Olea Sensor Networks Releases RespiroTrack IoT Technology for Remote Health Monitoring Applications

Olea Sensor Networks, a leader in intelligent sensors and analytic software for sensor network-based systems, announced RespiroTrack™ with OleaSense™ Development Platform with software analytics for contact-less, remote health monitoring applications, featuring real-time data collection of respiratory function.

This wireless, contactless device is able to collect and process respiration data, and extract statistics using Olea's intelligent sensor analytics, transmitting it via Bluetooth to the cloud. No external wires and no contact with the body is required. Its compact design, smaller than a business card, may be embedded in a bed, worn around the neck or in a shirt pocket for immediate results.

Today's clinical spirometers are bulky and intrusive, requiring the patient to insert a tube in their mouth. The only alternative to this is a manual breath count which provides no auxiliary data or analytics. Respiratory function can be an indicator of many major conditions including congestive heart failure, COPD and asthma. The Olea RespiroTrack™ offers the patient low-stress comfort and not only tracks respiratory function but has the ability to offer predictive analysis of potential conditions due to trends and fluctuations in respiratory function.

"This is a major step forward in digital health. Olea RespiroTrack™ provides a platform for enhanced machine learning diagnostics which assist our understanding of the human biological system. It's an advanced sensing technology, capable of unprecedented accuracy," explained Frank Morese, Olea CEO/CTO and Founder. We believe the time has come for this product, as market leaders seek the most advanced, streamlined, connected technologies to facilitate efficiency and outreach in healthcare markets worldwide."

Olea Sensor Networks is taking appointments to demonstrate this new technology during the CES 2017 show, Las Vegas January 4-7, 2017. Contact [email protected] in advance to secure a time slot.