Difference between revisions of "Bluetooth Hacking Ubertooth"
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== Authors == | == Authors == | ||
The project was conducted for the course | The project was conducted for the course [[Einführendes Wahlfachprojekt]] in the summer term 2018 by the bachelor students: | ||
* Stefan Buschbeck | * Stefan Buschbeck | ||
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* [[EQIVA Bluetooth Smart Türschlossantrieb]] | * [[EQIVA Bluetooth Smart Türschlossantrieb]] | ||
* [[Hacking Internet of Things]] | * [[Hacking Internet of Things]] | ||
== Courses == | |||
* [[Einführendes Wahlfachprojekt]] | |||
== References == | == References == | ||
[[Category:Documentation]] | [[Category:Documentation]] |
Revision as of 10:42, 1 October 2018
Summary
These are the results of a student project on Bluetooth hacking using an Ubertooth One, 2.4 GHz wireless development platform
Requirements
To produce the results, the book Hacking Internet of Things was used.
The Ubertooth was tested on the following devices:
- Osram Ledvance Smart+ Multicolor HomeKit Classic A60 10W E27
- DOG&BONE® Bluetooth-Vorhängeschloss, Rot
- EQIVA Bluetooth Smart Türschlossantrieb
Authors
The project was conducted for the course Einführendes Wahlfachprojekt in the summer term 2018 by the bachelor students:
- Stefan Buschbeck
- Stefan Trinko
- Sebastian Ukleja
Results
- A documentation about the Bluetooth protocol itself and the analysis of the students
- The capture files produced with the Ubertooth
Used Hardware
- Ubertooth One, 2.4 GHz wireless development platform
- Osram Ledvance Smart+ Multicolor HomeKit Classic A60 10W E27
- DOG&BONE® Bluetooth-Vorhängeschloss, Rot
- EQIVA Bluetooth Smart Türschlossantrieb
- Hacking Internet of Things