BIOMETRICS LAB

Pushing Biometric Wearables to Their Limit

The Valencell Biometrics Lab is one of the most sophisticated biometrics labs in the world.

Lead by Ph.D. exercise physiologist Dr. Chris Eschbach, the Lab puts our customers’ product prototypes through a battery of testing protocols and activity sets. We then analyze and validate the data to determine real-world accuracy and identify improvements to product design and performance. We don’t stop until we demonstrate the product will deliver highly accurate biometric measurements on anyone, doing anything, at any time.

Valencell Biometrics Lab

We test over 400 different devices per year from the leading wearable tech companies. On a monthly basis the Lab:

  • Conducts over 2000 different device tests
  • Analyzes over 1 million biometric data points
  • Measures over 100 hours of testing & validation exercise

TEST, ANALYZE, VALIDATE, REPEAT

The only way to bring a successful and accurate device to market is through intensive testing and validation. Every body has different physiological characteristics, yet devices must provide consistent and accurate data across a wide range of people doing a variety of activities at different intensity levels. We use 25 different protocols in our testing methodologies to account for these differences.

HOW WE TEST

  • Walking, jogging, running, biking, swimming, rowing, gym exercises, lifestyle activities & more
  • Steady-state, dynamic pacing, and high-intensity interval training (HIIT)
  • Indoor, outdoor & aquatic testing
  • Test subjects vary by age, sex, fitness levels, skin tones & body types
  • Assessments include V02 max, cardiac efficiency, heart rate variability (RRi) & blood pressure

Thinking Ahead

The Lab also contributes to Valencell’s research and development of new technology related to physiological biometrics as applied to fitness, exercise, personal health, and military situations. Beyond our own technology, we continually evaluate biometric wearable products that are not powered by Valencell to identify strengths and weaknesses of all technologies and products on the market today.

You can find examples of our research on biometric technology here.