Real-Time Invasion Monitoring using Integrated Motion Detection and Alert System

The research addresses the security issues which have been on the rise in residential, commercial, and governmental settings, hence leads to designing a multipurpose intelligent security system, which would entail sophisticated sensing, communication and control systems and technologies. It builds a versatile security system based on the use of pyroelectric infrared motion detector sensors, ESP camera module to display online digital images of trespassed areas, an alarm buzzer, the GSM module which is used to communicate with GSM telephones, and the Arduino Uno open-source micro-controller which will control the security system. The system seeks to provide solutions to the drawbacks of the common security systems like CCTV or alarm systems i.e. real time monitoring and control of actions like intruders. The security and display system is multipurpose which offers a comprehensive solution to the security of people and property, and the system is simple and convenient to use and make the required modifications as per the attacks and requirements. The study is accommodative to all the elements of designing, constructing and deploying the system, testing and analyzing the performance of the designed system. The system comprises PIR sensors of the movement, GSM modem to communicate with GSM phones, ESP camera to store and take pictures and Arduino Uno microcontroller. The system collects information about PIR sensors and operates with it to relay an image of the burglar to the cell phone of the house owner. The system is designed in such a way that there are units, which include controller, interfacing, GSM module and sensors. Hardware system testing is a key factor in system design, to establish performance, functionality and compatibility with software applications. It was physically tested on PCB boards and tested with a continuity meter and sensory circuitry. It was designed in a mobile fashion and very precise in identifying intruders and notifying the user through emails and alarm notifications. The device is not only important in residential, business areas and government facilities since house burglary cases are increasing in the cities.

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-03-29
DOI
https://doi.org/10.5281/zenodo.19303932
Primary Topic
IoT-based Smart Home Systems
Type
article
Field-Weighted Citation Impact
0.00
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article

Real-Time Invasion Monitoring using Integrated Motion Detection and Alert System

Ibrahim Usman B., Adedoyin Akintomiwa J., Abdulwahab Sarafadeen A., Adeleke Kehinde M.
Zenodo (CERN European Organization for Nuclear Research)
IoT-based Smart Home Systems
article

Real-Time Invasion Monitoring using Integrated Motion Detection and Alert System

Ibrahim Usman B., Adedoyin Akintomiwa J., Abdulwahab Sarafadeen A., Adeleke Kehinde M.
article en

Abstract

The research addresses the security issues which have been on the rise in residential, commercial, and governmental settings, hence leads to designing a multipurpose intelligent security system, which would entail sophisticated sensing, communication and control systems and technologies. It builds a versatile security system based on the use of pyroelectric infrared motion detector sensors, ESP camera module to display online digital images of trespassed areas, an alarm buzzer, the GSM module which is used to communicate with GSM telephones, and the Arduino Uno open-source micro-controller which will control the security system. The system seeks to provide solutions to the drawbacks of the common security systems like CCTV or alarm systems i.e. real time monitoring and control of actions like intruders. The security and display system is multipurpose which offers a comprehensive solution to the security of people and property, and the system is simple and convenient to use and make the required modifications as per the attacks and requirements. The study is accommodative to all the elements of designing, constructing and deploying the system, testing and analyzing the performance of the designed system. The system comprises PIR sensors of the movement, GSM modem to communicate with GSM phones, ESP camera to store and take pictures and Arduino Uno microcontroller. The system collects information about PIR sensors and operates with it to relay an image of the burglar to the cell phone of the house owner. The system is designed in such a way that there are units, which include controller, interfacing, GSM module and sensors. Hardware system testing is a key factor in system design, to establish performance, functionality and compatibility with software applications. It was physically tested on PCB boards and tested with a continuity meter and sensory circuitry. It was designed in a mobile fashion and very precise in identifying intruders and notifying the user through emails and alarm notifications. The device is not only important in residential, business areas and government facilities since house burglary cases are increasing in the cities.

Zenodo (CERN European Organization for Nuclear Research)
Adeleke University (NG), The Federal Polytechnic, Ado-Ekiti (NG), Federal Polytechnic Ede (NG)
Sustainable cities and communities
Openalex Percentile: Top 4%
IoT-based Smart Home Systems
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