Every type of lock can pick a lock or can they? (Can we cheat the biosensor?)

 

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Every type of lock can pick a lock or can they? (Can we cheat the biosensor?)

There are tales that every lock in the world can pick a lock. The fact is that picking the lock is a little bit different than breaking the lock or kicking the door inside. If the lock is just broken the owner of the house or room would notice that there were some quests, that are not called, and then that person would start the actions for minimizing damages.
 
Picking the lock means that the thief would slip in, and leaves the room without a trace. And that thing is important if somebody wants to steal passwords. If the lock is broken the security personnel starts immediately counter actions by chancing or resetting the passwords. So if somebody wants to steal passwords to servers that thing must happen without trace or the target will be alarmed.

Nanotechnology allows making the bar, where are the small pistons, what can follow the serration of the keys of the lock makers. And the microchip of the key can also copy if there is that kind of system. The microchip and a certain series of serration must be programmed identically. So if the microchip uses a different code than serration that should cause alarm.

One of the easiest things for picking the lock is the electric lock where the keycard has a certain form of holes. In some cases just making the similar form of the holes to the plastic plate by using a punch, what makes the similar size of holes to the plastic plate. Then the burglary can just take that form from some keycard, and make those holes by hands. In some cases, the QR-code is opening the lock, but there is the possibility that somebody takes a photograph of the image, and uses that thing in locks.

There is the possibility that some high-tech solutions have the pigment plate, which would turn dark, and that screen can make every form that is possible on that plate. The idea of those holed cards is normally simple. The light will go through those holes, and then certain photovoltaic cells are getting light if they are at the line of the hole of the keycard. The security can increase by using also the electric system, which is used in chip cards. That kind of system makes copying the keycard more difficult because that process requires also skimming the microchip, what is in the keycards.

So only combinations are safe. A combination of the electronic system that uses holes and microchips might be safe. But there is the possibility that electronic keys are superpositioned. In that case, the high-power radio impulses would send through the keycard, and that thing could make it possible that the code that is stored in the memory of the lock would change to the code, what is send to that microchip. Or the data of the wanted keycard is stored to the high-power radio transmitter and then simply sent to the key. Sometimes the locks are open when the high-power EMP-signal would shoot to lock and break the microchip.

Things like fingerprints can be faked by using modern high-tech machine tools. The lasers can make the micro-inscription to the rubber gloves, or some other rubber products. And those lasers can make a copy of the fingerprints. Then those gloves can pull to hand and they can open the lock. The retina scanner can cheat by using the contact lenses where is made the image of the wanted retina. That kind of thing can be made by using accurate printers. This thing is not so easy to make in practice, but as we know that the sensor makers realize this kind of threat. There is also the possibility that somebody tries to cheat the retina scanner by using the film, which is shown on the screen of a laptop or mobile telephone.

This kind of thing can deny by using scanners that are using more bodyparts like palms at the same time. That means that person should stand farther and the system scan palms and retina at the same time by using a laser-scanner and zoom objective-based technology. Artificial intelligence can check is there something suspicious near or in the hands of a person. In that case, the laser, the retina scanner, and surveillance camera-images can connect. The scanner can scan biometric details from the long way.

The scanner can take the images from the faces for a long time before a person would reach the recognition point. In that case, the person would go to the corridor or safe area before the sensors. The surveillance cameras will follow the suspicious movements and the system takes images of the faces by using different spectrum lines, which uncovers the contact lenses. If the person would seem nervous the system can mark that person to security personnel.

The sensors of the bio identifiers must equip with an infrared camera, which detects that the blood is flowing and the temperature is right in the organ, which is used in that process. But a thing like thumbs can connect to the blood bags and the life support system by its veins what is just a modified heart-lung machine, what can carry in a briefcase can connect to the veins of cut thumb, and that thing makes that the temperature of that organ is right, and blood seems to flow in it.

Image: https://www.nextpit.com/how-iris-scanner-works