Undersökning av säkerhet vid kontroll och konfiguration av ett fordon från en mobilapplikation
(2022) EITL05 20221Department of Electrical and Information Technology
- Abstract (Swedish)
- Att kunna konfigurera och/eller kontrollera ett fordon genom en mobilapplikation är något som blir allt vanligare i den värld vi lever i. Det finns därav ett behov av att undersöka hur säkerheten hanteras i just detta scenario.
Denna kandidatuppsats är en undersökning i form av en litteraturstudie kring vilka risker och hot som finns då ett fordon ska kunna konfigureras och kontrolleras genom en mobilapplikation. Utifrån dessa hot och risker har det tagits fram en lämplig säkerhetslösning. Denna säkerhetslösning har sedan implementerats och verifierats i form av en prototyp.
I denna fallstudie används en Bluetoothuppkoppling för att kommunicera mellan en mobilapplikation och ett fordon. Säkerhetslösningen integrerar Google Firebase... (More) - Att kunna konfigurera och/eller kontrollera ett fordon genom en mobilapplikation är något som blir allt vanligare i den värld vi lever i. Det finns därav ett behov av att undersöka hur säkerheten hanteras i just detta scenario.
Denna kandidatuppsats är en undersökning i form av en litteraturstudie kring vilka risker och hot som finns då ett fordon ska kunna konfigureras och kontrolleras genom en mobilapplikation. Utifrån dessa hot och risker har det tagits fram en lämplig säkerhetslösning. Denna säkerhetslösning har sedan implementerats och verifierats i form av en prototyp.
I denna fallstudie används en Bluetoothuppkoppling för att kommunicera mellan en mobilapplikation och ett fordon. Säkerhetslösningen integrerar Google Firebase framförallt för att hantera systemets användare.
Resultatet av detta examensarbete är en fördjupad förståelse för vilka hot och risker som finns då ett fordon kontrolleras och konfigureras genom en mobilapplikation samt hur dessa rimligtvis bör hanteras. Utöver det har den säkerhetslösning som har tagits fram genom detta examensarbete förbättrat säkerheten för OMotion, deras fordon och deras kunder. (Less) - Abstract
- To be able to control and/or configure a vehicle through a mobile app is something that is becoming more usual in the world we live in. Because of this there is an inherent demand to further explore how to handle the security in this scenario.
This Bachelor thesis is an investigation in the shape of a literature study into which risks and threats that appear when a vehicle is to be controlled and configured through a mobile app. Based on the risks and threats identified a reasonable security solution has been provided. This solution has then been implemented and verified through a prototype.
In this case study a Bluetooth connection is used to connect and communicate between a mobile app and a vehicle. The security solution... (More) - To be able to control and/or configure a vehicle through a mobile app is something that is becoming more usual in the world we live in. Because of this there is an inherent demand to further explore how to handle the security in this scenario.
This Bachelor thesis is an investigation in the shape of a literature study into which risks and threats that appear when a vehicle is to be controlled and configured through a mobile app. Based on the risks and threats identified a reasonable security solution has been provided. This solution has then been implemented and verified through a prototype.
In this case study a Bluetooth connection is used to connect and communicate between a mobile app and a vehicle. The security solution integrates Google Firebase above all to handle the system's users.
The result of this degree project is an improved understanding of which risks and threats that appear when a vehicle is to be controlled and configured through a mobile app and how these should be handled. In addition to that the security solution that has been provided has improved the security for OMotion, their vehicles and their customers. (Less)
Please use this url to cite or link to this publication:
http://lup.lub.lu.se/student-papers/record/9083507
- author
- Nielsen, Emil LU and Alhoumsi, Mhd Rami LU
- supervisor
- organization
- course
- EITL05 20221
- year
- 2022
- type
- M2 - Bachelor Degree
- subject
- keywords
- Security, Vehicle, Mobile app, Literature Study, Bluetooth, Google Firebase.
- report number
- LU/LTH-EIT 2022-865
- language
- Swedish
- id
- 9083507
- date added to LUP
- 2022-06-07 13:45:54
- date last changed
- 2022-06-07 13:45:54
@misc{9083507,
abstract = {{To be able to control and/or configure a vehicle through a mobile app is something that is becoming more usual in the world we live in. Because of this there is an inherent demand to further explore how to handle the security in this scenario.
This Bachelor thesis is an investigation in the shape of a literature study into which risks and threats that appear when a vehicle is to be controlled and configured through a mobile app. Based on the risks and threats identified a reasonable security solution has been provided. This solution has then been implemented and verified through a prototype.
In this case study a Bluetooth connection is used to connect and communicate between a mobile app and a vehicle. The security solution integrates Google Firebase above all to handle the system's users.
The result of this degree project is an improved understanding of which risks and threats that appear when a vehicle is to be controlled and configured through a mobile app and how these should be handled. In addition to that the security solution that has been provided has improved the security for OMotion, their vehicles and their customers.}},
author = {{Nielsen, Emil and Alhoumsi, Mhd Rami}},
language = {{swe}},
note = {{Student Paper}},
title = {{Undersökning av säkerhet vid kontroll och konfiguration av ett fordon från en mobilapplikation}},
year = {{2022}},
}