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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.

Kidney stones affect millions of people worldwide and are a common cause of severe pain, emergency visits, repeat procedures, and reduced quality of life. Current treatment options, including watchful waiting, medication, lithotripsy, ureteroscopy, and surgical intervention, can be painful, invasive, costly, or inconsistently effective depending on stone size, location, and patient condition. This challenge seeks innovative solutions that enable the safe, efficient, and minimally painful removal or passage of kidney stones while reducing complications, recovery time, and recurrence risk. We are looking for ideas, technologies, devices, clinical approaches, or care models that can improve the patient experience and treatment outcomes across diverse healthcare settings. Relevant audiences include clinicians, medical device innovators, researchers, digital health teams, and multidisciplinary healthcare leaders. The opportunity is significant because a better approach could decrease suffering, lower healthcare utilization, and improve access to effective treatment for a highly prevalent condition that places a substantial burden on patients and health systems alike.

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.