Company Overview

Sensatex, Inc. (the “Company”), founded in April 2000, is focused on the development and commercialization of the SmartShirt System (the “System”), a wearable solution for moving a wide range of information on and off an active person. The SmartShirt System incorporates advances in textile engineering, wearable computing, and wireless data transfer to permit the convenient collection, transmission, and analysis of personal health and lifestyle data.
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COMMERCIAL MARKETS

  CONSUMER PRODUCTS
Maintaining a Healthy Lifestyle
Individual Athletes/Team Sports

SEARCH AND RESCUE

Protecting Public Safety Officers

MEDICAL PRODUCTS

Continuous Home Monitoring
Remote Patient Examination
Infant Vital Signs Monitoring
Sleep Studies Monitoring

MILITARY PRODUCTS
Battlefield Combat Care Solution
 


Overview

By incorporating a customizable range of information processing capabilities from simple voice and vital signs monitoring to personal area networking for today's mobile individual, the Smart Shirt System enjoys applicability across a large number of commercial settings encompassing a wide breadth of the population spectrum. Sensatex will offer innovative products for individuals interested in weight loss, personal fitness, athletic performance, search and rescue, and medical monitoring. The following paragraphs outline a number of near-, mid-, and long-term applications where on-body information processing and transmission is in high demand and could prove highly beneficial.

Though the different applications of the Smart Shirt technology will require widely varying degrees of System hardware and software complexity, the first commercial generation of the Smart Shirt System will have the ability to collect information from a sensor suite that includes heart rate, respiration, temperature, and voice readings. The Smart Shirt's proprietary "plug-n-play" capability offers the potential to integrate a wealth of additional sensors and electronic devices that meet a wide variety of additional end-uses.

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CONSUMER PRODUCTS


Maintaining a Healthy Lifestyle

By offering a system that successfully integrates fitness assessment and health management, Sensatex will guide consumers in achieving and maintaining a “healthy lifestyle.” There are currently 55 million Americans trying to lose weight, and about 50 million frequent participants in athletic activity. By using the System to measure biometric data, many of these individuals can directly gauge the physical effects of exercises (e.g. jogging, aerobics, cycling, skiing) and everyday activities (e.g., walking, mowing the lawn), information that can be integrated in a comprehensive program to help manage a person’s healthy lifestyle. From maintaining a healthy diet and fitness regimen to regulating nutrition and stress levels, a vast number of people are interested in regularly monitoring lifestyle habits. With critical real-time and historical data, individuals can subsequently modify their behavior to work towards overall health and well-being.

Individual Athletes/Team Sports

The SmartShirt System is also valuable for athletes in individual and team sports. Currently, there are 96,000 teams and 3.4 million athletes in the United States who could benefit from practicing and competing with the SmartShirt System. Trainers can use the handheld device to continuously monitor athletes’ vital signs to enhance their performance and ensure their physical safety. Coaches will have access to real-time player data for providing instantaneous feedback and historical data for tracking progress. Microphones and speakers on the Shirt will permit two-way voice communication between player and coach. Additionally, coaches can ensure the physical safety of athletes with the ability to methodically avoid overworking players.


SEARCH AND RESCUE

Protecting Public Safety Officers

In light of the recent terrorist attacks, Sensatex plans to develop a SmartShirt System specifically for the protection of public safety personnel, namely firefighters, police officers, and rescue teams. Used in conjunction with a wireless-enabled radio system, the SmartShirt can monitor the health and safety of public safety personnel/victims trapped in a building or underneath rubble with the ability to detect the exact location of victims through positioning capability. In addition to monitoring vital signs, the System will be able to detect the extent of falls, detect the presence of hazardous gases, offer two-way voice communication, and detect the location of gunshot wounds and for police officers or national guard.


MEDICAL PRODUCTS

Continuous Home Monitoring

Care for ambulatory and post-cardiac patients often necessitates continuous monitoring of vital signs. Arrhythmia and myocardial ischemia, in particular, can occur sporadically and easily forego detection by a standard EKG reading. The SmartShirt can continuously collect and transmit vital signs data to existing monitors or the Internet. The first commercial generation of the Smart Shirt System will monitor EKG, heart rate, respiration, temperature, and pulse oximetry readings. The SmartShirt can also be used to monitor vital signs data in infants with disorders such as apnea, airway obstruction, prematurity, respiratory synctial virus, gastroesophageal reflux, and seizure disorders.

Remote Patient Examination


The SmartShirt System can also provide remote examination capability for patients in nursing homes, at home, or even while being transported via ambulance. The System will be able to collect health data in a comfortable manner and will also ensure that sensors are properly placed on the patient. The data can then be transmitted to the patient’s physician or a facility (including the emergency room) that possesses the proper expertise to assess the patient’s condition. The system for this application will include the capabilities described previously and will also provide capability for 12-lead EKG (with new sensors that are embedded into the garment), remote stethoscope monitoring, and voice communication with the patient.

Infant Vital Signs Monitoring

Infants can be prescribed home vital signs monitoring for a host of different indications, some of which include apnea, prematurity, gastroesophageal reflux, infantile spasms. New trends in pediatrics are also contributing to an increase in the use of home monitoring. Infants under one year of age with Influenza or Respiratory Synctial Virus (RSV) are being less frequently detained at the hospital, and more often treated at home with the assistance of a vital signs monitor. With 33% of newborns likely to suffer from Influenza before the age of one, and more than twice that number for RSV, the growing trend in medical practice towards home monitoring could make the infant monitoring market potentially very large.

Image shows Infant being monitored by 3rd Generation Prototype of Sensatex Smart Shirt

Sleep Studies Monitoring

There are estimated to be 40 million people in the United States with chronic sleep disorders. These include 18 million adults with sleep apnea, as well as those with insomnia and narcolepsy. Loud snoring, observed episodes of apnea, nocturnal choking, daytime sleepiness, hypertension, and moderate to severe obesity are all symptoms of sleep-related disorders. Of this vast population, 95% go untreated, due probably to the inconvenience of full-channel polysomnography (PSG), the traditional method of diagnosis. The Sensatex sleep study product, with a sensor suite to measure EKG, pulse oximetry, and body position, if proven convenient and effective, has the potential to awaken a vastly untapped market.


MILITARY PRODUCTS

Battlefield Combat Care Solution

The SmartShirt was originally funded by DARPA for the purpose of detecting bullet penetration, transmitting soldiers' vital signs to a remote medical triage unit, and ultimately saving lives on the battlefield. Sensatex expects to complete the design of an enhanced Smart Shirt System that could be used in military applications. This System will be able to fully withstand battlefield conditions and interface with the military's existing radio systems to create full Information Node Capability and Physical Condition Monitoring for the individual soldier.

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