Access to specialized healthcare services remains a significant challenge in rural and remote communities across Alberta. Diagnostic imaging—critical for early detection and intervention—often requires costly equipment and specialized expertise, which are not always readily available outside of major urban centres. As Health Cities nursing interns, we were given the opportunity to support a University of Alberta student-led initiative aimed at addressing this issue through innovative, AI-assisted portable ultrasound technology. During our placement in Red Deer, we visited St. Mary’s Clinic, where we worked alongside Cassandra, a key member of the project team. We were introduced to a compact, AI-enabled ultrasound device designed to screen for Developmental Dysplasia of the Hip (DDH) in infants. The device connects to an iPad or iPhone, making it an ideal diagnostic tool for rural and remote healthcare settings. Learning to use the tool was straightforward. Cassandra shared that most users become proficient after screening approximately five infants. In our case, we gained confidence after scanning just two. The AI component provides real-time guidance, simplifying image acquisition and interpretation—allowing even individuals without a clinical background to use it effectively. A short training module is currently being developed to support broader use. What impressed us most was the device’s versatility. Although our focus was on DDH screening, the tool also supports imaging for cardiovascular, respiratory, and musculoskeletal systems. As Han observed: “It is a powerful tool not only for hip screening but also for cardiac, pulmonary, and musculoskeletal screening; basically, it can examine almost any part of the body.” This technology has the potential to dramatically enhance access to diagnostic imaging in underserved areas. For patients, it can reduce the need for costly and time-consuming travel to urban centres. As someone with personal experience living in a rural setting, Exzy reflected: “Coming from someone who lived in a small town in Saskatchewan, I know firsthand the burden of having to travel to the city to get imaging done. I am delighted to know that there is now a portable ultrasound tool that will benefit rural places.” Our experience also strengthened our understanding of the role nurses can play in advancing healthcare innovation. Effective nursing leadership involves advocating for evidence-based solutions, supporting interdisciplinary collaboration, and embracing emerging technologies to improve care delivery. As Han noted: “This experience deepened my understanding of nursing leadership in healthcare innovation. Effective nursing leadership involves advocating for innovations and collaborating with interdisciplinary teams through education/training, as well as technology-driven solutions.” Looking ahead, we believe this technology should be incorporated into nursing education and training. A structured curriculum that includes AI-assisted bedside ultrasound can equip future nurses with valuable diagnostic skills and enhance patient care outcomes—especially in rural and remote environments. As Exzy stated: “By embedding this technology into nursing education, we can bridge gaps in diagnostic accessibility, improve early detection of conditions, and ultimately enhance patient outcomes, particularly in rural and remote communities.” This internship experience underscored the critical role that nurses play in shaping the future of healthcare. With access to innovative tools and the proper training, nurses are not only caregivers—they are also leaders and catalysts for change in building a more equitable and effective healthcare system. Learn More About the Remote Diagnostic Project Author: Exzy Tombiga Exzy is a student at University of Alberta. She is a 4th year nursing student and works as a UNE in orthopedics and gen medicine. She has been living in Canada for 8 years and resides in Saskatchewan. Author: Han Yang Before pursuing a Nursing degree, Han gained over 10 years of chemistry research experience. She holds a BSc in Pharmaceutical Science, an MSc in Chemistry, and an MSc in Plant Science. Han also worked as a Chemistry Research Technician at University of Alberta.