# Automotive Health 2.0: Steering Toward Proactive Preventive Care

## TL;DR

Automotive Health 2.0 uses cars as platforms for continuous health monitoring to improve preventive care and early disease detection.

## Contribution

Introduces Automotive Health 2.0, a framework for using vehicles as validated health monitoring platforms with clinical integration.

## Key findings

- Vehicles can serve as platforms for continuous physiological monitoring using existing sensors.
- Multimodal algorithms enable unobtrusive estimation of cardiovascular and respiratory parameters.
- Integration with electronic health records allows for proactive and scalable preventive care.

## Abstract

Cardiovascular and chronic disease prevention remains limited by episodic, clinic-based assessments that fail to capture physiological changes arising in daily life. As mobility constitutes one of the most stable and repetitive environments people inhabit, vehicles offer a unique setting for subliminal, continuous health monitoring. This narrative presents the rationale and foundational framework for Automotive Health 2.0, a clinically oriented paradigm that transforms connected vehicles into validated platforms for physiological sensing, data integration, and proactive care delivery. Building on existing in-cabin cameras, radar, and microphones, multimodal algorithms enable unobtrusive estimation of cardiovascular, respiratory, and behavioral parameters during routine driving. Technological innovation lies in combining these signals with artificial intelligence-driven analytics to detect early disease signatures, support dynamic risk assessment, and enable adaptive telemonitoring directly linked to electronic health records. Clinically, this approach distinguishes regulatory-grade monitoring from consumer wellness tools by prioritizing accuracy, reproducibility, and integration with established workflows. Patients gain earlier detection and more equitable access to preventive care; clinicians receive continuous actionable data, and health systems benefit from scalable population-level monitoring. Automotive Health 2.0 positions the vehicle as a novel extension of the health care ecosystem, embedding validated prevention seamlessly into everyday life.