Corrie is an evidenced-based digital health program that has been evaluated in the Myocardial Infarction, COmbined-device, Recovery Enhancement MiCORE Study (ClinicalTrials.gov Identifier: NCT03760796) at 4 hospitals and was shown to reduce risk of 30-day readmission, improve patient experience, and create cost-savings. Corrie is a prescription strength virtual care program that consists of a smartphone application paired with a smartwatch and bluetooth blood pressure cuff. Key features of Corrie include 1) tracking and reminders for cardiac medications; 2) monitoring BP with an Food and Drug Administration–approved wireless BP cuff; 3) promoting exercise, physical activity, step tracking, via a smartwatch 4) providing peer-reviewed educational videos and articles on diet, medications, and how to prevent CVD/hypertension/dyslipidemia/glucose intolerance through lifestyle modification; 5) reviewing patient reported data through a check-up feature that allows patients to send health summary reports of physical activity and vitals to clinicians; and 6) connecting with providers and addressing social determinants of health services to optimize guideline-directed evidence-based care. In the era of COVID-19 and beyond the Corrie program is a technology-enhanced patient experience that provides the fundamental care components, data collection, and support for optimal cardiac recovery.

Helping to solve one of the largest problems facing global healthcare, we are fortunate to have a Johns Hopkins team that has been intensively working in digital health technology and leading the world in its development, evaluation, and integration with healthcare delivery. The Corrie Health® Platform is the culmination of 4 years of cross-university teamwork and research at Johns Hopkins to improve evidenced-based care at Johns Hopkins and across the country. Corrie (“Cor” is Latin for heart) was created by an interdisciplinary team of Johns Hopkins cardiologists, internists, nurses, engineers, Armstrong patient safety and quality improvement leaders, and behavioral health specialists, in partnership with Apple designers and patients to improve cardiovascular prevention. Corrie’s intuitive user interface was built in close collaboration with engineers and designers at Apple to empower patients in self-management, and is now available on Android as well. At its core, the Corrie Health® Digital Platform is a smartphone application driving self-management of medications, vitals, activity, and care coordination connected to cooperative sensors including a smartwatch and wireless blood pressure cuff. The Corrie Cloud securely stores data metrics and vitals from the app to make them accessible within the upcoming Corrie Portal where real-time data analysis is performed to detect digital biomarkers and activate external actions via the Corrie Decision Engine. This will trigger near real-time alerts on Corrie Care for providers, care companions, and pharmacists so they can respond in a timely fashion to risk signals detected from changes in the patient’s clinical status. Corrie Health® is the intersection of enhanced patient engagement, data analytics targeting digital biomarkers, and remote monitoring working together to reduce hospital readmissions and promote personalized, cost-effective care. The Corrie Care app and the Corrie Portal will initially be available as a technology preview and grow in features as we continue to gather feedback. Corrie Health® offers major value to Hospitals by providing a clinically validated digital health platform deployed in the acute care setting. The Corrie Myocardial infarction, COmbined-device, Recovery Enhancement (MiCORE) Study examined whether using the Corrie Health Digital Platform could reduce all-cause, unplanned 30-day hospital readmissions and related healthcare costs for acute myocardial infarction (AMI) patients as compared to a historical comparison group. The study was carried out at two leading academic hospitals, Massachusetts General and Johns Hopkins, and two community hospitals, Reading Health System and Johns Hopkins Bayview Medical Center. Corrie was the intervention in the study that served as a self-management digital health program to support guideline-directed care including: 1) medication adherence, 2) vitals monitoring, 3) peer-reviewed education, 4) physical activity, 5) follow-up appointment tracking, and 6) connection with clinicians. From October 1, 2016 to April 14, 2019, 200 English-speaking adults diagnosed with Type I AMI who owned a smartphone were enrolled across four hospitals in the United States. Patients received Corrie as early as possible in their hospitalization and were encouraged to use it during the hospitalization through 30 days post-hospital discharge. The historical comparison group consisted of 864 adults who were admitted between October 2015-2016 with STEMI or NSTEMI from these study hospitals. The final results are under review but showed: ● Major reduction in risk of 30-day all cause readmission compared to the historical control group ● Significant cost savings per patient compared to standard of care alone for a hospital and increased quality of life years. [Based on the assumption that Corrie costs $3,000 per patient. Cost savings is per hospital based on savings from readmission reduction] ● Majority of Corrie users felt confident managing medications, follow-up appointments, and home care at 30 days

HealthVision, the Intelligent Health Management System, is transforming care across health systems and value-based care organizations. HealthVision is made up of three key components:

*The Intelligent Health Record - what if you could see critical information from hundreds of EHR pages in a one-page patient chart and risk summary that serves the entire care team? HealthVision's Patient Spotlight is an easy to digest health profile and risk prediction tool. The Patient Spotlight helps clinicians make sense of the increasingly unwieldy and unmanageable health data in their EMRs in real-time.
*The Intelligent Workflow Solution - who among your patients will have an unplanned admission in the next 90 days? An ED visit in the next 30 days? The Intelligent Workflow Solution includes smart cohorts and rosters that align your scarce clinical, documentation, and administrative resources with the patients who will benefit the most. 

*The Intelligent Analytics Solution - how do your providers' mortality, hospitalizations, infection rates compare? Can your benchmarking system really match apples to apples? The Intelligent Analytics solution matches your population to others outside of your organization with the same baseline risk results. These precise comparisons are an important way to build trust and momentum among providers. 

HDAI uses GPT/LLM and AI predictive models to dynamically canvas the EHR to extract, synthesize, and risk prioritize the most relevant information. HealthVision™ allows clinicians to effectively focus on care planning instead of searching the EHR. 

The EHR has changed the way we practice medicine, burdening clinicians with mountains of data and forcing them to spend their precious time in front of computers instead of with their patients. When the healthcare industry first transitioned paper records to electronic, the intention was to have all patient data accessible in one place, alleviating the healthcare system of cumbersome physical storage spaces for medical records and administrative staff to manage it. ​

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However, the EHR has overburdened clinicians with documentation tasks that were once allocated to administrative professionals ​and has clinicians combing through an inordinate amount of disparate and disorganized data to find relevant patient information. 

HealthVision is the first and only enterprise-wide, AI-powered intelligent health management system and is currently being used by Houston Methodist and other leading healthcare systems and ACOs. The platform has a broad range of capabilities which combined create a unique ability to address healthcare challenges across the care continuum (outpatient, inpatient, post-acute, etc.).

It simplifies information retrieval for clinicians, distilling hundreds of pages and notes for an individual patient in a typical electronic health record into an AI-synthesized one-page, individually configurable view that summarizes a patient’s medical history and granular risk profile. ​

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It allows a health system or risk bearing provider entity to identify and proactively manage patients at high risk of dozens of adverse events and excess utilization, including readmissions, extended length of stay and mortality. ​

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It enables sophisticated performance and network analysis. Using the nation’s largest longitudinal dataset (140 million patients, 0.5 trillion records), we have developed detailed performance profile on every physician and health care facility in the country.​

In addition to running Generative-AI and 100s of predictive models in real-time within the EHR environment, HealthVision is also designed to enable rapid deployment of local institutional models allowing agile and cost-effective real-time implementations of internally developed AI solutions.​