Camera-Based Driver Monitoring and In-Cabin Vital Signs
Equip your vehicles with non-contact vital signs monitoring that detects driver fatigue, drowsiness, and elevated stress before they become safety incidents. Our rPPG-powered software integrates with existing cabin cameras to deliver real-time physiological awareness for OEM platforms, Tier-1 modules, and fleet management systems.
Why Choose Us
Advanced rPPG technology that transforms any camera into a health monitoring device
Real-Time Fatigue Detection
Continuously monitor driver alertness through camera-based rPPG signals that track physiological markers of fatigue in real time. The system identifies declining cardiovascular patterns associated with drowsiness before behavioral symptoms become visible, giving your DMS an additional layer of proactive safety detection that works alongside existing gaze-tracking and eyelid-closure methods.
Drowsiness Alert Intelligence
Go beyond blink-rate heuristics with physiological drowsiness assessment derived from heart rate variability patterns. Our algorithms detect the autonomic nervous system shifts that precede microsleep events, enabling earlier and more reliable driver alerts. Integrates seamlessly with existing HMI warning systems through standardized output signals.
Continuous Stress Monitoring
Track real-time driver stress through sympathetic nervous system indicators extracted from facial video. Elevated stress correlates with aggressive driving behavior and impaired decision-making. Provide fleet safety managers and ADAS controllers with continuous physiological context that enhances overall cabin awareness and incident prevention.
Euro NCAP Readiness
Support Euro NCAP 2026+ driver monitoring requirements with camera-based vital signs that supplement standard DMS functionality. Our rPPG layer adds physiological impairment detection capabilities that align with evolving safety assessment protocols, helping OEMs strengthen their overall rating submissions with additional occupant monitoring data.
Fleet Analytics Dashboard
Aggregate driver wellness data across entire fleets to identify fatigue trends, high-risk routes, and shift-scheduling patterns that contribute to safety incidents. Fleet managers gain actionable intelligence from anonymized physiological data that transforms reactive incident reporting into proactive risk management across every vehicle in the operation.
Single-Camera Integration
Deploy vital signs monitoring using the cabin camera hardware already present in your vehicle architecture. No additional sensors, no infrared emitters, no specialized optics required. Our software-only approach minimizes BOM cost and integration complexity while delivering a new dimension of driver awareness through the existing DMS camera pipeline.
Driver Safety Beyond Gaze Tracking
Add a physiological dimension to your driver monitoring system. Circadify rPPG technology extracts heart rate, HRV, and stress indicators from standard cabin camera feeds, giving OEMs, Tier-1 suppliers, and fleet operators a deeper layer of driver awareness without additional hardware.
Visit Circadify.comAutomotive Program Applications
Camera-based vital signs for OEM platforms, Tier-1 modules, and fleet-scale deployments
OEM Driver Monitoring Systems
Integrate rPPG-based vital signs into production DMS platforms as a supplementary safety layer. Our SDK delivers fatigue and drowsiness indicators through standardized interfaces compatible with major automotive middleware stacks, adding physiological impairment detection to your existing gaze and attention monitoring pipeline.
Production-grade SDKTier-1 Cabin Sensing Modules
Embed camera-based vital signs within your cabin sensing product portfolio. Our licensable rPPG algorithms run efficiently on automotive-grade SoCs, enabling Tier-1 suppliers to offer differentiated driver and occupant monitoring capabilities to OEM customers without developing proprietary physiological sensing from scratch.
Automotive SoC optimizedFleet Safety Management
Deploy driver wellness monitoring across commercial fleets using aftermarket or OEM-installed cabin cameras. Aggregate fatigue and stress data across drivers, routes, and shifts to identify systemic risk factors. Give fleet safety directors the physiological intelligence needed to reduce fatigue-related incidents through data-driven scheduling and intervention.
Fleet-wide intelligenceContactless vitals technology for healthcare, insurance, and security
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Ready to Add Vital Signs to Your Driver Monitoring Program?
Explore how camera-based rPPG integrates with your existing DMS architecture. Whether you are an OEM evaluating Euro NCAP readiness, a Tier-1 supplier expanding your cabin sensing portfolio, or a fleet operator seeking proactive fatigue management, our automotive engineering team is ready to scope your program requirements.