Hack Your Access Control With This $30 HID 125kHz Card Copier By Brian Rhodes, Published May 01, 2017, 05:24pm EDT You might have heard the stories or seen the YouTube videos of random people hacking electronic access control systems. Prepaid Credit Card Money Adding Hacking Software Codes and Scripts Downloads Free. CardCheck COM DLL provides credit card validation for web pages, applications and documents. This script validates a credit card number the user enters based on the rules of that card such as the value of first digit, the number of digits, as well as several.

1. Smart Card Software Free
2. Smart Card Reader Writer Software

A smart card looks like a credit card, but unlike a credit card, which just has a magnetic stripe, a smart card contains a chip with customer information. The information may include not only data.

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download tools and instruction hereThis project details how to build a Smart/SIM card reader/writer for experimentation and investigation of SIM & Smart cards.Once the reader design is built, the open source software can be used to read from and write to the card. Together they can be used to backup/restore stored SIM card data, recover deleted SMS’s and phone contacts, examine the last phone numbers dialed, etc.
In this Tutorial we create a sim card reader kit.

1.Tools:

There are a few tools that are required for assembly. None of these tools are included. If you don’t have them, now would be a good time to borrow or purchase them. They are very very handy whenever assembling/fixing/modifying electronic devices!.Go Your hardware Shop and buy Tools.

• Soldering iron.
• Solder.
• Multimeter/Oscilloscope.
• Flush/diagonal cutters.
• Desoldering tool.
• ‘Handy Hands’ with Magnifying Glass.

2.Part List:

Name	Description	Data Sheet	Qty
PCB	Printed circuit board		1
J1	SIM card holder	FCI 7111S2015X02LF	1
X1	3.579545 MHz (“colorburst”) crystal	Generic	1
X1	DB-9 female connector w/solder cup	Norcomp 171-009-203L001	1
IC1	CMOS Hex inverter	74HC04N	1
IC2	7805 (TO-220 package) or 78L05 (TO-92) 5V regulator	78L05	1
Q1	NPN transistor, EBC pinout Such as PN2222 or 2N3904	PN2222	1
C1	0.1uF ceramic capacitor	Generic	1
C2 C3	18-22pF ceramic capacitor	Generic	2
C4	100uF / 6.3V capacitor(or higher!)	Generic	1
LED1	Green or red 3mm LED	Lite-On LTL-1CHG or similar	1
D1	Power diode	Generic 1N4001	1
D2 D3	5.1V Zener diode	1N5231B	2
R1	1/4W 5% 1Meg resistor Brown Black Green Gold		1
R2, R7, R8	1/4W 5% 1.0K resistor Brown Black Red Gold		3
R3, R4, R5,R6	1/4W 5% 10K resistor Brown, Black, Orange, Gold		4
FTDI	6 Pin header		1
BATT	9V battery clip	Generic	1

3.Circuit Diagram:

4.Solder It.

After a Solder Your Circuit Look Like This.
Now we Create a own Sim Card reader…
In First Tutorial We Create a Hardware For Sim Card Reader,Now We Learn How To Use It.

Inserting SIM cards:

Inserting the SIM card is fairly straight-forward.First verify that any cables and/or batteries are disconnected.This is the safest way to insert and remove cards.
Slide the holder away from the power LED (look for the OPEN-> indication on the card holder), the holder will pop open.
Slide the SIM card in so that the contacts face up and the notched corner is on the bottom. The holder is designed so that cards can’t be placed backwards.
To remove a SIM card, disconnect all power and cables, then reverse the steps.

Connecting to a serial port:

If you’re using a serial port or a USB-to-serial converter with a DB9 connector, the board needs to be powered with a 9V battery.
The green LED should be lit indicating power good.
Then connect the DB9 cable to the side. That’s it!

Connecting with an FTDI cable:

An FTDI cable (5V or 3.3V version) can also be used.What’s nice about these is that they provide a regulated 5V supply so a 9V battery is not needed!
Simply connect the cable to the header.Make sure the black (ground wire) is on the left as shown.The green LED should light up.

Running the pySim software:

In order to send and receive data from the SIM card,we will use the free and open source software pySIM.This software does pretty much everything the expensive, proprietary,’forensics’ software out there does!It can back up and recover deleted SMS messages & phone book entries,determine the last numbers dialed,and extract serial number information.
Download From Here:pySim Win32v2
To run the software,double-click on pySimReader.exe (Windows).

Connect:

First thing is to connect to the reader.Plug a serial cable from the reader to the computer’s serial port.
If your computer doesn’t come with a serial port (say, newer PCs and laptops),a USB-serial converter will work just fine. Now its time to figure out what COM/serial port you are using.By default almost all Windows computers have only COM1 but if you are using a USB adaptor or have a different configuration,you will have a different COM port.Open up the Device Manager (under the System control panel) and look under Ports.
Click on Connect Reader and select the serial port.
Click OK to connect to the reader.The debug window should pop up and display information send and received from the SIM card.
As long as some data was exchanged, the communication is working fine.

Reading and writing data to the SIM:

Now its easy to get the SMS and phonebook data.Use the menu commands to read,write,import and export data.
When you’re done.Click on Disconnect,remove the serial cable,disconnect the 9V battery and then remove the SIM.

Check This Links First Then You Understand How To Create a kit For SIM Card Hacking

in this article we make a clone simcardOr How to hack another simcard for making a call and sending a sms and many activities…….

Download From here:

http://www.4shared.com/document/gFkYL7zZ/CLONING_OF_SIMCARDS.html

Clonning Of Sim Card

You might have heard the stories or seen the YouTube videos of random people hacking electronic access control systems.

The tools that claim to do this are available widely, including at eBay for just $30 [link no longer available].

We bought one of these cheap gadgets, shown below:

Inside, find our full test results, including a demo video of how easy it is to do, how widely these cards are deployed, and what steps you can take to cut the risk.

Easy HID Card Copies

Our demo video below shows how the $30 copier can be used in seconds to spoof HID 125kHz formatted access cards:

In our test, we copied multiple 125 kHz formats and tested them on multiple readers. While very cheap, the card copier did not malfunction or create corrupted copies in any of the 15+ cards we copied.

The Big Risk

Indeed, to access control systems, these copies look identical to legit cards. The screenshot below, for our test shows that multiple copies are indistinguishable from the HID factory original:

The risk is that unauthorized copies can be made and used to gain access, with no outward sign or record of being a duplicate.

Smart Card Software Free

Formats Matter

One specific caveat to this test: not all card types and formats are at risk. This particular tool can be used to copy 125kHz card types, including popular HID Prox, ISOProx, and Prox II formats, and several others commonly used in access control such as EM4100 and AWID formats.

Specifically this tool cannot copy any 13.56MHz 'Smartcard' formats like HID iClass, or DESFire/MIFARE varieties. One of the major differences between those formats is 13.56MHz formats are encrypted and the data they hold must be first decoded by the companion reader with a specific 'key' value, otherwise the information they transmit in open air is heavily hashed and obscured.

However, most 125kHz formats are simply not encrypted at all. This means the process of copying them simply energizes the card, and stores the information it broadcasts. Card details are stored on the card exactly as the system uses them, so sensitive card numbers and facility codes are easy to pull from thin air.

Vulnerable 125 kHz Common

Smart Card Reader Writer Software

Despite the risks of unsecured 125 kHz cards and fobs, they are commonly used and even preferred by many installers and end users. In our Favorite Access Control Credentials 2016, those vulnerable types command 32% of the favorite votes:

Indeed, these credentials vulnerable to copiers are still used in tens of thousands of systems, with millions of issued credentials circulating every day.

Cheap & Easy To Get

The copier we tested was purchased for $30 shipped [link no longer available]. Overall, the price of the unit tested was slightly higher due to the configuration of copying HID formats, but units as low as $10 [link no longer available] can be purchased to copy basic EM4100 formats alone.

The kit we purchased was shipped with several blank re-writable keyfobs, but were not a suitable blank format needed to copy HID cards. So we bought a box of HID compatible card formats (T5557) for $0.35 cents each, for a total test package costing less than $45.

The chilling lesson is these products are very inexpensive, readily available, and sold by multiple vendors eager to ship next day with no questions asked to anyone, crook or honest.

How It Works

The device used to copy the cards works much the same way as normal card readers, with transceiver coil, power supply, IC chip, buzzer and even LEDs components shared by both:

Given the principal operation of contactless card readers, the copier excites the coil and delivers power wirelessly to the card, which then momentarily stores energy and then uses it to broadcast card details back to the copier. The image below shows a transparent example of a card, revealing all these components:

The copier includes a small amount of memory to store those details, and then pushes them to a blank card, writing them permanently as a copy. Driver updater with serial key.

Near Contact Required

One particular factor of this unit are cards to be copied must be held close to the copying antenna to work, a distance of less than 1'. This is somewhat a benefit to cardholders, because someone bent on stealing and spoofing card details must be very close to do it.

However, the time needed to steal the information is fast - less than 5 seconds, and it is conceivable that someone could have card details copied and stolen without realizing it, especially in crowded groups of people.

But the method used by this device is available in other forms functional at longer distances - some claiming 5 feet range or more and often using modified off-the-shelf long range readers:

These longer range copiers are much more expensive ($500+ vs. $30), physically larger, and require more power than 2 AA batteries. However, carrying the components covertly in a backpack or briefcase means that those stealing cards can just blend in better with crowds.

Mitigating This Risk

So what can be done to prevent this exploit? The most straightforward step is to discontinue using HID (or any) 125 kHz cards, fobs, and readers and switch to encrypted and hashed 13.56 MHz formats. For more details, see our Hackable 125kHz Access Control Migration Guide.

Given current pricing, the higher frequency types are more expensive, but only a modest 15% - 25% more, and frequently offered at pricing the same or under the less secure 125 kHz types.