Remote Monitoring and Virtual Care Robin's Nest as a White Label Platform An All-in-One Platform for Remote Care and Trials Lead Linda Duffett-Leger Share this project LinkedIn X (Twitter) Copy link Share this project LinkedIn X (Twitter) Copy link Remote Monitoring and Virtual Care Robin's Nest as a White Label Platform An All-in-One Platform for Remote Care and Trials Lead Linda Duffett-Leger Share this project LinkedIn X (Twitter) Copy link Share this project LinkedIn X (Twitter) Copy link THE CHALLENGE Healthcare systems are facing growing strain from limited resources, workforce shortages, and rising patient demand—especially in post-acute, chronic care, and research environments. Remote patient monitoring could help reduce this pressure, but existing solutions often lack scalability, seamless integration with wearable data, and intuitive user-centered design. These gaps limit adoption and reduce the effectiveness of real-time monitoring. For clinicians and clinical trial teams, tools for telehealth, wearables, learning modules, and analytics are frequently fragmented, resulting in inconsistent data collection, low participant engagement, inefficient workflows, higher dropout rates, missed opportunities for early intervention, and compromised outcomes. THE CHALLENGE Healthcare systems are facing growing strain from limited resources, workforce shortages, and rising patient demand—especially in post-acute, chronic care, and research environments. Remote patient monitoring could help reduce this pressure, but existing solutions often lack scalability, seamless integration with wearable data, and intuitive user-centered design. These gaps limit adoption and reduce the effectiveness of real-time monitoring. For clinicians and clinical trial teams, tools for telehealth, wearables, learning modules, and analytics are frequently fragmented, resulting in inconsistent data collection, low participant engagement, inefficient workflows, higher dropout rates, missed opportunities for early intervention, and compromised outcomes. THE CHALLENGE Healthcare systems are facing growing strain from limited resources, workforce shortages, and rising patient demand—especially in post-acute, chronic care, and research environments. Remote patient monitoring could help reduce this pressure, but existing solutions often lack scalability, seamless integration with wearable data, and intuitive user-centered design. These gaps limit adoption and reduce the effectiveness of real-time monitoring. For clinicians and clinical trial teams, tools for telehealth, wearables, learning modules, and analytics are frequently fragmented, resulting in inconsistent data collection, low participant engagement, inefficient workflows, higher dropout rates, missed opportunities for early intervention, and compromised outcomes. THE INNOVATION Robin’s Nest is a comprehensive, all-in-one telehealth and digital program-delivery platform that brings secure video communication, wearable integration for real-time physiological monitoring, AI-driven predictive analytics, and a robust learning management system (LMS) into a single, unified environment. Designed to support remote monitoring, clinical trial operations, and chronic-care program delivery, Robin’s Nest streamlines workflows and centralizes data that would otherwise be scattered across multiple tools. By combining advanced features in one platform, it helps healthcare teams deliver evidence-informed programs, maintain strong therapeutic relationships, and access actionable insights that support better decision-making. THE INNOVATION Robin’s Nest is a comprehensive, all-in-one telehealth and digital program-delivery platform that brings secure video communication, wearable integration for real-time physiological monitoring, AI-driven predictive analytics, and a robust learning management system (LMS) into a single, unified environment. Designed to support remote monitoring, clinical trial operations, and chronic-care program delivery, Robin’s Nest streamlines workflows and centralizes data that would otherwise be scattered across multiple tools. By combining advanced features in one platform, it helps healthcare teams deliver evidence-informed programs, maintain strong therapeutic relationships, and access actionable insights that support better decision-making. HOW IT WORKS Robin’s Nest integrates real-time wearable data, AI-generated stress and predictive insights, secure video telehealth, and a flexible LMS within one centralized system. Wearables transmit physiological data, AI analyzes patterns and risk indicators, video tools support consultation and coaching, and the dashboard aggregates all inputs to generate clear, actionable insights for care teams and researchers. HOW IT WORKS Robin’s Nest integrates real-time wearable data, AI-generated stress and predictive insights, secure video telehealth, and a flexible LMS within one centralized system. Wearables transmit physiological data, AI analyzes patterns and risk indicators, video tools support consultation and coaching, and the dashboard aggregates all inputs to generate clear, actionable insights for care teams and researchers. THE BENEFITS For Users Strengthened Therapeutic Relationships: Secure, reliable video interactions enable meaningful communication between clinicians and participants. Personalized, Data-Driven Support: Real-time wearable data combined with AI insights helps tailor interventions and guide timely clinical decisions. Simplified Virtual Care Experience: Integrated monitoring, messaging, and video reduce platform fatigue and support greater participant engagement and retention. Streamlined Data Collection: A single platform improves efficiency and reduces missed data points, enhancing the quality of insights and outcomes. For The System Improved Data Consistency: Centralizing data reduces reconciliation errors and enhances trial fidelity and reporting accuracy. Seamless Integration: Connects with existing EHR systems (e.g., Epic) to support real-time data sharing and smoother workflows. Operational Efficiency: Automates key administrative tasks—such as scheduling, billing, and consent—reducing workload and freeing staff capacity. Better Outcomes at Scale: Combining monitoring, education, and support improves participant adherence, engagement, and long-term behavior change. THE BENEFITS For Users Strengthened Therapeutic Relationships: Secure, reliable video interactions enable meaningful communication between clinicians and participants. Personalized, Data-Driven Support: Real-time wearable data combined with AI insights helps tailor interventions and guide timely clinical decisions. Simplified Virtual Care Experience: Integrated monitoring, messaging, and video reduce platform fatigue and support greater participant engagement and retention. Streamlined Data Collection: A single platform improves efficiency and reduces missed data points, enhancing the quality of insights and outcomes. For The System Improved Data Consistency: Centralizing data reduces reconciliation errors and enhances trial fidelity and reporting accuracy. Seamless Integration: Connects with existing EHR systems (e.g., Epic) to support real-time data sharing and smoother workflows. Operational Efficiency: Automates key administrative tasks—such as scheduling, billing, and consent—reducing workload and freeing staff capacity. Better Outcomes at Scale: Combining monitoring, education, and support improves participant adherence, engagement, and long-term behavior change. Explore Further If you’d like to learn more or connect about Robin's Nest , reach out to Linda Duffet-Leger, Project Lead , at: linda.duffetleger@ucalgary.ca Get Involved Lorem ipsum dolor sit amet, consectetur adipiscing elit. Praesent sit amet metus sed lorem tincidunt pretium. Learn More View other projects and explore the Health Everywhere Portfolio to see how local innovations are transforming care across the province. View Portfolio Explore the Health Everywhere Portfolio to see how local innovations are solving real-world challenges and shaping the future of care across the province. ABOUT The Health Everywhere Hub portfolio map showcases academic-led projects tackling real healthcare challenges across Alberta. By highlighting shared goals and commonalities, we hope to spark collaboration and amplify impact across the system. It’s more than a list of projects - this evolving collection shows what’s possible when partnerships, bold ideas, and real-world testing come together.

Theme 2: Remote Monitoring and Virtual Care Enhancing Recovery After Surgery Date We envision a vibrant eHealth and mHealth ecosystem, accelerating innovation, growth, and transforming healthcare through collaboration and partnerships. January 9, 2024 | Alex Baron As we age it can take longer for our bodies to heal from trauma. As many as 40% of patients that undergo surgery will have major complications that lead to long-term health problems, such as heart disease or stroke. This is especially true for adults over the age of 65 following a major surgery, with many experiencing difficulties in returning to their pre-operation levels of function. Led by Dr. Duminda Wijeysundera, MD, at the University of Toronto, the Functional Improvement Trajectories After Surgery (FIT After Surgery) study aims to gain a better understanding of how often and why some patients experience significant disability after surgery. As one of 14 study sites across Canada, W21C is currently working with the Calgary site lead, Dr. Melinda Davis, MD, director of Master Teaching Program, clinical associate professor, Cumming School of Medicine, on recruitment efforts at the Foothills Medical Centre, actively engaging with patients prior to their surgery. Patient recruitment for the Calgary site began in July 2021 and is ongoing. Researchers are excited about the possibilities this work could reveal, especially as Canada’s population continues to age and the likelihood of more seniors needing major surgery every year is increasing. Having a better understanding of when and why patients experience disability after surgery will enable patients to make better-informed decisions about having surgery and allow physicians to identify patients that may need additional support following surgery. Overall recruitment and follow up for the study is expected to finish in 2023, with preliminary results anticipated in early 2024. By capitalizing on W21C's capabilities in eHealth and mHealth technologies, fostering collaboration, and actively engaging communities, the Health Everywhere Hub is poised to play a pivotal role in improving seniors' recovery experiences post-major surgeries. Image Sources: Adobe Stock Project Contact- Alex Baron

Theme 1: Bridging Community and Acute Care Pressure Wound Staging App — Lead: Chester Ho . . INNOVATION STAGE Proof of Concept Health Innovation Focus Acute Illness & Injury Population and Setting Adults Technology and Intervention Data Modelling, Platform and Dashboard Visualization BENEFITS For Users For healthcare providers, the AI app offers a reliable and consistent tool for pressure injury assessment, which minimizes subjective interpretation and the potential for staging inaccuracies. By reducing the pressure on nurses to perform manual evaluations, the app empowers providers with specialized insights and enhances their confidence in assessment accuracy. Remote consultation capabilities also improve access to specialist input, especially in settings with limited wound care expertise. For The System For the healthcare system, the app can lead to more efficient wound management processes, reducing the incidence of severe pressure injuries and associated complications. This efficiency can help decrease preventable hospitalizations and associated healthcare costs. Additionally, by enabling better documentation and standardized assessments, the app supports quality improvement in patient care, with potential to reduce wait times and resource strain in acute care and emergency settings. Project Theme Information Current State An audit of Alberta’s acute care sites revealed that about one in six patients had a hospital-acquired pressure injury. These injuries cause painful, rapidly progressing sores that can lead to severe complications and even death. Pressure injuries are seen as an important indicator of healthcare Other Known Use Cases Partnerships with Xsensor and Baxter are undergoing to evaluate the impact of eHealth tools on patient outcomes. The specific focus will be on two products: 1) Xsensor’s ForeSite® Intelligent Surface, an artificial intelligence-powered continuous skin monitoring... What is the Innovation The proposed intervention is an AI-powered app designed for wound imaging, specifically for pressure injury assessment. This app would integrate digital photography with automated staging software to provide a more consistent, accurate, and efficient approach to assessing and managing pressure injuries. How it Works The AI app allows healthcare providers to capture images of pressure injuries on mobile devices and upload them directly to ConnectCare. The app’s automated staging software analyzes the wound characteristics—such as size, depth, color, and tissue health—and classifies the injury into stages (from Stage 1 to Stage 4) based on established criteria. This system not only aids in staging but also facilitates remote assessment and consultation, enabling healthcare providers to make timely and informed decisions. Other Known Cases: An audit of acute care sites in Alberta showed that approximately one of every six acute care patient had a pressure injury. Pressure injuries cause extremely painful sores that can lead to serious complications and even death. The number of pressure injuries in a clinical environment is a gauge of quality of care because it is preventable. Accurate staging and assessments are crucial in wound care as they ensure the right treatment plan is applied, which is vital for effective healing and avoiding further complications. Get Involved Explore Partnerships Interested in collaboration? Email Chester Ho to explore partnership opportunities Get in touch chester.ho@albertahealthservices.ca . View other projects and explore the Health Everywhere Portfolio to see how local innovations are transforming care across the province. Explore the Health Everywhere Portfolio to see how local innovations are solving real-world challenges and shaping the future of care across the province. View The Portfolio ABOUT The Health Everywhere Hub portfolio map showcases academic-led projects tackling real healthcare challenges across Alberta. By highlighting shared goals and commonalities, we hope to spark collaboration and amplify impact across the system. It’s more than a list of projects - this evolving collection shows what’s possible when partnerships, bold ideas, and real-world testing come together. Previous Item Next Item

News Health Everywhere Launch Event Date We envision a vibrant eHealth and mHealth ecosystem, accelerating innovation, growth, and transforming healthcare through collaboration and partnerships. March 6, 2024 | Alex Baron On January 23, 2024, over 100 guests joined us as we held the Dr. Mamoru ‘Mo’ Watanabe Lectureship on Digital Health Today and Tomorrow. Hosted by the W21C Research and Innovation Centre, this event formally introduced and showcased "Health Everywhere", a new eHealth and mHealth hub created from a $6.3M Major Innovation Fund award from the Government of Alberta. This lectureship series honours the contributions of Dr. Mamoru ‘Mo’ Watanabe. Joining the University of Calgary’s Faculty of Medicine (now named Cumming School of Medicine) to serve as professor and head of internal medicine in 1974, Dr. Watanabe served as dean of the Faculty of Medicine from July 1982 until June 1992, and is believed to be the first Japanese Canadian dean of a Canadian medical school. He passed away July 5, 2023, at the age of 90. Opening remarks were provided by Dr. Mary Brindle, W21C Academic Director, and Dr. William Ghali, Vice-President (Research) at the University of Calgary. Dr. Ghali shared with the audience his memories of working with Dr. Watanabe and his legacy in digital health. The event was then led in a keynote address by Dr. James A. Makokis, speaking on the negative role colonialism continues to play in healthcare for Indigenous Canadians. This was followed by a lecture from Dr. Christy Cauley on the integration of mobile health to optimize recovery in patients. After a quick intermission the audience was introduced to Health Everywhere by five of its lead researchers. This included presentations from Dr. Chad Saunders, Dr. Martin Ferguson-Pell, Dr. Mary Brindle, Dr. Matt James, and Dr. Tyler Williamson. These presentations were followed by a Q&A with all the leads participating at once. Overall, the three-hour event proved to be a wonderful opportunity for the Health Everywhere team to introduce this initiative to the public while also making great connections between industry and academic leaders. Image Source: Brittany DeAngelis, O’Brien Institute for Public Health Project Contact- Alex Baron

Collaborating with Xsensor and Baxter for a monitoring mattress system to prevent pressure injuries. Click to learn more. We envision a vibrant eHealth and mHealth ecosystem, accelerating innovation, growth, and transforming healthcare through collaboration and partnerships. THEME 1: BRIDGING COMMUNITY AND ACUTE CARE Date Advancing eHealth Innovation to Enable Intelligent Patient Monitoring January 2024 Prevention of pressure injuries (PIs) is a priority for healthcare systems worldwide. Also referred to as pressure ulcers or bedsores, this condition is a skin and soft tissue injury that forms because of constant or prolonged pressure on the skin, typically occurring at bony areas on the body. Most prevalent in healthcare settings where the patient is unable to move frequently enough to relieve the pressure, PIs are painful for the patient and can lead to a deterioration in health, increased hospital stays, and even death. To address this issue, W21C partnered with XSENSOR Technology Corporation, a Calgary-based company that designs, manufactures, and sells advanced pressure-imaging systems for use in medical environments worldwide. With support from W21C’s research team, this led to the creation of a novel pressure sensing device - the ForeSite PT™ System. In late 2007, an opportunity arose for W21C to partner with XSENSOR in the development and testing of a health innovation. The main objectives of this initiative were to better understand the potential of innovative technology to support healthcare providers in caring for patients at risk of pressure injuries. W21C’s initial role was to collect and analyze focus group feedback from physicians, nurses, nursing assistants, occupational therapists, physiotherapists, and pressure mapping experts. Over time this progressed to usability testing of a protype device in a simulated Intensive Care Unit. Each phase of W21C research was followed by a design cycle at XSENSOR that consisted of research on every aspect of the system, including overall architecture, transducer design, sensing electronics, software, mechanical design, and packaging. Through funding provided by Alberta Innovates ‘Accelerating Innovations into Care’ program, XSENSOR once again, approached W21C in 2023 to support the evaluation and impact on workflow of an updated system (referred to as ForeSite IS) in acute and long-term care, and to evaluate the device’s ability to predict skin breakdown of patients at elevated risk of PIs. This study is currently under way at Foothills Medical Centre and throughout several long-term care sites in the Calgary area. To learn more about this project and its commercial capabilities, please visit XSENSOR’s website . Project Contact: Dr. Jaime Kaufman Image Sources: Adobe Stock (top), XSENSOR.com (middle)

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Tyler Williamson serves as the Director of the Centre for Health Informatics, previously holding the position of Associate Director. Simultaneously, he holds the role of Associate Professor of Biostatistics in the Department of Community Health Sciences and directs the Health Data Science and Biostatistics Diploma Program at the University of Calgary. Actively contributing to research, he is a member of the O'Brien Institute of Public Health and the Alberta Children's Hospital Research Institute. Dr. Williamson's academic journey includes earning a BSc in Statistics in 2005 and a PhD in Biostatistics in 2011, reflecting his commitment to advancing statistical methodologies in the realm of health research. In 2018, he was honored with the NAPCRG New Investigator Award for outstanding contributions as a new primary care investigator within the North American Primary Care Research Group, the largest primary care research organization globally. He is also a also a member of the Libin Cardiovascular institute and his research expertise lies in health data integration, chronic disease surveillance, and the utilization of electronic medical record data for public health surveillance and practice quality improvement. Recognized both nationally and internationally, he collaborates with esteemed organizations such as the World Health Organization (WHO), Public Health Agency of Canada and Health Canada to solidify his impact on health services research and public health initiatives. Connectivity and Data 
Access Lead Tyler Williamson  fe4@ualberta.ca NEXT THEME LEAD

Tyler Williamson is the Connectivity and Data Access Lead at Health Everywhere. Tyler serves as the Director of the Centre for Health Informatics, previously holding the position of Associate Director. Simultaneously, he holds the role of Associate Professor of Biostatistics in the Department of Community Health Sciences and directs the Health Data Science and Biostatistics Diploma Program at the University of Calgary. Dr. Tyler Williamson is the Director of the Centre for Health Informatics and a Professor of Biostatistics in the Department of Community Health Sciences at the University of Calgary. He is a member of the O’Brien Institute for Public Health, the Alberta Children’s Hospital Research Institute, and the Libin Cardiovascular Institute. Dr. Williamson’s work focuses on strengthening Canada’s health-data ecosystem, with emphasis on interoperability, health-data governance, and the responsible use of administrative and electronic medical record data. He has contributed to national surveillance initiatives, including foundational work with the Canadian Primary Care Sentinel Surveillance Network, and continues to collaborate with the World Health Organization through UCalgary’s WHO Collaborating Centre. His leadership and impact have been recognized with a NAPCRG New Investigator Award (2018), the Lynn McIntyre Award (2020), Avenue Magazine’s Top 40 Under 40 (2020) and the UCalgary Alumni Career Achievement Award (2024). Connectivity and Data Access Lead Tyler Williamson  tyler.williamson@ucalgary.ca PREVIOUS THEME LEAD NEXT THEME LEAD tyler.williamson@ucalgary.ca Tyler Williamson Connectivity and Data Access Lead Dr. Tyler Williamson is the Director of the Centre for Health Informatics and a Professor of Biostatistics in the Department of Community Health Sciences at the University of Calgary. He is a member of the O’Brien Institute for Public Health, the Alberta Children’s Hospital Research Institute, and the Libin Cardiovascular Institute. Dr. Williamson’s work focuses on strengthening Canada’s health-data ecosystem, with emphasis on interoperability, health-data governance, and the responsible use of administrative and electronic medical record data. He has contributed to national surveillance initiatives, including foundational work with the Canadian Primary Care Sentinel Surveillance Network, and continues to collaborate with the World Health Organization through UCalgary’s WHO Collaborating Centre. His leadership and impact have been recognized with a NAPCRG New Investigator Award (2018), the Lynn McIntyre Award (2020), Avenue Magazine’s Top 40 Under 40 (2020) and the UCalgary Alumni Career Achievement Award (2024).

News UCalgary-based program expands province-wide in supporting digital health researchers Date We envision a vibrant eHealth and mHealth ecosystem, accelerating innovation, growth, and transforming healthcare through collaboration and partnerships. September 11, 2023 | Alex Baron, W21C Research and Innovation Centre For the first time, researchers in digital health from Alberta post-secondary institutions will all share access to expert support in translating research innovation into improved care for citizens through an expansion of the newly renamed SPARK Alberta program. The boost is thanks to a new grant from Alberta Innovates. Launched in 2020 as SPARK Calgary, the program has been providing expert advice, education and ecosystem connections for evidence-based digital health innovations in Calgary for the last three years. Based out of the University of Calgary’s W21C Research and Innovation Centre, the program recruited its fourth cohort in spring 2023 and has worked with more than 70 faculty and researchers supporting 14 projects. The SPARK model originated from Stanford University in 2006 with the aim of advancing research discoveries from academia to the health-care system. Now a global network of more than 60 academic institutions across six continents, SPARK Alberta represents the only active SPARK site in Canada. Earlier this year, SPARK Alberta was awarded a grant by Alberta Innovates’ Ecosystem Development Partnerships Program. With this grant, SPARK will leverage its previous success in Calgary and expand the program provincially, further establishing Alberta’s reputation as a province with strong digital health innovation. “This grant will allow us to offer our resources and expertise to faculty and researchers developing innovations from post-secondary institutions from across the province,” says Dr. Scott Kraft, MD, director of SPARK Alberta and clinical associate professor in the Cumming School of Medicine (CSM). “Our aim is to form a central network, linking and co-ordinating digital health innovation across Alberta’s post-secondary institutions.” SPARK graduates have impact The Calgary Pediatric Brain-Computer Interface Program (BCI4Kids) plays a pivotal role in addressing the challenges currently faced by thousands of Canadian children with neurological disabilities. These disabilities often hinder their ability to fully engage in daily life and exercise their fundamental rights to interact with the world. Operating out of the Alberta Children’s Hospital and affiliated with the CSM, the BCI4Kids program is led by Dr. Adam Kirton, MSc’96, MD, a CSM professor and technology solutions research lead for One Child Every Child, a UCalgary research initiative with a vision for all children to be healthy, empowered and thriving. BCI4Kids focuses on cutting-edge brain-computer interface (BCI) technology to provide children suffering from severe neurological disabilities with an avenue to achieve greater independence and an improved quality of life. From the BCI4Kids program came a commercial venture called Possibility Neurotechnologies. Incorporated in October 2022, Possibility Neurotechnologies is dedicated to integrating BCI technology into everyday life, enabling those with severe physical disabilities to interact and communicate in transformative ways. In March 2023, the research team successfully graduated from the SPARK program. Its flagship product, Think2Switch, allows individuals to control household electronic devices using only their thoughts. By creating user-friendly and accessible technology, the team aims to enhance independence and quality of life, making previously unimaginable interactions possible for those in need. “Participating in the SPARK program has been an invaluable experience for Possibility Neurotechnologies,” says Dr. Dion Kelly, MBT’18, PhD’23, co-founder and CEO of Possibility Neurotechnologies and clinical neuroscientist at BCI4Kids. “The monthly check-ins served as crucial touchpoints, compelling us to regularly evaluate our progress and address setbacks head-on.” Since joining the SPARK program, Possibility Neurotechnologies has achieved significant growth, including being accepted into the Remarkable Accelerator Program, receiving an equity investment from the Cerebral Palsy Alliance, and showcasing its Think2Switch technology at international events. With a growing mailing list and a lineup of prospective customers, the team is preparing for a limited market release in Q1 2024. Image Source: SPARK Team Project Contact- Alex Baron, W21C Research and Innovation Centre

We envision a vibrant eHealth and mHealth ecosystem, accelerating innovation, growth, and transforming healthcare through collaboration and partnerships. THEME 1: BRIDGING COMMUNITY AND ACUTE CARE Date Advancing eHealth Innovation to Enable Intelligent Patient Monitoring January 2024 Prevention of pressure injuries (PIs) is a priority for healthcare systems worldwide. Also referred to as pressure ulcers or bedsores, this condition is a skin and soft tissue injury that forms because of constant or prolonged pressure on the skin, typically occurring at bony areas on the body. Most prevalent in healthcare settings where the patient is unable to move frequently enough to relieve the pressure, PIs are painful for the patient and can lead to a deterioration in health, increased hospital stays, and even death. To address this issue, W21C partnered with XSENSOR Technology Corporation, a Calgary-based company that designs, manufactures, and sells advanced pressure-imaging systems for use in medical environments worldwide. With support from W21C’s research team, this led to the creation of a novel pressure sensing device - the ForeSite PT™ System. In late 2007, an opportunity arose for W21C to partner with XSENSOR in the development and testing of a health innovation. The main objectives of this initiative were to better understand the potential of innovative technology to support healthcare providers in caring for patients at risk of pressure injuries. W21C’s initial role was to collect and analyze focus group feedback from physicians, nurses, nursing assistants, occupational therapists, physiotherapists, and pressure mapping experts. Over time this progressed to usability testing of a protype device in a simulated Intensive Care Unit. Each phase of W21C research was followed by a design cycle at XSENSOR that consisted of research on every aspect of the system, including overall architecture, transducer design, sensing electronics, software, mechanical design, and packaging. Through funding provided by Alberta Innovates ‘Accelerating Innovations into Care’ program, XSENSOR once again, approached W21C in 2023 to support the evaluation and impact on workflow of an updated system (referred to as ForeSite IS) in acute and long-term care, and to evaluate the device’s ability to predict skin breakdown of patients at elevated risk of PIs. This study is currently under way at Foothills Medical Centre and throughout several long-term care sites in the Calgary area. To learn more about this project and its commercial capabilities, please visit XSENSOR’s website . Image Sources: Adobe Stock (top), XSENSOR.com (middle) Alex Baron, W21C Research and Innovation Centre