Transforming Human-Machine Interactions
Pontosense's AI-powered sensor transforms everyday technologies into vital-sensing solutions. As a full-stack company dedicated to innovation, our goal is to help you better understand health, behaviours and emotion by using medically accurate, wireless technology.
Wireless Intelligent Sensing uses patented contactless mmWave RADAR technology to capture the tiniest micromovements, as small as 0.2 millimetres, with medical grade accuracy.
This means we can monitor biometrics including heart rate, breathing rate, and heart rate variability (HRV) wirelessly with medical-grade accuracy in real-time.
With advanced proprietary AI, Pontosense can put these vitals to work, connecting vitals to human emotions and behaviour.
Achieving Best-In-Class Results
Industry-Leading Accuracy
Our patented mmWave RADAR and filtering technology ensures the lowest noise possible, enabling industry-leading accuracy for vital sign detection.
Reliable
AI algorithms and proprietary ML strategies filter out environmental noise and disturbances to generate a clear radar image for biometrics and size classification.
Scaleable
Our patented Wideband High-Efficiency Electromagnetic Structure (WHEMS) antenna was designed to minimize manufacturing costs and sensor unit size, allowing for seamless, flexible integration and scalability.
Innovation Examples
Medical-grade accuracy
We are able to extract key metrics for presence and localization, or biometrics such as HRV to understand how a person feels, unlocking the potential for new mobility or AgeTech innovations.
500+ patents in wireless communication
At Pontosense we believe in continuous innovation. That's why our technology team has developed over 10 breakthrough patents in mmWave technology.
30 dB performance advantage
A high signal-to-noise ratio (SNR) is critical for high resolution and sensor performance. Pontosense's cutting-edge technologies mean we achieve an SNR 1000x better than competitors.
Low Power
Using only 1 W of power, Pontosense's sensor can be easily integrated into traditional devices or spaces.
