Virtual-Integrated Twin for Autonomous Lifesaving (VITAL) DARPA-PS-26-26
Summary
AI-generated · Apr 10, 2026Develop continuously updating digital twin models of the cardiovascular system by fusing patient data with biological physics to simulate in real time potential interventions and predict their outcomes before real-world application. This effort seeks to enable real-time evaluation of treatment options prior to use on patients.
The program aims to establish a foundation for causal, prediction-driven decision support in medicine, allowing clinicians and future autonomous systems to assess options before implementation. It will define when mechanistic digital twins, reduced-order models, and data-driven inference are reliable and actionable, with the goal of shifting medical care from reactive assessment to anticipatory intervention across acute, chronic, and emergent settings.
The Defense Advanced Research Projects Agency (DARPA) is soliciting innovative approaches to address challenges in developing continuously updating digital twin models of the cardiovascular system that combine patient data with biological physics to simulate in real time possible interventions and to predict their outcomes before actual intervention on a patient. The VITAL program will establish a foundation for causal, prediction-driven decision support in medicine, enabling clinicians and future autonomous systems to evaluate treatment options before they are applied. By defining when mechanistic digital twins, reduced-order models, and data-driven inference are reliable and actionable, VITAL will shift medical care from reactive assessment to anticipatory intervention. This capability has the potential to improve outcomes across acute, chronic, and emergent clinical settings.
From Solicitation posted on Apr 09, 2026Notice history
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