easymoney89

easymoney89's Stars

• jn7163/python3-install

  auto install latest python3 & pip3

  Language:Shell1

• Jrohy/python3-install

  auto install latest python3 & pip

  Language:Shell6437

• easymoney89/httpie

  httpie running in docker alpine (python3+pip3+alpine+httpie)

  1

• alpine-docker/httpie

  [Archived] httpie running in docker alpine (python3+pip3+alpine+httpie). Follow up repo at https://github.com/alpine-docker/multi-arch-libs/tree/master/httpie

  Language:Shell810

• easymoney89/wifite2

  Rewrite of the popular wireless network auditor, "wifite"

  1

• derv82/wifite2

  Rewrite of the popular wireless network auditor, "wifite"

  Language:Python6.4k1.3k

• easymoney89/ubuntu-in-termux

  This is a script by which you can install Ubuntu in your termux application without a rooted device

  1

• MFDGaming/ubuntu-in-termux

  This is a script by which you can install Ubuntu in your termux application without a rooted device

  Language:Shell1.6k397

• easymoney89/gr-osmosdr

  Gnuradio block to work with OsmoSDR and rtl-sdr (cloned from git://git.osmocom.org/gr-osmosdr)

  1

• bert/gr-osmosdr

  Gnuradio block to work with OsmoSDR and rtl-sdr (cloned from git://git.osmocom.org/gr-osmosdr)

  Language:Python14

• easymoney89/docker-gnuradio-gr-gsm-ptrkrysik

  1

• marcelmaatkamp/docker-gnuradio-gr-gsm-ptrkrysik

  Language:Python1310

• easymoney89/dolphin

  File manager by KDE

  1

• KDE/dolphin

  File manager by KDE

  Language:C++48372

• easymoney89/environment-setup

  This repository contains some scripts to help you configure Kali Linux to use GNURadio with RTL-SDR devices.

  1

• inls718/environment-setup

  This repository contains some scripts to help you configure Kali Linux to use GNURadio with RTL-SDR devices.

  Language:Shell21

• easymoney89/desktop

  Mattermost Desktop application for Windows, Mac and Linux

  1

• mattermost/desktop

  Mattermost Desktop application for Windows, Mac and Linux

  Language:TypeScript2k824

• easymoney89/termux-app-launcher

  Launch Android apps from Termux

  1

• Neo-Oli/termux-app-launcher

  Launch Android apps from Termux

  Language:Shell399

• SuperMarioOfficial/DevOps-Playground

  Kali Linux ISO + Packer + Ansible + Vagrant + Docker + Virtualbox + Vmware

  Language:Shell61

• easymoney89/kali-arm-build-scripts

  Kali Linux ARM build scripts

  1

• offensive-security/kali-arm-build-scripts

  Kali Linux ARM build scripts

  880374

• easymoney89/ruby

  The Ruby Programming Language [mirror]

  1

• ruby/ruby

  The Ruby Programming Language

  Language:Ruby22.1k5.3k

• easymoney89/privacytools.io

  🛡🛠 You are being watched. Protect your privacy against global mass surveillance.

  1

• privacytools/privacytools.io

  🛡🛠 You are being watched. Protect your privacy against global mass surveillance.

  Language:HTML3.1k384

• GayatriBehara/-Face-and-Facial-Expression-detection-based-Authenticated-ZigBee-Based-Robo

  In this project a robot that can be operated by authorized person or operator is implemented. For this purpose we use a face recognition system which is capable of identifying the authorized person which allows him to command and operate it. The face recognition system consists of a web based camera which captures the image of human and this image is processed in MATLAB software. After processing the image it generates the activation code for the robot to be operated. The hardware system is based on the ATMEL microcontroller and an Zigbee module. The system provides continuous visual monitoring through the small camera attached to the mobile robot, sending data to the control unit when necessary. Remote testing is done on the mobile robot for search and rescue missions via an established radio frequency (RF) communication using DIGI XBee RF module. Intelligent mobile robots and cooperative multi agent robotic systems can be very efficient tools to speed up search and research operations in remote areas. This prototype robot is capable of moving across area and remotely guided by a person who is directed and navigated using remote camera and computer.. Mobile robots using Zigbee protocol for the purpose of navigation using personal computer, implemented with wireless vision system for remote monitoring and control. Its main feature is its use of the Zigbee protocol as the communication medium between the mobile robot and the PC controller. The robot can be monitored only by authorized persons who are previously present in the database for security reasons. For this we utilize the Face recognition technology. It is a system which can automatically identify and verify the individuals face. Thus face and emotion recognition offers one of the most natural and less obtrusive bio metric measures of identification

  Language:M104

• aws/amazon-freertos

  DEPRECATED - See README.md

  Language:C2.5k1.1k

• SJC-COM150-Spring2020/tutorials-greetings-program-Kelliryan12

  tutorials-greetings-program-Kelliryan12 created by GitHub Classroom

  Language:Visual Basic .NET1