Super Sniffer Card 1k & 4k, 4 Byte & 7 Byte

Description

Description

Super Sniffer Card 1k & 4k

Product Introduction

The Super Sniffer card is a kind of card similar to the ChameleonMini that reads the random number in the process of M1 card interaction twice or more. After grabbing, the random number is read out by other software, supplemented by the UID of the card and the MFKey32 algorithm, and the key of the detected card can be recovered. The Super Sniffer card has some storage space inside, which can store up to 7 random numbers of reading head interactions and can modify the card number at any time. The detection card supports 1K & 4K, 4 byte & 7 byte type of M1 card key capture, in the capture key only set a card number, and then put the card on the reading head brush 2~3 times through the other software

Specifications

Protocol: ISO14443-A/B 13.56MHz
Package: White card
UID Byte length: 4 or 7 Byte
Card capacity: 1K &  4k

Once you place the super sniffer card to the RFID reader, the card would copy the sector keys to the card with the UID identified.

Instructions for use

Set desired UID to Super Sniffer Card via Android App or Proxmark3.

Go to the RFID reader and tap the card.

The reader will respond to the card and walk away.

Instructions for using the PM3

Modify the Super Sniffer card UID

Modify the card UID command is:

hf 14a raw -sc -t 1000 cf00000000cd00<UID>

For example, to modify the UID  to ‘04825461’, you should enter a command on the command line:

hf 14a raw-sc-t 1000 cf00000000cd0004825461

Return 90 00 [FD 07] is modified successfully.

Swipe the Super Sniffer card at the header or simulate a “swipe card” with PM3

[If you have a reader, return the detection card 2 to 3 times and continue on PM3.]

The PM3 is used to test the card. The command is hf mf rdbl, reads one or more blocks twice continuously, and requires reads with the same password.The read fails, which is normal. After the read is completed, you can use the detection card read command to calculate the password.

For example:
analog read B584125A3011 read with password zone 00 block:

hf mf rdbl -blk 0 -k B584125A3011

Read the Super Sniffer card and calculate the password

When the detection card has been (simulated) after the credit card. Using the hf mf super command, you can automatically read the sniffing password data from the detection card (PM3 can only read the last key, to read multiple please use the phone APP). Note that before reading the password, make sure that your detection card type (1K & 4K) is in the block area that you read.

For example: Read the key,

hf mf super

Description of mobile phone use

Open the APP, enter the welcome interface, and touch “NEXT” to start using the detection card.

After clicking NEXT, enter the selection interface, and you can choose

☞ to read the key from the detection card: namely, read out the key in the detection card through the phone and display.
☞ starts a new sniffing process for an M1 card: sniffing a previously unsniffing card needs to set the number of the detection card to be the same as the card to be detected, and automatically guide you to swipe your card to sniff and read the key.

UID Reset

The detection card is specially designed, the data does not need to be cleared (erased, formatted, deleted), just modify the card number can start sniffing at any time, the new data will automatically cover the old data

Note:

• There are no versions of the software available for Apple series devices.
• Not all mobile phones support brush detection card reading key, it is recommended to use NXP series NFC chip (such as: PN80T, SN100T) mobile phones.If you do not respond to the detection card on the phone, please change the angle and brush a few times, or reopen the NFC.
• Some phones will leave a [A0A1A2A3A4A5] password in the detection card because the NFC HAL layer of these phones will automatically detect whether the card is a certain type of bus card, and try to read the balance of the card.
• Super Sniffer card stores multiple groups (up to 3 groups) of keys simultaneously. Therefore, an incomplete swipe card will not destroy the previously stored key data, so the card can be assured to swipe on the reader, without worrying about the loss of sniffing content, as long as the sniffing will be able to save the data, as far as possible the card close to the reader and change the angle, in order to improve the success rate of sniffing.