Ultimate Magic Card - Ic/id Card

color : gray,yellow

Desciption : 

Product Introduction

This card supports multiple functions. The ATQA/SAK/ATS/byte length/card number (UID)/M1 area size of any card can be modified at will without any restrictions. It can read and write any block like UID card without password. At the same time, it can also be transformed into an Ultralight card, and it also supports rolling code recovery card mode, and it supports rolling code recovery after key modification. At the same time, it is also a 14B card with a card number that can be modified at will. The card backdoor command supports setting a password. If the password is incorrect, the card configuration cannot be modified. It supports Recovery mode. If the card encounters abnormal interference, it will enter the recovery mode, which can be reconfigured, which greatly reduces the chance of your card being damaged.

Specifications

Protocol: ISO14443-A/B 13.56MHz

Package: white card

Byte length: 4 or 7 or 10 bytes

Card capacity: up to 4K bytes

ATS: Can be modified, or not used

Instructions for use

This card uses private commands to modify internal data. The data supported for modification are:

· ATQA modification

The user can customize ATQA with a length of two bytes, which is the opposite of the result read by Pm3. It should be noted that if the card byte length> 4 bytes, then it must be 004X (Pm3 order)

· SAK modification

Users can customize SAK, one byte

hf 14a raw -s -c -t 1000 cf0000000035

*ATQA may be reversed on Pm3

Example: hf 14a raw -s -c -t 1000 cf0000000035440028

Modify ATQA=00 44 SAK=28 (note that ATQA on Pm3 is reversed)

· ATS modification

The user can customize the ATS of any length, or not open the ATS. It should be noted that when SAK=20,28, ATS must be turned on, otherwise the card will not be recognized!

Set up ATS:

hf 14a raw -s -c -t 1000 cf0000000034

*The length is set to 0, which means that ATS is not sent

*When SAK is 20 or 28, ATS must be set, otherwise the card cannot be read

*The last two digits of ATS are CRC and cannot be counted as length

Example: hf 14a raw -s -c -t 1000 cf000000003406067577810280

Modify ATS to 0606757781028002F0

· Byte length modification

Users can switch between 4, 7, and 10 byte lengths at will

hf 14a raw -s -c -t 1000 cf0000000068

Param=00: 4 bytes 01: 7 bytes 02: 10 bytes

Example: hf 14a raw -s -c -t 1000 cf000000006801

Modify the card number length to 7 bytes

· 14443A/B-UID modification

Modifying block 0 in area 0 means modifying the UID of the card. It should be noted that this area cannot be read and written by password, and must be written through backdoor instructions! See below for details: Read and write any block

· Ultralight protocol switch

Turning on this switch allows to read and write each block without a password. In this mode, if SAK=00 ATQA=0044 (Pm3 sequence), it can become an Ultralight card

Set Ultralight mode

hf 14a raw -s -c -t 1000 cf0000000069

01: UL agreement opened

00: UL agreement closed

· Rolling code restore switch

This mode is divided into four states: off (pre-write), on (on restore), don’t care, and high-speed read and write. If you don’t need it, please set it to “don’t care” to avoid affecting performance. If you use it, please enter the pre-write mode first. At this time, write the full card data. After writing, set it to on. At this time, after writing the data, the first time you read the data just written, the next time you read It is the pre-written data. All modes support this operation. It should be noted that using any block to read and write in this mode may give wrong results.

If it is an Ultralight card, in order to improve the response speed, please set it to “High Speed Reading and Writing”.

hf 14a raw -s -c -t 1000 cf0000000032

—- ———————————————

|Parameter|           Description                                        |

—- ———————————————

| 00 | Closed, shadow data can be written at this time    |

| 01 | Open, start restore                                             |

| 02 | Turn it off completely, as a normal card               |

| 03 | High-speed read and write mode                       |

—- ———————————————

· Any block read and write

Using the backdoor command can read and write any area without password, similar to UID card, it should be noted that this command must be used to modify UID.

Backdoor card reading:

hf 14a raw -s -c -t 1000 cf00000000CE

Backdoor write card:

hf 14a raw -s -c -t 1000 cf00000000CD

· Fast card issue

This operation can directly write all the configurations into the card (except the card number) with one instruction. It is valid in Recovery mode or when the card is issued by the machine.

It is recommended that you use this mode.

· Backdoor password setting

All backdoor operations are protected by passwords. If the password is incorrect, the card will not reply to any information. The user can set the backdoor password to avoid possible card tracking. It should be noted that once the password is forgotten, the card will be scrapped and can only be returned to production again.

Modify the backdoor password

hf 14a raw -s -c -t 1000 cf00000000feaabbccdd

Modify the original password 00000000 to aabbccdd

 Attention

Description of Recovery Mode

The card number becomes: 01023304 and it enters Recovery mode. In this mode, you can only pass

Quick issue

To repair the card.

· Code

1. private string generateSendChangableData()

string bkdat = “CF00000000"+(cmb_fuse.Checked?”F1":”F0”);

bkdat += chk_ul_en.Checked ? “01” : “00”;

if (rb_10b.Checked)

bkdat += “02”;

else if (rb_7b.Checked)

bkdat += “01”;

else

bkdat += “00”;

bkdat += txt_bk_pwd.Text;

this.Invoke(new Action(() =>

bkdat += “0” + cmb_shadow.SelectedIndex;

));

this.Invoke(new Action(() =>

if (cmb_ats_len.Text == “No ATS”)

bkdat += “00”;

else

bkdat += cmb_ats_len.Text;

));

bkdat += txt_ats_dat.Text;

bkdat += txt_atqa.Text.Substring(2, 2);

bkdat += txt_atqa.Text.Substring(0, 2);

bkdat += txt_sak.Text;

this.Invoke(new Action(() =>

bkdat += “0” + cmb_ul_mode.SelectedIndex;

));

return bkdat;

Demo Program

1. FuseTool fast card issuance routine

2. Pm-Proxmark3 Python Write Sample Code

Card variant can change from:

· 

· UID Length

· Card Type

· SAK

· ATQA

· ATS

· Shadow mode – Gen3 GTU (Card data will revert back to known data)

· Bk Password – Custom Backdoor

Known Preset Change Available:

00001. 

1. MIFARE Mini

2. MIFARE 1k S50 4 byte UID

3. MIFARE 1k S50 7 byte UID

4. MIFARE 1k S50 10 byte UID

5. MIFARE 4k S70 4 byte UID

6. MIFARE 4k S70 7 byte UID

7. MIFARE 4k S70 10 byte UID

8. Ultralight

9. Ultralight-C

10. Ultralight Ev1

11. NTAG

· Software: Fuse Tool

ULTIMATE MAGIC CARD (GEN4)

The Ultimate Magic Card is multi-purpose emulation card, supporting customisable card type, card configuration and functionality mode.

It is essentially a completely configurable emulation platform in card format.

Configurable Card Types

The Ultimate Magic Card contains presets of multiple card types:

MIFARE Mini

MIFARE 1k S50 4 byte UID

MIFARE 1k S50 7 byte UID

MIFARE 1k S50 10 byte UID

MIFARE 4k S70 4 byte UID

MIFARE 4k S70 7 byte UID

MIFARE 4k S70 10 byte UID

Ultralight

Ultralight-C

Ultralight Ev1

NTAG

As below, all ATQA/ATS/ATS values are freely configurable allowing for emulation of other or custom chipsets

Configurable Parameters

The card supports configuration of the following parameters:

Preset Card Type

UID

UID Length (4-byte / 7-byte / 10-byte)

SAK (1 byte)

ATQA (2 bytes)

ATS (Custom length / Disable)

Configurable Functionality

The card has several modes of operation, depending on your requirements

Shadow Mode

Shadow Mode, or 'Write once then forget' mode, allows the card to be pre-configured with data. When next updated (ie, via a card reader / access control reader), modifications are temporarily maintained.

The modified data can be read once, and then the card reverts to its pre-configured state.

Shadow Mode is purpose built for in-the-field operations. Previously a card would have to be written, used, read and re-written manually; Shadow Mode takes care of this without any additional hardware.

Recovery Mode

If the card is poorly configured, it can be pushed back into Recovery Mode - preventing unintentional bricking.

Auto-BCC Calculation

The card automatically calculates BCC values, saving time and avoiding making the card undetectable.

Password Protection / One-Time-Write Emulation

Configuration commands can be protected with a customisable password; it will not respond to magic commands or direct writes to restricted values unless the correct password is given, allowing the card to function as a 'One-Time-Write' card.

Programming Compatibility

The card can be programmed on multiple platforms:

iCopy-XS (via the menu with LUA scripts) or in PC-Mode

Proxmark3 RDV4.01 (via manual commands or LUA scripts)

LibNFC (via manual commands)

Windows Platforms + LibNFC reader/writer (via GUI software)

TECHNICAL RESOURCES

Ultimate Magic Card Command Documentation

Proxmark / iCopy-XS LUA Script Documentation

Programming Tool (Windows)

TECHNICAL RESOURCES

Ultimate Magic Card Command Documentation

https://github.com/RfidResearchGroup/proxmark3/blob/master/doc/magic_cards_notes.md#gen-4-gtu

Proxmark / iCopy-XS LUA Script Documentation

https://github.com/RfidResearchGroup/proxmark3/blob/master/doc/magic_cards_notes.md#magic-commands-8

Programming Tool (Windows)

Contact buyer.