The K1 was designed to be highly flexible to meet any customer’s unique needs. Healthcare providers, government offices, retirement communities, factories, corporate offices, schools, universities, and public transportation are just a few examples of the types of organizations that use the MTRX K1. The MTRX K1 is a free standing, disability compliant, multi-language device. Using computer vision and object classification technology, the K1 can be used to determine if people are wearing masks. The K1 can also be programmed with mandatory screening questions which are required by law in some jurisdictions globally.
The K1 takes over 450,000 measurements per second of the heart, lungs, and multi-point temperature of the person being scanned. This is a significant advantage over any other technology on the market. The combination of millimeter wave scanners, time of flight sensors, and thermal sensors enables the system to measure the physiology (temperature, respiration rhythm, heart rh...
The K1 was designed to be highly flexible to meet any customer’s unique needs. Healthcare providers, government offices, retirement communities, factories, corporate offices, schools, universities, and public transportation are just a few examples of the types of organizations that use the MTRX K1. The MTRX K1 is a free standing, disability compliant, multi-language device. Using computer vision and object classification technology, the K1 can be used to determine if people are wearing masks. The K1 can also be programmed with mandatory screening questions which are required by law in some jurisdictions globally.
The K1 takes over 450,000 measurements per second of the heart, lungs, and multi-point temperature of the person being scanned. This is a significant advantage over any other technology on the market. The combination of millimeter wave scanners, time of flight sensors, and thermal sensors enables the system to measure the physiology (temperature, respiration rhythm, heart rhythm) in greater detail compared to any gold standard measuring device. Over a period of 9 seconds, the system analyzes over 4 million independent physiologic measurements to evaluate the person’s health. The K1 system then analyzes the combination of these measurements to determine whether or not a person is healthy or potentially has an infectious disease like COVID-19. The K1 also uses machine learning to help discern between different infectious diseases like the flu, the common cold, or COVID-19, or chronic conditions which cause people to have temperatures like cancer. Compared to other temperature taking or screening technology, this significantly reduces the amount of false positives and false negatives during health screening.
By default, the K1 does not collect any identity or personal identifying information. However, some organizations may require that health screening is verified and linked to identity based on organizational policy or to comply with various government regulations globally. To provide added value to these users, the K1 has the ability to link to identity in various ways
(i.e., facial recognition, IDs, Bluetooth, RFID, QR codes, NFC). In these use cases the K1 is more powerful. After several repeated measurements of the individual, the K1 compares the measurements of the person against their past measurements. This enables the K1 to determine when the person is not healthy compared to their own baseline and history of measurements.
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Andrew Huff CEO Improving health globally.