What: CollPlant pioneers 3D bioprinting with their rhCollagen-based BioInks, revolutionizing regenerative medicine and tissue engineering. These BioInks offer optimal rheology, increased safety profiles, biocompatibility, and customizable physical properties essential for creating complex scaffolds in tissue and organ generation. 3D bioprinting holds promise in addressing the critical shortage of organs for transplantation, with CollPlant’s technology aiming to provide an unlimited supply of life-saving organs. United Therapeutics has already demonstrated the bioprinting of a trachea using CollPlant’s BioInk, showcasing its potential in creating functional soft tissue implants.​

What: ScreenPoint Medical has created Transpara®, an advanced AI solution for breast cancer screening. Developed over a decade, Transpara® analyses mammograms to assist radiologists by highlighting potential areas of concern, enhancing the accuracy and efficiency of breast cancer detection. It identifies abnormalities and prioritizes cases by cancer likelihood, allowing radiologists to focus on the most critical cases. This AI system integrates seamlessly into existing workflows, improving diagnostic confidence and reducing healthcare professionals' workloads. Transpara® significantly advances breast cancer screening by providing earlier and more reliable detection, thereby optimizing healthcare resources.

What: Inspiren's AI-driven AUGi platform transformed patient care in a 27-bed Med-Surg unit with hybrid COVID-19 rooms. The dynamic health space was enhanced by smart lanyards, mobile apps, and central nursing station tablets, reducing patient falls by 50%. This hybrid approach enabled remote monitoring, virtual check-ins, and targeted AI alerts, streamlining staff workflow and bolstering patient safety.

What: FitBit Enterprise offers comprehensive health solutions aimed at improving population health through data-driven insights and wearable technology. Their solutions encompass a wide range of applications including chronic condition management, behaviour change, and foundational health behaviours. Fitbit devices collect extensive health data such as activity levels, heart rate, and sleep patterns, which can be leveraged to enhance health outcomes and support wellness programs.​

What: Karuna Labs offers KarunaHOME, an innovative program using virtual reality (VR) combined with personalized behavioural coaching to treat chronic pain. The non-pharmacological and non-surgical approach aims to rewire the brain's perception of pain through immersive VR experiences, helping patients manage conditions like low back pain, shoulder pain, and neuropathic pain. Over a 12-week program, patients engage with VR scenarios designed to reduce pain and improve functionality. The program is flexible, convenient, and has shown promising results in enhancing patients' quality of life.​

What: The "Sandbox" housed at RMIT-Cisco's Health Transformation Lab is a digitally enabled mock care setting where researchers, startups and health system professionals work together on prototypes for the future of health. Powered by Cisco's Meraki network and supported by a variety of healthcare partners, the Sandbox enables a frictionless pipeline from idea to implementation. The inclusion of autonomous robotics, in the form of Boston Dynamics' Spot, has created a space where the most futuristic visions for health can be trailed, tested, and translated into practice.

What: PainScale is an online platform and mobile application designed to help individuals manage chronic pain through personalized tracking, education, and treatment options. Includes: PainScale, developed by Boston Scientific, is an online platform and mobile application designed to assist individuals in managing chronic pain. The platform offers a variety of tools to track pain levels, treatments, medications, activities, mood, and sleep. Users can identify patterns and triggers over time, helping them manage their condition more effectively. Additionally, PainScale provides educational resources on pain management, with content reviewed by reputable organizations such as the Mayo Clinic and Stanford Medicine. This includes information on various pain management techniques, treatments, and wellness tips. The platform also features a pain quiz that helps users identify suitable therapies for their specific pain conditions. Furthermore, PainScale generates comprehensive reports that improve communication between patients and healthcare providers, facilitating faster and more accurate diagnosis and treatment adjustments.​

What: Mass General Brigham’s Innovation Office is pioneering advancements in biotech diagnostics through strategic collaborations and cutting-edge research. Partnering with industry leaders like Roche Diagnostics, they facilitate the integration of advanced diagnostic tools into clinical practice. A notable example is Roche’s cobas® EGFR Mutation Test v2, which identifies mutations in non-small cell lung cancer (NSCLC) patients, enabling targeted and personalized treatment strategies. The Innovation Office at Mass General Brigham ensures these developments translate into real-world clinical applications, improving patient outcomes through precision medicine. By leveraging the cobas® EGFR Mutation Test v2, clinicians can make informed decisions about the most effective therapies, highlighting the critical role of advanced diagnostics in modern healthcare. This collaboration underscores Mass General Brigham’s commitment to enhancing diagnostic capabilities and delivering superior patient care through innovative biotech solutions.

What: Livongo, now part of Teladoc Health, offers an innovative approach to managing chronic conditions such as diabetes, hypertension, and weight management. The platform provides members with smart devices like blood glucose meters and blood pressure monitors, which are connected to a mobile app for real-time data tracking and insights. Along with these tools, Livongo offers unlimited supplies and 24/7 expert coaching to support patients in managing their health. This integrated system aims to simplify chronic condition management, improve health outcomes, and reduce healthcare costs. ​

What: MSF implements dynamic and adaptable healthcare spaces in response to natural disasters and crises. Their approach ensures efficient triage and treatment in challenging environments, often characterized by overcrowding and limited resources. By setting up mobile clinics and flexible health posts, MSF addresses immediate medical needs while ensuring that their healthcare delivery can adapt to changing conditions and patient volumes. This dynamic approach is critical for providing effective and timely medical care in disaster-stricken and conflict areas. MSF's ability to mobilize and establish adaptable health spaces significantly enhances their capacity to deliver urgent medical assistance, thereby improving outcomes in some of the world's most vulnerable regions.