ALTERNATIVE TO SERIAL CLONER CODE
ALTERNATIVE TO SERIAL CLONER PC

A feature can have or not a pointing arrow ('Arrow' checkbox). To decide to Show or Hide all features at once, press the key before clicking on the checkbox. Shown features are listed in Bold characters. One can select whether a feature will actually be displayed on the map (using the 'Show' checkbox). The Edit button is used to toggle between the 'protected' mode where no unwanted modification can be done and the 'Edit' mode. To edit (add/delete/modify) Features, one has to be in the 'Edit' mode. A list of Features is shown on the left double clicking on one will select the corresponding nucleotide sequence. Accessing features in the Sequence window A new tab has been added (Features) that gives access to features characteristics and management. The symbol indicate that this function has been added or updated in V2.1 I. Here are some descriptions and hints about these new possibilities. Handling Features/Annotations Since version 2.0, Serial Cloner handles annotations and features. The adhesive can be scored with a razor knife and pried loose with a screwdriver.1 SERIAL CLONER 2. This can be done with a hacksaw blade laid flat on the surface, but an oscillating cutter will speed up the process. We will, however, cover some highlights related to reader modification.Ī few plastic structures and a coil adhesive will need to be removed from the reader base. We aren’t going to cover all facets of production here, because templates and files are provided at the end of the post. Additionally, the ability to drill >1mm holes for the through-hole components will be required. A third-party fabricator may be considered at a future date, once a pluggable version for easy swap between reader types is designed. Not included are the light box, developer, and etching solution for production. At the time of writing, the PCBs were custom made. A switch was added to the Arduino board for this purpose.įollowing is the bill of materials needed to build the cloner. While there are DIP switches on the reader control board, they are inconvenient for quick adjustment. So as to not draw attention to our activities, disabling the beeper would be ideal. In lieu of the display sourced from Amazon, which could become unavailable, an alternate display was chosen from Sparkfun.

ALTERNATIVE TO SERIAL CLONER CODE

The code was rewritten to take advantage of the stock library. This requirement made setup more difficult than it needed to be. The original design utilized the SDfat library and a specific version of the Arduino IDE. A rear-mounted power switch was added for easy blind location and activation.

In order to conserve battery life, the reader shouldn’t run any longer than it needs to, but removing the cover to power up is cumbersome and could blow our cover. The battery quantity was increased to 16 to achieve a 24VDC supply. The maximum read range of the reader is dependent on the supply voltage. Enhancements include: Higher Operating Voltage Additionally, an alternate display was chosen and the Arduino code was modified to utilize the stock SD card library. While the Bishop Fox design is great, we found that a few enhancements made it more user friendly. This information can then be used to clone the data to a writable 125kHz card. Additional circuitry is installed to collect the card data and store it on a microSD card. Local power is provided by multiple AA batteries. The listed read range is a maximum 29 inches, which is dependent on credential type, operating voltage, and proximity to ferrous and non-ferrous metals. The device may be concealed within a backpack, messenger bag, or other concealment method of your choosing. All that’s needed is your time and a basic set of tools.įor the unfamiliar, the card cloner utilizes a long-range card reader, the same model seen on parking garage entrances and secured facilities, to gather the card ID and facility code of LF 125kHz proximity cards from unwitting targets.

ALTERNATIVE TO SERIAL CLONER PC

This post will provide you with all that is needed to fully construct a low-frequency (LF) card cloner, including printable drill templates, PC board (PCB) manufacturing files, and updated microcontroller code. While an overall design was created, and many others have discussed building such a device, doing so can prove to be challenging. This post isn’t attempting to present new research or a new device-that work has already been done, a la Bishop Fox.

By Jason Ashton in Hardware Security Assessment, Penetration Testing, Physical Security, Security Testing & Analysis

Alternative to serial cloner