When the security inspection industry is very mature or even saturated, it will enter the field of human security inspection. Does the health screening program provided by the aerospace industry provide the “niche” needs or is it sufficient to open up industrial innovations in the industry?
'No radiation' Is the public's hidden demand?
(Comparison of the advantages and disadvantages of X-ray security inspection and millimeter wave security inspection)
In 2016, the introduction of the name of “weak photon” in an airport in China led to a controversy over the X-ray system. In accordance with the relevant requirements of the national standard “Basic Standards for Ionizing Radiation Protection and Radiation Safety”, the Ministry of Environmental Protection issued a Ionizing radiation equipment must not be used for large-scale detection of human-related census. The use unit should strictly limit the scope of use and the object, and must not be used on a large scale for public use in public places.
In various forums and web pages, discussion of the radiation safety necessary for the public inspection of public places is not uncommon. 'The amount of radiation will exceed the standard' and 'Radiation will accumulate'. Problems such as this lack professional answers.
The public’s concern about the quantity of screening radiation is not unreasonable, and the concern for health is no longer an implicit requirement. Technology provides a safe public environment. Technology should also protect the public from unnecessary radiation.
Contrary to the ongoing debate over 'safety dose' in China, non-radioactive millimeter wave screening equipment has long been popular in airports in Europe and the United States.
Supervision may be absent. For the security of the old bank, aerospace will not be absent. After grinding for eight years, the astronauts have come up with an 'safe' security check program.
This millimeter-wave security solution with completely independent intellectual property rights, the core technology comes from the transformation of military technology, millimeter wave does not penetrate the body, only acts on the skin, and is less than one-thousandth of the radiation of mobile phone signal, for all skin and above. The material performs millimeter-level imaging. It breaks through the blind areas of non-metallic objects in the traditional security inspection system and can accurately identify liquids, ceramics, and gels.
(AI Human Security Tester passed a number of authoritative certifications)
Millimeter wave security instrument has passed the authoritative inspection of the inspection department, the data is open. 'The public's appeal should be taken seriously, extensive security will be replaced by health screening.'
Privacy in public space should not be protected?
The implementation of millimeter-wave system security inspection in Europe and the United States is not easy. Since millimeter waves can penetrate clothes and act on human skin, they can perform high-definition imaging of human appearance, so there are concerns from the public about the privacy. The United States airport is implementing millimeter waves. During the security inspection, there was such opposition.
Does public domain security infringe personal privacy and how should it be protected?
Astronauts use artificial intelligence technology to do privacy filtering with the machine to completely protect the privacy of the examinee. The highly intelligent artificial intelligence processor can recognize the human face, sex organs, and block the privacy zone.
(Using virtual human mapping technology to intelligently protect personal privacy)
Compared to the airport once used to operate the security tester, one could not look up the privacy check result screen and could not look up this privacy solution. It is obviously much better to hand over the privacy issue to the machine. The result of the machine identification interpretation is shown on the security check by the mapping technology. On the external display of the instrument, not only information about sex organs, but also human information such as tall, short, fat, and thin, are not displayed in public places, and they are the most deterrent to public ambivalence.
Obviously, for a large number of public places in China that are widely used for security inspection, health screening is no longer a problem, but a multiple-choice question.