IOT BASED SECURITY SYSTEM FOR ATM's

IOT BASED SECURITY SYSTEM FOR ATM

ABSTRACT:

Automated  Teller Machine’s (ATM) being the main source of the society for getting currency at there finger tips deserves security. Security systems which are being used now a days are not smart enough to provide real time notification after sensing the problem. The integration of traditional methodology with latest technologies as Internet of Things and Wireless Sensor Networks can lead to modernization. Keeping this scenario in our mind we have designed, and analyzed an ’Internet of Things’ based device which is capable of analyzing the sensed information and then transmitting it to the user. This device can be controlled and monitored from remote location and it can be implemented in Automated  Teller Machines. This project includes a Passive Infra Red (PIR) module which constantly monitoring the Work space to be monitored .When the PIR module detects a intruder it  the Raspberry pi controller captures the image and store it in the specified folder .The captured image is then sent to the control room via cloud storage .Also an alarm system alerts the person on duty in control room as soon as intruder is  detected.

CONCEPTUAL DESIGN:

RESOURCES REQUIRED :

TOOLS:

·         Drop box(cloud storage)

·         Win32diskimagewriter

·        Putty(remote desktop)

·        SD card for-matter

SOFTWARE USED:

·         Operating system Linux raspbian

·         Python software

HARDWARE USED:

·         POWER SUPPLY +5V&2amps

·         Raspberry pi model B

·         Motion detector(PIR Sensor)

·         Raspberry pi camera(5MP)

·          3g USB Dongle

PROCESS:

The complete process for building the project is divided in Four phases,

I.Setting up RPI Controller.

II.Configuring the cloud storage.

III.Connecting hardware components

IV.Program for project.

PHASE-I

Setting up RPI Controller:

step 1:

a. Download SDFormatter for Windows. Unzip it, and run Setup.exe. Follow along with the InstallShield Wizard to install SDFormatter.

b.Open SDFormatter.

c. Click Option and set FORMAT SIZE ADJUSTMENT to ON.

d. Select your card from the Drive dropdown menu (if it wasn’t selected automatically). Check and double-check that the drive letter is correct.

e.Click Format, then click OK a couple times. You should get a Drive Format complete! pop up shortly.

step 1:     SD card is formatted using the software SD card for-matter.

step 2:The Operating system image file is downloaded from Raspberry pi Download page.

step 3: The downloaded image file is written in the SD card using win32diskimager software.

step 4: Then the card is inserted in the micro computer raspberry pi.

step 5:  All the peripherals are connected to raspberry pi (model b). Like key board, mouse and HDMI display etc.

step 6: Raspberry pi is supplied the power of 5V 2A power adapter.

step 7: When the power is supplied to the  OS is booted in the micro computer (RPI).

Udating and Upgrading

After the OS is installed for the first time in the micro computer it need to be upgrade and updated

as  raspberry pi OS files are being updated  .

Commands to update and upgrade  are,

•  sudo apt-get upgrade  

• sudo apt-get update