Our Mirada Rapid
Mirada Rapid, a facial recognition-based thermal scanner combines AI technology and Blackbody technology-an advanced body temperature measurement technology, for body temperature screening and provides maximum efficiency at the best price.
The AI Body temperature measurement technology recognizes human bodies and detects the body surface temperature by accurately locating the forehead area and measures their temperature accordingly. It can easily distinguish between humans and other hot objects. The Thermal imaging camera captures and detects fever which can be caused by the Coronavirus, COVID-19 or even the flu.
The body temperature scanner detects the best body temperature measuring area and tracks the forehead and reports in back the measurement on a monitor. Further, the temperature measurement distance is estimated and the temperature difference is compensated.
Mirada Rapid uses advanced facial recognition technology which is a combination of two infrared cameras and regular video cameras in coordination with deep learning technology.
Through these advanced technologies, Mirada rapid can perform fever screening through a fever scanner and detect people having a higher body temperature than the specified temperature. With Temperature screeners, it can detect a large number of people at a time, even among a crowd by using data from their physical condition and face identification. It can record the temperature with just the image of the face in the system and can also detect the temperature of a person wearing a surgical mask.
The Latest Algorithm Model only requires minimal resources, consumes less power and provides accurate results. Through the use of the Passive Blackbody which is the world’s most advanced thermal camera temperature measurement technology, it can provide real-time, accurate inspection results in diverse environments.
Once the test results are issued from a recognized Instrumentation Institute, the body temperature scanner can instantly detect the temperature of the person. Its accuracy in the range of 30-45°C to detect the variation is as high/low as 0.1 degrees in lab environments.
