and rising patient expectations. The importance of this challenge lies in bridging the gap between data availability and real-world impact. We are looking for approaches that can help organizations move beyond data storage toward intelligence that is usable, trusted, and scalable across diverse care settings.

Home-based care teams are becoming an essential part of modern healthcare, supporting patients with chronic conditions, post-acute recovery needs, aging-related challenges, and complex care plans outside traditional clinical settings. However, effective communication with these teams remains fragmented and inconsistent across phone calls, messaging apps, care portals, and paper-based workflows. This creates delays, information gaps, duplicated effort, and potential risks to patient safety and continuity of care. This challenge seeks solutions that improve how patients, family caregivers, physicians, hospitals, insurers, and community providers communicate with medical teams delivering care at home. The goal is to identify scalable, user-centered approaches that enable timely updates, clear escalation pathways, shared visibility into care plans, and secure coordination across stakeholders. Solutions should consider the realities of home care environments, including limited digital literacy, time pressure on clinicians, privacy requirements, and the need for simple, reliable tools. Improving communication in home-based care is critical to delivering more connected, efficient, and patient-centered health services.

Biometric verification technology that is based on actively mapping the oral cavity by transmitting an audio signal and recording its reflections. It can be integrated into existing products like electronic cigarettes, breath inhalers etc. Or used a stand alone. Its proven accuracy in a controlled test over more than a 100 subjects was 90% increasing to 95 if using 5 consecutive inhales.

A gamified customer service training solution that solves a persistent weakness in traditional onboarding and upskilling: learning is often passive, generic, and quickly forgotten once employees begin handling real customer issues.

An institutional AI-powered platform for reviewing, grading, and evaluating student assignments, exams, and written submissions at scale. The solution is designed for universities, colleges, schools, and professional training organizations seeking to reduce the growing administrative burden on lecturers, examiners, and academic staff while improving consistency, speed, and transparency in assessment processes. By automating repetitive evaluation tasks and supporting rubric-based marking, feedback generation, plagiarism indicators, and quality assurance workflows, the platform helps educators focus more on teaching, mentoring, and academic judgment rather than manual checking. It is particularly valuable in environments with large cohorts, limited faculty capacity, and increasing expectations for timely, fair, and data-informed assessment. The importance of this challenge lies in balancing operational efficiency with academic integrity, pedagogical quality, and institutional trust, making AI-enabled assessment a critical capability for the future of education.