Android based Smart Door Locking System

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Android based Smart Door Locking System

Mr. Mahindra.P. Shinde

Dept. of Computer Engineering MIT Polytechnic, Pune, Maharashtra, India

Siddha Mehta

Dept. of Computer Engineering

MIT Polytechnic, Pune, Maharashtra, India

Ishaan Shanbhag

Dept. of Computer Engineering MIT Polytechnic

Pune, Maharashtra, India

Abstract- In todays scenario we are totally dependent on internet to help us. This preview discusses about the Cloud based device with the help of ESP8266 and Arduino. The main aim is to unlock electric door lock using smart phone which has android app which uses IoT.

Keywords: Arduino Uno, Android, BOLT IoT, Smart Phone.

  1. INTRODUCTION

    Android-based Smart Door Locking System is used to prevent unauthorized access and trespassing and intrusion. This System can be used anywhere ranging from Jewellery shops to Financial institutions as well as private homes. This Door locking system also is equipped with Smart Door Bell which will, in turn, make the entire system complete and secure. This system is made with a vision to make door locks smart with IoT so that one can unlock his/her home door from anywhere

    This System works on the cloud provided by Bolt IoT. The Android app is connected to the cloud. Once the user unlocks the door from Android application a request will be sent over the cloud to unlock the door. The devices which are used are Bolt IoT Device(ESP8266[MOD]) and Arduino UNO R3. The Bolt Module will receive this request from the cloud and send a signal to Arduino which will, in turn, unlock the lock. Smart Door Bell is also used which is used when a person who is at the door rings the bell. The Bolt device will send information to the android application which will notify the user that someone is at the door. Also each Bolt device has unique API key which will make the system more secure.

  2. LITERATUREREVIEW

    Smart Key Door with Wireless Security System using RF Signal [3] and Door Locking System using RFID Technology [4] using different mechanism to lock and unlock the door namely RF identification card (RFID).

    Varad Lele

    Dept. of Computer Engineering MIT Polytechnic,

    Pune, Maharashtra, India

    Atharva Bhise

    Dept. of Computer Engineering MIT Polytechnic,

    Pune, Maharashtra, India

    Both using PIC 16F87XA as a micro controller. Besides that, the Main Door Security System using SMS [5] propose the uses of Short Message Service Text Messaging (SMS) as a mechanism to control the system via mobile phone to lock and unlock the door. Rabbit Microprocessor is use as a micro controller to perform this operation. Face Recognition Based on Auto- Switching 978-1-4799-5686-9/14/$31.00 ©2014 IEEE

    227 E.I.S Saadon Pusat Pengajian Diploma, Universiti Tun Hussein Onn Malaysia Johor, Malaysia eddy@uthm.edu.my Magnetic Door Lock System using Microcontroller [6] use face recognition as a mechanism to lock and unlock the door.

    Recently, lot of researches have been devoted to a technology-based home security and automation. Smart Key Door with Wireless Security System using RF Signal [3] and Door Locking System using RFID Technology [4] using different mechanism to lock and unlock the door namely RF identification card (RFID). Both using PIC 16F87XA as a micro controller. Besides that, the Main Door Security System using SMS

    1. propose the uses of Short Message Service Text Messaging (SMS) as a mechanism to control the system via mobile phone to lock and unlock the door. Rabbit Microprocessor is use as a micro controller to perform this operation. Face Recognition Based on Auto-Switching 978-1-4799-5686-9/14/$31.00 ©2014 IEEE 227

      E.I.S Saadon Pusat Pengajian Diploma, Universiti Tun Hussein Onn Malaysia Johor, Malaysia eddy@uthm.edu.my Magnetic Door Lock System using Microcontroller [6] use face recognition as a mechanism to lock and unlock the door.

  3. PROPOSEDSYSTEM

  4. SYSTEM IMPLEMENTATION

      1. Arduino Board

        It is responsible for unlocking the door lock which it receives command from Bolt IOT Device.

      2. Relay Module

        Fig.1. Arduino UNO Board.

        Fig.1. Proposed System

        The door is controlled using cloud technology provided by BOLT IOT. You can control the lock using the android app provided with it.

        Operation:

        1. When someone press the bell, the BOLTIOT device (which is nothing but ESP8266 with custom firmware) reads the signal and then send a response via BOLTIOT cloud API, android app reads the response and sends a notification on users phone as Someone is at your door , you can then click on the notification and your android app will open. You can also open the door without the notification.

        2. You need to login into the app for security reasons.

        3. After successful logging into the app the user can then unlock the door by clicking on the open button.

        4. After clicking on unlock button, BOLTIOT cloud API is hit and then it writes data on to the BOLTIOT device. BOLTIOT device also sends a response via BOLTIOT cloud API about the status of the device. If the device is not connected to the internet/cloud it will display error that Device is Offline.

        5. Then the BOLT IOT device send a digital write signal to Arduino, then Arduino writes a digital signal to unlock the solenoid lock. After a delay the solenoid lock is again locked automatically.

        Relay Module is an electrically operated switch. It is responsible for completing the connection of solenoid lock and the power supply.

        Fig.2 Relay Module

      3. BOLT IoT Device

        BOLT IoT device is responsible for send the information to the cloud to which the android app on smartphone is connected. It is a modified version of ESP8266 which has BOLT firmware. It requires to be connected to WIFI.

        Fig.3. Bolt IoT Device.

      4. Solenoid Lock

        It is the door lock which is used in the

        project.

        Fig.3 Solenoid Lock

        Table 1 shows the system components and its purposes.

        Component Name

        Purpose

        Arduino UNO

        Receives signal from B o l t I o T device and unlocks the door lock via relay module.

        Relay Module

        It is responsible for completing the connection of solenoid lock and the power supply.

        Bolt IoT Device

        It is used for sending and receiving info to the cloud as well as Arduino UNO.

        Component Name

        Purpose

        Arduino UNO

        Receives signal from B o l t I o T device and unlocks the door lock via relay module.

        Relay Module

        It is responsible for completing the connection of solenoid lock and the power supply.

        Bolt IoT Device

        It is used for sending and receiving info to the cloud as well as Arduino UNO.

        TABLE I. SYSTEM COMPONENTS

        Fig. 4. System Representation

        Fig. 5. Flowchart of Proposed Design

  5. CONCLUSION

    Thus Android Operated Door Lock System is a modern successor of the conventional door locking system. The conclusion of the discussion of Android Operated Door Lock using Bolt Cloud is the innovation created from lock system with no more direct contact between the user and the lock. This System is very cost-effective and easy to install. In conclusion, it was discovered that the project performed acording to specification and can be implemented.

  6. FUTURE SCOPE

A rechargeable battery can be provided which can give power backup of 3-4hrs in case of power failure. Use of camera can also be done for surveillance. For further security, finger scanner, face recognition can be used. To avoid opening of door every time, voice conversation can also be done with the person on the other side of the door. If the user has smart home then it is possible to give access to the TV, Fan, Lights etc. through Mobile Application.

ACKNOWLEDGEMENT

We would like to thank MIT POLYTECHNIC Management and my guide for their valuable suggestion, constant support and encouragement.

REFERENCES

      1. Marko Paveli, Zvonimir Lonari, Marin Vukovi, Mario Kuek, Smart Door Lock System, IEEE Xplore, 2018.

      2. Muhammad Sabirin Hadis, Elyas Palantei, Amil Ahmad Ilham, Amil Ahmad Ilham, Design of Smart Lock System for Doors with Special Features u s i n g Bluetooth Technology, IEEE Xplore, 2018.

      3. N.H. Ismail, Zarina Tukiran, N.N. Shamsuddin, Android-based Home Door Locks Application via Bluetooth for Disabled People, IEEE International Conference on Control System, Computing and Engineering, 2014.

      4. Adarsh V Patil, Akshay S, ChandanB Patgar, Sreevarsha Prakash, Mahadevaswamy Sharath Kumar A J, Android Based Smart Door Locking System, International Journal of Engineering Research & Technology (IJERT),2018.

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