The Magspoof, originally created by Samy Kamkar is a wireless magnetic stripe emulator. This amazing little device can emulate all three tracks of a magnetic stripe card without actually being swiped.

Rysc Corp revised the original design to include an integrated antenna, on/off switch and a convenient coin cell battery holder. The MagSpoof comes fully assembled, programmed and tested (batteries included).

To work with the MagSpoof you will need the following:

• AVR Programmer
• MagStripe Reader (Recommended)

Add a PortaPack H1 to your HackRF One software-defined radio, and leave your laptop behind! The PortaPack H1 attaches to your HackRF and adds a touchscreen LCD, navigation controls, headphone jack, real-time clock, micro SD card slot, and custom aluminum case. 

Just add a USB battery, and you're ready to explore radio spectrum wherever you are. The PortaPack firmware runs on the fast ARM processors in your HackRF. No computer is necessary (except for reprogramming firmware).

FIRMWARE DEMO

Here's a quick run-through of the current firmware features as of 2016 February 22:

Some features demonstrated in 2016 February 22 firmware video:

• SSB, AM, narrowband FM, wideband FM audio reception, with spectrum waterfall. [Details]
• Wideband (18MHz) spectrum analysis and waterfall.
• Monitoring of boat (AIS), automobile (TPMS), and utility meter transponders (ITRON ERT). [Details]
• HackRF mode runs HackRF firmware for use with host computer SDR software.
• PPM calibration for more accurate tuning.
• Sleep mode saves power by turning off just the display.

OPEN SOURCE

The PortaPack H1 is open-source -- hardware and firmware. The source files are published on GitHub. Contributions, forks, and bug reports are welcome!

• 2.4 GHz transmit and receive.
• Transmit power and receive sensitivity comparable to a Class 1 Bluetooth device.
• In-System Programming (ISP) serial connector.
• Expansion connector: intended for inter-Ubertooth communication or other future uses.
• Six indicator LEDs.

In addition to monitoring bluetooth communications, the Ubertooth One can also be used as a 2.4Ghz spectrum analyzer.

WARNING: The Wundertooth is test equipment for Bluetooth systems. It has not been tested for compliance with regulations governing transmission of radio signals. You are responsible for using your Ubertooth One legally.

What is PandwaRF?

PandwaRF is a pocket-sized, portable RF analysis tool operating in the sub-1 GHz range. It allows the capture, analysis and re-transmission of RF via an Android device or a Linux PC. Practically, it removes the ‘standard SDR Grind’ of capturing, demodulating, analyzing, modifying and replaying by hand – replacing it with a simple but powerful interface.

System Overview

The PandwaRF system consists of two elements: the hardware device and the software controller, either an Android device or a PC. The hardware is a very capable device, tailored for beginners and advanced users alike. Beyond the functionality provided by the Android interface, the PandwaRF can be easily controlled and customized. No need to risk bricking your device or writing in C, the PandwaRF can be controlled by JavaScript, directly on the smartphone.

Based on the open-source RFID emulator ChameleonMini: https://github.com/emsec/ChameleonMini.

Customers may also be interested in purchasing an Enclosure for their ChameleonMini Rev.G.

The credit-card sized ChameleonMini Rev.G is a versatile tool for practical NFC and RFID security analysis, compliance and penetration tests, and various end-user applications. The freely programmable platform can create perfect clones of various existing commercial smartcards, including cryptographic functions and the Unique Identifier (UID). It can be employed to assess security aspects in RFID and NFC environments in different attack scenarios, such as replay or relay attacks, state restoration attacks, sniffing of NFC communication, or functional tests of RFID equipment. New firmware for the ChameleonMini can be comfortably uploaded via a USB bootloader. A convenient, human-readable command set allows to configure its behavior and update the settings and content of up to eight internally stored, virtualized contactless cards. During battery-powered stand-alone operation, the integrated buttons and LEDs enable user interaction and feedback. 

The ChameleonMini firmware can be configured and uploaded via USB to emulate a passive NFC device (e.g. a contactless card), act as an active NFC device (e.g. an RFID reader), sniff the communication (i.e. monitor the bits on the RF interface), and log the communication (during emulation and sniffing). The ChameleonMini can be interfaced with standard terminal software, via the command line, or controlled by user-written scripts and applications. The modular firmware structure allows for easy expandability to other not yet supported cards and standards. Various functions and settings can be assigned to the buttons and LEDs. Card contents can be easily uploaded and downloaded via USB using X-MODEM. 

Features of the ChameleonMini:

• Firmware support for ISO14443A Codec (emulation and reader)
• Firmware support for Mifare Classic 1K and 4K emulation (4 and 7-byte UID)
• Firmware support for Mifare Ultralight emulation
• Hardware support for ASK modulation (Both 10% and 100%) to cover almost any card standard available
• Hardware support for ASK and BPSK load modulation using a subcarrier
• Modular firmware structure allows for easy expandability of other cards and standards
• Support for quick and reliable firmware update via Atmel DFU bootloader, thus programming hardware is required only once
• Can be controlled using a fully documented AT-like command set via CDC using the LUFA USB stack
• Up to eight virtualized cards with a size of up to 8 kB per card can be stored in the non-volatile memory of ChameleonMini
• Card contents can be easily uploaded and downloaded by means of the command line and X-MODEM
• UID of ISO14443A cards can be obtained easily in reader mode
• ChameleonMini can be interfaced with standard terminal software as well as user written scripts and applications

The USB Armory from Inverse Path is an open source hardware design, implementing a flash drive sized computer. The USB Armory comes with an enclosure. The USB Armory can also be purchased as a Kit which includes an Enclosure, Host Adapter and SD Card with Debian.

The compact USB powered device provides a platform for developing and running a variety of applications.

The security features of the USB Armory System on a Chip (SoC), combined with the openness of the board design, empower developers and users with a fully customizable USB trusted device for open and innovative personal security applications.

The hardware design features the Freescale i.MX53 processor, supporting advanced security features such as secure boot and ARM® TrustZone®.

The USB armory hardware is supported by standard software environments and requires very little customization effort. In fact vanilla Linux kernels and standard distributions run seamlessly on the tiny USB armory board.

• Freescale i.MX53 ARM® Cortex™-A8 800Mhz, 512MB DDR3 RAM
• USB host powered (<500 mA) device with compact form factor (65 x 19 x 6 mm)
• ARM® TrustZone®, secure boot + storage + RAM
• microSD card slot
• 5-pin breakout header with GPIOs and UART
• customizable LED, including secure mode detection
• excellent native support (Android, Debian, Ubuntu, Arch Linux)
• USB device emulation (CDC Ethernet, mass storage, HID, etc.)
• Open Hardware & Software