tigoe /
hid-examples
Examples for programming an Arduino to be a mouse, keyboard, or other Human Interface Device
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rootsaid / repository
HID or Human Interface Devices are Devices that takes input from human and pass it on to the device connected to it. HID devices includes keyboard, joystick, mouse, touch pad, graphic tablet etc. There is a Library available in arduino which enables Digispark to acts as a keyboard and send keystrokes to PC. We are making use of this library to execute a metasploit reverse shell python code in the victim's machine and gain a reverse shell. Here, we will be using an Arduino Board, Arduino MKR1000 to integrate wireless network connectivity and perform HID attacks over WiFi
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HID or Human Interface Devices are Devices that takes input from human and pass it on to the device connected to it. HID devices includes keyboard, joystick, mouse, touch pad, graphic tablet etc. There is a Library available in arduino which enables Digispark to acts as a keyboard and send keystrokes to PC. We are making use of this library to execute a metasploit reverse shell python code in the victim's machine and gain a reverse shell. Here, we will be using an Arduino Board, Arduino MKR1000 to integrate wireless network connectivity and perform HID attacks over WiFi
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tigoe /
Examples for programming an Arduino to be a mouse, keyboard, or other Human Interface Device
36/100 healthDerZiad /
This repository demonstrates how to use an Arduino Leonardo / Micro as a USB Human Interface Device (HID) to emulate keyboard input. The project is intended only for legitimate uses such as automation, hardware testing, accessibility research, or controlled lab experiments where you have explicit permission to test the target system.
45/100 healthChristinaLast /
Many similarities of the hide-and-seek game can be found in the interactions between humans, or robots and humans, in urban spaces, similar to looking for a person in a crowded urban environment (Goldhoorn et al. 2014). It is suggested that the game of hide-and-seek is an ideal domain for studying cognitive functions in robots and it is a basic mechanism for human robot interaction in mobile robotics, because hide-and-seek requires the robot to navigate, search, interact on, and predict actions of the opponent (Johansson and Balkenius 2005). In this project we demonstrate an ability to program on Arduino & Raspberry Pi and communicate between the two systems, program in Python, focusing on OpenCV, and implement deep learning models on the robots to identify faces from purely visual inputs.
eshwarpotturi /
Implementing or mimicing the functioning of an Human Interface Devices (HID) using the arduino pro micro.
27/100 health