Shenzhen Lufei Intelligent Innovation Technology Co., Ltd.
Wireless core body temperature monitoring sensor – a non-invasive human core body thermometer that measures the temperature and vital signs of passengers. It can be installed in self-driving cars or aircraft seats for real-time health monitoring and emergency prevention as an IoT device.
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It is difficult to detect driver health abnormalities (such as fainting) early while driving, and real-time core body temperature monitoring is difficult in sports or telemedicine.
Existing forehead thermometers measure only surface temperature, resulting in low accuracy, and wearable deep body thermometers require cumbersome sensor attachment.
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Kamingo combines the LSM6DSV320X 6-axis IMU sensor and ThermoSafer XST600 core body temperature technology to accurately calculate core body temperature through a body movement compensation algorithm[100].
In other words, AI compensates for changes in body surface temperature caused by movement to estimate core body temperature, maintaining accuracy even when the wearer is not still.
This sensor operates completely wirelessly and can be attached to a suitable location such as a car seat or chair, allowing passengers to monitor their temperature and condition without even noticing.
This allows the system to sound an alarm or, in the case of a self-driving car, switch to safety mode to prevent accidents if a passenger in the vehicle suddenly develops a high fever (e.g., heatstroke in an enclosed space) or an abnormal heartbeat.
It can also be worn during sports to alert the coach when the core temperature rises rapidly (risk of dehydration), expanding its range of applications.
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Automobile manufacturers (B2B) – especially autonomous driving shuttles or airlines (B2B) can adopt it for safety and service reasons.
Also, sports teams, the military, and remote patient monitoring medical institutions are also potential buyers.
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Demand for non-contact health monitoring has increased since COVID-19, leaving room for expansion into various fields such as public transportation and building entrance screening.
However, the collection of medical data such as body temperature may be subject to privacy and regulatory issues, which must be resolved upon commercialization.
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The ability to "measure core body temperature even in moving people" was received with freshness, and the technological prowess was also recognized with the Innovation Award.
However, there were also skeptical views about marketability, such as "It is uncertain how much interest vehicle manufacturers will have" and "Will it have an advantage in competition with wearables?"
In summary, the technology is excellent but is evaluated as lacking a clear killer application.
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⚠️ Impressive technology but market uncertainty – It is a unique sensor, but it is questionable whether conservative industries such as vehicles/aviation will adopt it quickly, and it is necessary to explore a suitable business model.
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