Kaiser Permanente invests in Arine´s medication management artificial intelligence platform

Kaiser Permanente has joined a major funding round for Arine, a startup using artificial intelligence to optimize medication management for value-based care.

Kaiser Permanente Ventures, the investment division of the Oakland-based healthcare giant, has participated in a significant series C funding round for Arine, a technology company specializing in medication management powered by artificial intelligence. The funding round, led by Town Hall Ventures, was announced on June 24 and marks a substantial endorsement of Arine´s platform and vision for healthcare transformation.

Arine aims to revolutionize medication optimization for health plans and providers who operate under value-based care models. By leveraging artificial intelligence, the company offers a platform that assists both health plans and risk-bearing organizations in enhancing therapeutic outcomes and operational efficiency. According to the company, the new capital will be allocated to expanding its operations into specialty pharmacy management and advancing further automation within its artificial intelligence solutions for clinical optimization.

This investment signals a strong vote of confidence from Kaiser Permanente and its venture arm in the role of artificial intelligence in improving health outcomes and reducing costs related to improper medication use. As value-driven care continues to become a priority in the U.S. healthcare system, technology like Arine´s is positioned to deliver data-driven insights and workflow improvements to clinicians and administrators. The partnership between a major healthcare system and a rising technology innovator suggests ongoing momentum for artificial intelligence adoption in the sector, specifically targeting measurable improvements in medication adherence and patient care effectiveness.

62

Impact Score

New test generates an immune health score

Researchers at Yale University created an immune health metric by profiling blood cells, gene expression, and more than 1,300 proteins, then using machine learning to correlate those signals with health. The experimental test aligned with responses to disease and vaccines but is not ready for clinical use.

How muscles remember movement and exercise

Research shows skeletal muscle stores a lasting epigenetic memory of both training and atrophy, shaping how quickly we regain strength or lose it, and that exercise can help reset negative imprints.

Contact Us

Got questions? Use the form to contact us.

Contact Form

Clicking next sends a verification code to your email. After verifying, you can enter your message.