Remote monitoring of assets using geofencing technology
From this project, a comparative study and the selection of components are made to design the circuit of the prototype. After that, testing is carried out after the prototype is completely assembled by using a software and run the program. From the testing, the alarm part and getting a fix GPS locat...
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my.uniten.dspace-278152023-08-27T02:09:17Z Remote monitoring of assets using geofencing technology Norhaslinda Binti Albert Celestial JR Location-based services Radio frequency identification systems From this project, a comparative study and the selection of components are made to design the circuit of the prototype. After that, testing is carried out after the prototype is completely assembled by using a software and run the program. From the testing, the alarm part and getting a fix GPS location of the prototype are carried out until the objectives of the project are feasible. The prototype is added a few features by creating an integration with Adafruit IO to display the results in real-time view. A motion detector is also added into the geo-fencing project by placing a motion sensor into the prototype and create a notification via message through a mobile device of a specific person when sensing any movement around the prototype. Hence, the application of geo-fencing is to manage the security response on an asset from being stolen and view the status remotely in real-time. This project not only limited to security and tracking on a device but there is much more can be achieved in the future along with the rapid development of geo-fencing technology. 2023-08-20T23:38:13Z 2023-08-20T23:38:13Z 2018 Resource Types::text::Final Year Project https://irepository.uniten.edu.my/handle/123456789/27815 en_US application/pdf |
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Location-based services Radio frequency identification systems Norhaslinda Binti Albert Celestial JR Remote monitoring of assets using geofencing technology |
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From this project, a comparative study and the selection of components are made to design the circuit of the prototype. After that, testing is carried out after the prototype is completely assembled by using a software and run the program. From the testing, the alarm part and getting a fix GPS location of the prototype are carried out until the objectives of the project are feasible. The prototype is added a few features by creating an integration with Adafruit IO to display the results in real-time view. A motion detector is also added into the geo-fencing project by placing a motion sensor into the prototype and create a notification via message through a mobile device of a specific person when sensing any movement around the prototype. Hence, the application of geo-fencing is to manage the security response on an asset from being stolen and view the status remotely in real-time. This project not only limited to security and tracking on a device but there is much more can be achieved in the future along with the rapid development of geo-fencing technology. |
format |
Resource Types::text::Final Year Project |
author |
Norhaslinda Binti Albert Celestial JR |
author_facet |
Norhaslinda Binti Albert Celestial JR |
author_sort |
Norhaslinda Binti Albert Celestial JR |
title |
Remote monitoring of assets using geofencing technology |
title_short |
Remote monitoring of assets using geofencing technology |
title_full |
Remote monitoring of assets using geofencing technology |
title_fullStr |
Remote monitoring of assets using geofencing technology |
title_full_unstemmed |
Remote monitoring of assets using geofencing technology |
title_sort |
remote monitoring of assets using geofencing technology |
publishDate |
2023 |
_version_ |
1806427840308051968 |
score |
13.222552 |