Core Insights - OneMedNet Corporation has successfully delivered an anonymized Real-World Data feed representing 1.5 million patients and 4 million encounters to a healthcare data organization, marking a significant milestone in its subscription model [1][2][4] - The de-identified dataset contains over 1.49 billion datapoints, integrating comprehensive patient journeys and supporting advanced analytics and regulatory-grade research [2][4] - The company aims to transition customers to predictable annual recurring revenue streams, enhancing retention and long-term shareholder value [3][4] Company Overview - OneMedNet is focused on revolutionizing access to Real-World Data (RWD) through its iRWD™ platform, which taps into over 2,130 healthcare sites [5] - The company provides insights across various medical domains, including rare diseases, oncology, and cardiology, facilitating innovation for drugmakers and medical device companies [5] - Beyond healthcare, OneMedNet's AI technology anonymizes data for other industries such as finance and retail, showcasing its versatility [6]

Core Insights - HealthVerity has integrated OneMedNet's regulatory-grade imaging Real-World Data (iRWD) into its HealthVerity Marketplace, enhancing the availability of advanced imaging data for life sciences research [1][3] - The integration includes data from over 1,400 healthcare systems and provider sites, encompassing more than 121 million clinical exams from 31 million unique patients, providing valuable insights beyond structured data [2][4] - This collaboration aims to improve the depth of real-world data available to clients, facilitating informed clinical development and commercialization decisions [3][4] Company Overview - HealthVerity is a leader in privacy-protected real-world data exchange, transforming how healthcare and life sciences organizations connect and analyze disparate patient data [4] - OneMedNet Corporation specializes in unlocking the value of regulatory-grade imaging real-world data through its iRWD platform, ensuring secure and privacy-compliant access to extensive imaging datasets [5]