Insights on health technology, vitals monitoring, and wellness from the QuickScanVitals team.
A research-level overview of camera-based driver monitoring DMS technology, covering how near-infrared imaging and computer vision detect distraction, drowsiness, and cognitive load in automotive cabins.
An in-depth research analysis of how driver fatigue detection camera technology uses PERCLOS, gaze tracking, and physiological indicators to prevent drowsy driving accidents in passenger and commercial vehicles.
A detailed analysis of Euro NCAP driver monitoring requirements for OEMs, covering the 2026 assessment protocol, scoring criteria, technical specifications, and integration strategies for camera-based DMS and occupant monitoring systems.
Research-level analysis of how fleet operators deploy driver health monitoring systems to reduce crash risk, improve duty-of-care compliance, and address the physiological factors behind commercial vehicle incidents.
Research-level analysis of how in-cabin vital signs monitoring improves road safety through contactless detection of cardiac events, fatigue, and stress using rPPG and radar-based sensing in automotive environments.
A technical overview of remote photoplethysmography (rPPG) for automotive in-cabin vitals sensing, covering signal extraction, motion artifact compensation, and integration with driver monitoring architectures for OEMs and Tier-1 suppliers.
