There are 1 repository under door-lock topic.
What do you get when you mix a Raspberry Pi, a MySQL database, an RFID reader, an LCD touchscreen, a relay switch, an electronic door strike and a Twilio SMS account?
Smart Door Lock System using Arduino UNO Board and Lock Mechanism work on Password protection using wireless bluetooth connection through Android Application on Phone
Password-based door lock system using 8051/PIC microcontroller
Password Based Door Open System Using LPC2148
Password Based Door Lock System is a Microprocessor based Embedded System built on using 8051 microprocessor and Embedded C-programming. This Project was done for my CSE331 ( Microprocessor Interfacing & Embedded System) at North South University
I will use this repo for my Arduino code and projects
🔒 A Smartphone Controlled Password based Bluetooth Door Lock using the 8051 Microcontroller
Raspberry Pi Python code & PCB design project to control door access (access control) via a wiegand card and/or keypad reader, handles a doorbell too
IoT Smart Door Lock with Rfid Reader
When the camera detects the houser owner recognises and opens the door else any stranger found reports to the house owner via email
A super duper RFID doorlock application using Cobot, written in Node.js.
Door Lock Keyless System Using ESP32
DRemote - Smart door lock
Web app to remotely open a door
Just a short and easy implementation using face_detection for multiple facial tracking in real time
This project is an intelligent system that detects faces real time and unlocks a door lock employing an AVR development board, based on the famous and best in the domain of face detection, research paper: ‘Rapid Object Detection using a Boosted Cascade of Simple Features’ [2001] by Paul Viola and Michael Jones.
rfid door lock security access control system using Mifare PN532 and Beaglebone black.
A simulation of a 3-digit password lock on FPGA using Verilog HDL.
Remote Control Outlander Phev over SMS and/or Smartthings
Door_Locker Two micro-controllers, one acts as a HMI (Human Machine Interface) This micro-controller has a Dio module, LCD Module, Keypad Module and UART Module This one will be used just interfacing with user. The other micro-controller will be responsible for controlling the motor (actuation part) This micro-controller has a Dio module, Timer Module, DC_Motor Module and UART Module This one will be used for just Controlling the motor that will act as the lock for the door. The scenario will be as following: 1- first use Mode: the user will be prompted to enter pass and confirm it using keypad, if passwords are matched the password will be saved to the internal EEPROM of the first micro-controller. If the passwords are not matched it will tell you that the passwords are not matched and ask you to re-enter passwords. 2- Operating Mode: LCD Shows Supported Operations: a- Open the door: If the user choose to open the door he will be prompted to enter the password, if he fails with 4 trials, he will have to wait for 30 seconds to re-enter the password again. if the password is right, a message will be sent to the other micro-controller using uart to open the door. b- Change Password : user must enter the old password first to change. 3- Opening the door: When the message of opening the door will be received at the second micro-controller, it will rotate the motor 0.5 in the clockwise direction. 4- Closing the door: At first micro-controller, a message will be shown: "[1]Close Lock", if the user entered 1 a message will be sent to the other micro-controller to close the door, the second micro-controller will receive the message and rotate motor will rotate 0.5 in the anticlockwise direction. The LCD at the first micro controller will reflect any action / State happens at the system. for example if the door is opening it should show : Lock is opened
node server that lets you sync users of rfid doors over MQTT
Rancang Bangun Keamanan Ganda Pada Brankas Berbasis Arduino
This is an example of remotely unlocking a door lock using lora!
Face-recognition based door lock for use in access control systems.