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It stands for WiFi HID Injector. It is a WiFi remotely-controlled {Keyboard, Mouse} Emulator. Practically is a USB Rubberducky or BadUSB device on Steroids!
coming soon...
http://arduino.esp8266.com/stable/package_esp8266com_index.json
Checkout the Video https://youtu.be/3FOLTxtehf0
git clone https://github.com/whid-injector/esptool
cd esptool/
sudo pip install pyserial
sudo python ./setup.py install
python esptool.py --port=/dev/cu.usbmodem1411 -b 115200 write_flash 0x00000 ../WHID/sketches/cactus_micro_rev2/ESP_Sketch/compiled.bin
Checkout the Video https://www.youtube.com/MRGUSPW-Cr0
How to configure Wifi Ducky (WINDOWS) https://youtu.be/PGa_ByyQw8Q
coming soon...
Incorporating all of the USB tasks on a single chip is an awesome feature that makes the WHID and boards like it truly unique. But it also places more stress on a single chip, and if anything goes wrong with that chip, the board becomes nearly unusable. It’s not uncommon for WHID’s to become “bricked” and unprogrammable. But, in most cases, the bricking is reversible!
The most common source of WHID “bricking” is uploading code to it with an incorrectly set board.
To revive the WHID, you’ll need to find a way to upload a sketch to it with the board option correctly set. We can do this with a little help from the bootloader.
First, you’ll need to set the serial port to the bootloader. But that port is only visible when the board is in bootloader mode, so pull the reset line low twice quickly to invoke the bootloader reset feature discussed above. You can quickly press the reset button** twice. While the Cactus Micro is in the bootloader change the ‘Tools > Serial Port’ menu to the bootloader COM port. Quick! You’ve only got eight seconds. On Windows, the bootloader’s COM port number is usually one number higher than the Cactus Micro’s regular port number.
**The PCB has two pins for reset. Check the board and you will see. Those are the reset button.