Man
Professional
- Messages
- 3,085
- Reaction score
- 623
- Points
- 113
• The carder requests a small withdrawal.
• When the ATM dispenses money, the fraudster takes a bill and, while the shutter is open, inserts a “device” into the shutter (the teeth are bent - it works on the principle of a fish hook - the stack of bills slides forward along the guides, but will not pass back, the fork has a curved “handle” that allows the shutter to close).
• The shutter closes - the “device” is inside and partly outside. The sensor records the closing of the shutter.
• The carder makes a request for a second amount, this time a larger one.
• Before dispensing money, the shutter is blocked, for example, with a finger, to prevent it from opening.
• The ATM thinks that the shutter has not opened - the money is not available, a reversal must be made.
• The ATM makes a reversal, but the “device” keeps the stack of bills from returning to the reject cassette, although the belts are working to pull the stack into the reject cassette.
• Since the money did not reach the rejected cassette (delayed by the "device"), and passed, at most, the TSen 3 sensor, and did not reach the final sensor, the ATM records a banknote jam - Currency jam in presenter transport or transport sensor failure.
• The fraudster breaks the shutter, pulling out the "device" with the money.
• Since the ATM made a reversal, this money is again available on the card, and the operation can be repeated. Which is usually done on other ATMs.
The fork works like this - Insert a drop card and withdraw, say, 100 rubles, the ATM gives them out.
Insert the fork and take this money.
The ATM closes the shutter and after that you insert the card again, but
with the fork inserted into the ATM and order a large amount.
The ATM starts clicking off money into the dispenser and cancels the operation because it cannot issue money. After canceling, the money you withdraw is not written off from the card.
It remains on the card, but the money that the ATM has counted out is already in the dispenser inside the ATM and when it is counted out, it goes into the fork.
After that, the ATM goes into service mode and you simply lift the dispenser shutter and take out the money along with the fork.
The downside is that almost all ATMs freeze after one such action and if you are working with a fork, you will have to visit several ATMs overnight.
Tested on NCR 86 and 87 models, I can't say anything about the others.
The most common are street NCR 5887.
We do a test issue, the bill comes out, we insert the fork between the upper and lower belt in the center,
we push it in all the way so that the bend on the folding handle rests against the belts. The curtain starts to close. To make it easy to lift the curtain later,
we catch it with a 1mm plate on top, but this is not necessary, but if you do not do this,
then you will have to use a powerful screwdriver to pry the curtain and open it. Then we issue a large amount.
The money supply has started, at this point we hold the curtain tightly so that it does not open. The ATM sees an error, issues a check with it or goes into reboot.
We open the curtain with a screwdriver, take out the plug with money. Some
ATMs do not even go into service mode. (DO NOT FORGET THE SCREWDRIVER)
1. We insert very carefully and pull out also so as not to tear off the whiskers since they are attached with a separate
component and some, when something got stuck, simply pulled the plug hard and they flew off.
2. If you still install a millimeter plate, do not overdo it and do not make it thicker, otherwise
the ATM will go offline prematurely when it snaps the curtain.
3. It happens that when they just insert the plug, they do not have time to insert it or they insert it crookedly and therefore
the belt drive of the dispenser cannot spin and the ATM freezes again.
In principle, it is not difficult to work with it, just do everything carefully and you will have to learn.
Many people do not succeed the first time.
4. The card you work with lives a maximum of 3 days and everything will be discovered when the collection service sees the shortfall.
There are usually no sensors.
• When the ATM dispenses money, the fraudster takes a bill and, while the shutter is open, inserts a “device” into the shutter (the teeth are bent - it works on the principle of a fish hook - the stack of bills slides forward along the guides, but will not pass back, the fork has a curved “handle” that allows the shutter to close).
• The shutter closes - the “device” is inside and partly outside. The sensor records the closing of the shutter.
• The carder makes a request for a second amount, this time a larger one.
• Before dispensing money, the shutter is blocked, for example, with a finger, to prevent it from opening.
• The ATM thinks that the shutter has not opened - the money is not available, a reversal must be made.
• The ATM makes a reversal, but the “device” keeps the stack of bills from returning to the reject cassette, although the belts are working to pull the stack into the reject cassette.
• Since the money did not reach the rejected cassette (delayed by the "device"), and passed, at most, the TSen 3 sensor, and did not reach the final sensor, the ATM records a banknote jam - Currency jam in presenter transport or transport sensor failure.
• The fraudster breaks the shutter, pulling out the "device" with the money.
• Since the ATM made a reversal, this money is again available on the card, and the operation can be repeated. Which is usually done on other ATMs.
The fork works like this - Insert a drop card and withdraw, say, 100 rubles, the ATM gives them out.
Insert the fork and take this money.
The ATM closes the shutter and after that you insert the card again, but
with the fork inserted into the ATM and order a large amount.
The ATM starts clicking off money into the dispenser and cancels the operation because it cannot issue money. After canceling, the money you withdraw is not written off from the card.
It remains on the card, but the money that the ATM has counted out is already in the dispenser inside the ATM and when it is counted out, it goes into the fork.
After that, the ATM goes into service mode and you simply lift the dispenser shutter and take out the money along with the fork.
The downside is that almost all ATMs freeze after one such action and if you are working with a fork, you will have to visit several ATMs overnight.
Tested on NCR 86 and 87 models, I can't say anything about the others.
The most common are street NCR 5887.
We do a test issue, the bill comes out, we insert the fork between the upper and lower belt in the center,
we push it in all the way so that the bend on the folding handle rests against the belts. The curtain starts to close. To make it easy to lift the curtain later,
we catch it with a 1mm plate on top, but this is not necessary, but if you do not do this,
then you will have to use a powerful screwdriver to pry the curtain and open it. Then we issue a large amount.
The money supply has started, at this point we hold the curtain tightly so that it does not open. The ATM sees an error, issues a check with it or goes into reboot.
We open the curtain with a screwdriver, take out the plug with money. Some
ATMs do not even go into service mode. (DO NOT FORGET THE SCREWDRIVER)
1. We insert very carefully and pull out also so as not to tear off the whiskers since they are attached with a separate
component and some, when something got stuck, simply pulled the plug hard and they flew off.
2. If you still install a millimeter plate, do not overdo it and do not make it thicker, otherwise
the ATM will go offline prematurely when it snaps the curtain.
3. It happens that when they just insert the plug, they do not have time to insert it or they insert it crookedly and therefore
the belt drive of the dispenser cannot spin and the ATM freezes again.
In principle, it is not difficult to work with it, just do everything carefully and you will have to learn.
Many people do not succeed the first time.
4. The card you work with lives a maximum of 3 days and everything will be discovered when the collection service sees the shortfall.
There are usually no sensors.
