What is dump and how to cash out dumps

Hi. Today carding is known everywhere in the world. If you want to understand how the carding works you’re in the right place.

 

Dumps are used by carders to clone real cards and then use the clones as the genuine. So, those clones are duplication of the real cards and can be used like the real cards. How is it possible?

The answer is Dump!

 

So what is dump? And here is the answer. Dump is a bank data connected to a bank account and encoded to the magnetic strip of the bank card. So each card is attached to a bank account. The card is a terminal which allows the account owner to access his account fund without necessity to walk into the bank. Cards can be used with ATM or POS, this are also bank terminals. So if someone gets access to the information stored in the magnetic strip of the card then he has full access to the owners card account and the money saved in it.

 

That is not difficult to steal a dump from the card. Dumps obtained by skimming, sniffing or hacking. So each and every time a person pay with the card he or she assume the risk that the card data could be stolen.

 

Bank dumps have usual 3 tracks, but if any of the 3 tracks is correct and there is a sufficient quantity of funds on account then the card is good to be used and the requested transaction can be approved.

 

Track 1 is the only track of the card which contains the holder name. Carder use to change the name from the track to match with the fake ID's they have or with the name embossed on the plastic. This track is written with code known as odd parity or DEC SIXBIT. Track 1 format is

B5466160081187237^SHORT/JAMES D ^140910100000023001000000415000000

 

START SENTINEL = is 1 character, usual %

FORMAT CODE = a single character, financial cards format code is B

PRIMARY ACCOUNT NUMBER (PAN) = usual is the card number, but not always

FIELD SEPARATOR = financial cards use a single symbol for it which is ^

NAME OF CARD HOLDER = contain 2 until 26 characters

FIELD SEPARATOR = symbol for it  is ^

EXPIRE DATE = in format YYMM (year, month)

SERVICE CODE = three characters

DISCRETIONARY DATA = which may contain PIN VERIFICATION KEY  (it is not the ATM PIN),card verification value ,CVV

END SENTINEL = is 1 character, usual ? 

 

Track 2 it is the track developed by the banking  industry and it is most important track of a dump. Almost all dumps will work if this track 2 is correct. It is written with a 5 bit-scheme, 4 data bits and 1 parity. This track data format is

START SENTINEL = is usual 1 character ;

PRIMARY ACCOUNT NUMBER (PAN) = usual the card number

SEPARATOR = usual symbol = is used

EXPIRE DATE = in YYMM format

SERVICE CODE = a three digits code

DISCRETIONARY DATA = which may contain PIN VERIFICATION KEY  (it is not the ATM PIN), card verification value, CVV

END SENTINEL = usual the symbol ?

 

Track 3 is virtually unused by the major world wide networks. It was developed by Thrift Saving Industry. Points Of Sales does not read this track.

 

SERVICE CODE

 

The card service code is a 3 digits code present in both track 1 and track 2. Each of 3 digits of the code has a meaning and reading this digits together as a service code let us know where and how the card can be used.

 

If the first digit is:

 

1-card is for international use

2-card is for international use but has chip

5-card is for national use

6-card is for national use but has chip

7-card is not good for interchange except for bilateral agreements

9-test card

 

If the second digit is:

 

0-card is normal, without restriction

2-issuer must be contacted via online means

4-issuer must be contacted via online means except under bilateral agreements

 

If the last digit is:

 

0-no restriction but PIN is required

1-no restrictions

2-card can be used for goods and services payment but not for cash

3-ATM use only, PIN is required

4-cash only

5-card can be used for goods and services payment but not for cash but PIN is required

6-no restrictions, PIN should be used where is feasible

7-card can be used for goods and services payment but not for cash but PIN should be used where is feasible

 

So, the card magnetic strip or/and chip contain all the information to access and operate a bank account connected to this card. If someone copied a card magnetic strip, that person can use a machine called MSR, Magnetic Strip Reader-Writer and write the data from the card to another card and use the clone as the genuine card.

 

If you think that it is hard to copy the magnetic strip to a card you must know that a simple swipe to a mini MSR or the swipe of card in a compromised POS is all the carders need to get the data from the genuine card and get the access to the card owners account. So it’s easy to start the business.

 

Be aware of police and have a good luck and lots of $$$.

How to Encode Magnetic Cards

Magnetic-stripe cards are all around us, from credit and debit cards to ID cards used by students and professionals. These cards use arrays of magnetic particles in a black or brown stripe to store digital information in binary form, with the orientation of the particles determining whether each is read as a one or a zero. Several formats are commonly used on magnetic-stripe cards; the most common is ISO 7811, types one through six. Most card readers can write to this format, and most are capable of writing three "tracks" simultaneously (some have as many as six independent tracks, on which different information may be written simultaneously).

Install the software included with the card encoder on the desktop or laptop you will use to write cards. The software typically comes as a disk which, when inserted into your computer, will install the software automatically. Follow all of the instructions that come up on the screen after you insert the disk.

Connect the card encoder to the computer on which you have installed the encoder software. Most encoders interface with the computer via a universal serial bus (USB) port. These are common to all personal computers and are the same type of port used to interface with external memory devices like thumb drives and external hard drives. Your computer should alert you that a new piece of hardware has been installed, and a small light may illuminate on the card encoder to signal that it is functioning.

Open the card encoder software. You should see a window with several text boxes (corresponding to the tracks the encoder can write simultaneously) in which you can enter the information you wish to be encoded onto the card. Enter the appropriate data into the text boxes, then click the "Write" or "Encode" button in the window. Immediately swipe the blank card you wish to write to through the slot in the encoder in the orientation indicated by the included instructions. The card should now be encoded.