A curated selection of RFID and NRF research hardware built for real-world electronic access testing. This category includes tools like the Proxmark, Chameleon Ultra, implants, and specialist accessories used to analyze, emulate, clone, and manipulate contactless systems.
Description The Ultimate Magic Card Gen 4 is a configurable RFID research card intended for authorised NFC and access-control testing in lab and assessment environments. It is designed for professionals who need a flexible card-format platform for tag emulation, compatibility checks, and controlled credential behaviour testing across common 13.56 MHz workflows. This type of card is commonly used during access-control research, reader validation, and protocol experimentation where a portable and reconfigurable test tag is preferable to disposable single-purpose media. Product Specification Table Operating Band 13.56 MHz Use Case RFID / NFC research and tag emulation Compatibility Flipper Zero, Proxmark/iCopy-class tools. Compatible 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 Card Configuration parameters Preset Card Type UID UID Length (4-byte / 7-byte / 10-byte) SAK (1 byte) ATQA (2 bytes) ATS (Custom length / Disable) Disclaimer Hackitsune hardware is designed for professional security research, development, and authorised testing purposes only. Users are responsible for ensuring compliance with all applicable laws and regulations in their jurisdiction. Always obtain proper authorisation before interacting with systems, networks, or devices you do not own.Hackitsune accepts no liability for misuse of this product. Use responsibly. 🦊
$40.00
The PROXGRIND RF Field Detector is a compact diagnostic tool used to identify and measure the presence of radio frequency fields generated by proximity card readers and other RF-based access control systems. Security researchers and access control technicians often use RF detectors to quickly determine the operating frequency of an RFID or proximity reader before performing compatibility testing or hardware evaluation. The device detects RF emissions and provides a visual or audible indication of signal presence. This makes it a useful tool during access control system surveys, reader installations, and authorised security assessments involving RFID infrastructure. DisclaimerHackitsune hardware is designed for professional security research, development, and authorised testing purposes only. Users are responsible for ensuring compliance with all applicable laws and regulations in their jurisdiction. Always obtain proper authorisation before interacting with systems, networks, or devices you do not own. Hackitsune accepts no liability for misuse of this product. Use responsibly. 🦊
$25.00
The Chameleon Ultra is an advanced RFID research platform designed for analysing, emulating, and interacting with RFID and NFC systems. It is widely used by security researchers, hardware developers, and access control specialists to study contactless credential technologies. The device supports a wide range of RFID protocols and allows researchers to emulate tags, analyse communication, and test system behaviour within controlled environments. Its portable design and powerful firmware make it a versatile tool for authorised RFID security assessments and hardware development. The platform is commonly used for research involving access control systems, NFC devices, and RFID infrastructure testing.. DisclaimerHackitsune hardware is designed for professional security research, development, and authorised testing purposes only. Users are responsible for ensuring compliance with all applicable laws and regulations in their jurisdiction. Always obtain proper authorisation before interacting with systems, networks, or devices you do not own. Hackitsune accepts no liability for misuse of this product. Use responsibly. 🦊
$120.00
The Leather Bag Case for Chameleon Ultra is a compact leather case designed to protect your Camelion Ultra from wear and tear and scratches. Also useful for covering the device & lights for covert use in the field. (Chameleon Ultra not included)
$12.00
AVX 9176 Series Hex Punch-Down Tool — Precision in Every Punch The AVX 1/4" Hex Punch-Down Tool is your go-to companion for clean, consistent wire seating on the ESPKey’s Insulation Displacement Connectors (IDCs). Designed as a non-cutting, precision punch-down bit, it fits any standard 1/4" hex driver handle — manual or powered. Unlike generic bits or improvised tools, this purpose-built punch-down ensures firm, reliable wire termination without tearing insulation or deforming the connector. Every push seats the conductor perfectly into the IDC blades, guaranteeing a secure electrical connection and professional-grade finish. If you’re installing or reworking ESPKey modules, this is the tool that keeps your workflow clean, repeatable, and damage-free. One bit, perfect punches, every time.
$14.99
The Hackitsune ESPKey Wiegand Interception & Replay Module is a compact, inline hardware platform designed for professional access control testing, diagnostics, and research. Designed to sit transparently between a reader and controller, ESPKey operates on standard 5V Wiegand signalling, making it compatible with a wide range of access control systems including card readers, keypads, fobs, and many biometric devices that output Wiegand downstream. Featuring a punchdown cable interface to allow you to tap into exposed cables coming from a range of card readers, once installed, the module can capture credential bitstreams in transit, store them in onboard non-volatile memory (up to ~80,000 records depending on format), and replay them via its built-in Wi-Fi web interface. Small enough to fit behind most readers, yet powerful enough to demonstrate real-world access control weaknesses, ESPKey is a practical tool for authorised red team engagements, system validation, and security training. This module is based on the original open-source hardware and firmware by OctoSavvi, with updates to the design to make it easier to flash (via pins on the back of the ESPKey using a compatible FTDI serial adaptor or similar.) Boot and Reset buttons have been added to make the flash process easier, we recommend using a pin clamp or pin clip to avoid having to solder contacts to the pcb. In the spirit of Open Source updated Hackitsune PCB designs and build files available github Small enough to fit behind most readers, powerful enough to demonstrate real-world vulnerabilities. Technical Requirements • Compatible access control system using 5V Wiegand interface• Inline installation between reader and controller• Wi-Fi capable device (laptop/mobile) for interface access Installation Overview • Connect between reader and panel using Wiegand lines (D0, D1, GND, VCC)• Power via standard 5V Wiegand supply• Device operates transparently once installed Firmware Pre-installed: • Latest ESPKey firmware (shipped ready to use) Firmware Updates Firmware can be installed or updated using the Hackitsune Web Flasher (supported browsers only): https://www.hackitsune.com/pages/hackitsune-web-flasher Post-Flash Storage Setup (Important) After flashing ESPKey firmware, you must initialise the onboard storage: Connect your laptop to the ESPKey Wi-Fi access point(SSID format: ESPKEY-*) Download and run the storage setup script locally:ui-update.sh This process prepares the filesystem for credential storage Note:If this step is skipped, credential logging and storage functionality will not operate correctly. How to Use Install ESPKey inline between the reader and controller Power the system using standard Wiegand supply Connect to the ESPKey Wi-Fi access point Access the web interface via browser Capture, store, and replay credential data as required Important Usage Notes • Designed for 5V Wiegand systems only• Ensure correct wiring before installation• Some biometric systems output alternative protocols — verify compatibility• Storage must be initialised after firmware flashing• Device operates passively unless actively used Preventative Measures to Mitigate Risk of Use • Only use on systems you are authorised to test• Avoid deployment on production systems without approval• Ensure safe handling of captured credential data• Follow responsible disclosure practices• Comply with local laws regarding access control testing Product Specifications Specification Details Interface Wiegand (D0/D1) Voltage 5V Connectivity Wi-Fi (web interface) Storage ~80,000 credentials (format dependent) Operation Mode Inline interception and replay Firmware ESPKey (pre-installed) Open Source Base OctoSavvi ESPKey Hardware Files GitHub Form Factor Compact inline module Use Case Access control testing and diagnostics Key Features • Inline Wiegand interception and replay module• Compatible with 5V access control systems• Captures and stores credential bitstreams• Built-in Wi-Fi web interface for control• Stores up to ~80,000 credentials• Based on open-source OctoSavvi ESPKey platform• Hackitsune-enhanced PCB design and build files available• Firmware updatable via Hackitsune Web Flasher Disclaimer Hackitsune hardware is designed for professional security research, development, and authorised testing purposes only. Users are responsible for ensuring compliance with all applicable laws and regulations in their jurisdiction. Always obtain proper authorisation before interacting with systems, networks, or devices you do not own. Hackitsune accepts no liability for misuse of this product. Use responsibly. 🦊
$75.00 - $90.00
