Hardware Security Research & Testing

The ESP32 WROOM Programming Tool is a practical bench accessory for flashing, testing, and iterating on WROOM-class ESP32 modules during embedded development. It is intended for engineers and researchers who want a stable programming workflow for module-level bring-up, firmware validation, and rapid test cycles before integrating hardware into larger systems. Typical use cases include firmware development, peripheral validation, communications testing, and controlled prototype evaluation using standard ESP32 software ecosystems. Technical Requirements Requires a compatible host computer and the usual ESP32 development toolchain such as esptool, ESP-IDF, Arduino, or PlatformIO. Best suited to controlled development environments using supported WROVER-class modules and 3.3V logic. To use first install the CP2104 serial chip driver for your system. Press the module into the coppr clips. (ESP32 module not included) Power on and connect to your PC via usb cable. Configure the com port of your ESP32 flasher/ serial software of choice. Product Specifications Supported Modules ESP32 WROOM-class modules Programming Interface UART / serial flashing workflow Logic Voltage 3.3V environment Use Case Development, programming, and test validation Compatibility ESP-IDF, Arduino, PlatformIO, custom ESP32 firmware   Safety Note Improper connections may damage connected hardware. Confirm voltage levels, module fitment, and programming pin mapping before use.

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The ESP32 WROVER Programming Tool is a practical bench accessory for flashing, testing, and iterating on WROVER-class ESP32 modules during embedded development. It is intended for engineers and researchers who want a stable programming workflow for module-level bring-up, firmware validation, and rapid test cycles before integrating hardware into larger systems. Typical use cases include firmware development, peripheral validation, communications testing, and controlled prototype evaluation using standard ESP32 software ecosystems. Technical Requirements Requires a compatible host computer and the usual ESP32 development toolchain such as esptool, ESP-IDF, Arduino, or PlatformIO. Best suited to controlled development environments using supported WROVER-class modules and 3.3V logic. To use first install the CP2104 serial chip driver for your system. Press the module into the coppr clips. (ESP32 module not included) Power on and connect to your PC via usb cable. Configure the com port of your ESP32 flasher/ serial software of choice. Product Specifications Supported Modules ESP32 WROVER-class modules Programming Interface UART / serial flashing workflow Logic Voltage 3.3V environment Use Case Development, programming, and test validation Compatibility ESP-IDF, Arduino, PlatformIO, custom ESP32 firmware   Safety Note Improper connections may damage connected hardware. Confirm voltage levels, module fitment, and programming pin mapping before use.

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The 2.54mm Pogo Pin PCB Clip Clamp Fixture is a bench accessory for creating temporary electrical contact with 2.54mm pitch pads or headers during programming, test, and validation work. It is useful when a researcher or developer needs repeatable access to a PCB without soldering permanent leads, especially during firmware loading, diagnostics, fixture-based production checks, or board recovery workflows. Gold-plated pogo contacts and multi-pin options make this style of fixture practical for development labs, repair benches, and small-scale manufacturing support. Application Used to create temporary non-solder contact with compatible PCB pads or headers for programming, diagnostics, and bench validation. How to Use Identify the compatible test points or pad spacing on the authorised target board. Select the correct probe count and align the fixture with the contact points. Apply consistent pressure to establish contact during programming or testing. Remove the fixture after validation or firmware operations are complete. Product Specification Table Pin Pitch 2.54 mm Probe Options 3P to 10P variants Contact Type Gold-plated pogo pins Use Case Temporary programming and PCB test access Key Features Temporary non-solder contact for development workflows Useful for programming, diagnostics, and validation Available in multiple pin-count options Suitable for lab, repair, and production bench use Gold-plated contacts for repeatable probing Safety Note Improper alignment may short adjacent contacts or damage pads. Confirm spacing, polarity, and voltage before applying the fixture. Disclaimer Some HacKitsune products may be capable of interacting with, analysing, or modifying electronic systems, firmware, and communication protocols for research, development, repair, interoperability testing, and authorised security analysis. Laws relating to reverse engineering and firmware analysis vary between jurisdictions and may be subject to copyright, anti-circumvention, telecommunications, or computer misuse legislation. Users are responsible for ensuring all use complies with applicable laws and is performed only on systems they own or have explicit permission to test.Hackitsune accepts no liability for misuse of this product. Use responsibly. 🦊

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The Jtagulator is a professional hardware debugging tool used to help identify common on-board debug and serial interfaces during authorised hardware analysis and reverse engineering. It is particularly useful when working with undocumented or unfamiliar PCBs where interface discovery would otherwise be slow and error-prone. In a lab setting, it can help narrow down candidate pins for JTAG, SWD, and UART-style communications before deeper analysis begins. This makes it a practical addition to embedded security, board bring-up, and hardware assessment workflows that rely on reproducible interface mapping and integration with standard debugging tools. Key Features Helps identify common debug and serial interfaces Useful for embedded security and reverse-engineering labs 24-channel platform with protected inputs Adjustable target I/O level support Integrates with OpenOCD and sigrok workflows Safety Note Incorrect probing can damage target hardware. Verify voltage domains, ground reference, and authorised scope before attaching to a board under test. Reverse Engineering Notice Some Hackitsune products may be capable of interacting with, analysing, or modifying electronic systems, firmware, and communication protocols for research, development, repair, interoperability testing, and authorised security analysis. Laws relating to reverse engineering and firmware analysis vary between jurisdictions and may be subject to copyright, anti-circumvention, telecommunications, or computer misuse legislation. Users are responsible for ensuring all use complies with applicable laws and is performed only on systems they own or have explicit permission to test.Hackitsune accepts no liability for misuse of this product. Use responsibly. 🦊

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The SOP8/SOP16 IC Programmer Testing Clip is a practical accessory for in-circuit access to supported flash, EEPROM, and related IC packages for diagnostics, programming, and firmware extraction. It allows technicians and hardware researchers to attach to compatible devices without immediate desoldering, making it well suited to lab analysis, board recovery, and firmware maintenance tasks where temporary access is preferred. This style of clamp is commonly used with external programmers and bench tools (JTAGULATOR, Bus Pirate, ESP bus pirate, etc) during flashing, and reverse-engineering work. Supported packages These push down probes are designed for specific chip package sizes. Select the right cable form the options when orgering that suits your purpose. These packages are most commonly used for flash. Key Features Supports multiple common IC package formats Useful for temporary in-circuit access Suitable for repair, analysis, and firmware maintenance Reduces need for immediate chip removal Helpful for bench and lab diagnostics Safety Note Always verify chip orientation, pinout, and programmer voltage before attaching the clamp. In-circuit programming on live or unsupported boards may cause damage. 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. 🦊

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