When we think of automotive safety, we usually focus on seatbelts, airbags, and crash detection. But what if your car could prevent accidents before they happen?
At CES 2025, we experienced driver monitoring radar, a non-invasive solution using 60 GHz mmWave radar to track heart rate, heart rate variability (HRV), and respiration—without the need for wearables.
How Driver Monitoring Radar Works
This millimeter-wave (mmWave) radar technology is embedded inside the car seat, continuously scanning for subtle chest movements, breathing patterns, and cardiac rhythms. It does this by:
• Emitting low-power radar waves that bounce off the driver’s body.
• Analyzing micro-movements to detect changes in vital signs.
• Feeding real-time data to AI algorithms that assess driver health.
If it detects signs of fatigue, stress, or a medical emergency, the car can:
• Alert the driver to take a break.
• Slow down or pull over autonomously.
• Trigger emergency assistance if needed.
Why 60 GHz mmWave Radar is a Game-Changer
Traditional driver monitoring systems rely on cameras and infrared sensors, which only track eye movements or posture. But radar-based monitoring brings new advantages:
This makes driver monitoring radar an ideal solution for autonomous vehicles, emergency response, and fleet safety.
Real-World Applications
This technology could transform multiple industries:
Personal Vehicles – Safer driving by detecting stress, fatigue, or heart issues.
Heavy Machinery & Fleets – Prevent accidents in high-risk jobs.
Emergency Vehicles – Monitor paramedics and first responders in real time.
Autonomous Cars – Seamless integration with AI-driven vehicles.
The Future of Driver Monitoring
With AI and driver monitoring radar, we’re moving towards a future where cars don’t just protect us during a crash—they prevent accidents altogether.
Could this be the next standard in automotive safety?