Whether you are a clinician monitoring your patient, or a biomechanics expert tracking body dynamics on an athlete, or an engineer designing a new product —

How do you ensure the safety of your wheelchair and immobile patients if you’re not continuously monitoring their skin condition to the same degree other human body systems are monitored?

How can you optimize your athlete's running movements to make them more efficient and help them avoid injury?

How can you quantify and improve design and engineering decisions to ensure you’re manufacturing the safest and most competitive product?

Intelligent Dynamic Sensing reveals the hidden data across industrial, consumer, clinical, and human body performance applications.
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With AI-based algorithms, the IDS platform can monitor, alert, and analyze data from surfaces and dynamic motion. The platform enables new models for better predictive diagnosis and prognosis. And with distributed surface sensor edge nodes across the network, actionable insights can occur at the point of sensing.

Powerful software can continually capture, measure, visualize, and adapt to the sensor conditions in real-time.

Intelligent surface and dynamic sensors can collaborate and share data with other sensors. Data can aggregate in the cloud privately and securely.

Combined with public and private data-sets, it can drive insight, identify anomalies, and predict outcomes — continuously, all in real-time.