Within the scope of this master thesis, we will investigate how security mechanisms can be used to safely store sensitive (especially protective) data on a smartphone. The basic assumption is that the amount of data to be stored has a size that exceeds the size of the secure element of a smartphone. The goal is that data stored in a database on the smartphone will remain secure even after a hacker attack on the operating system (administration rights in Android). The data should be read and written by an authorized application on the smartphone (Android app) and by an authorized web service.

Department of Mathematics and Computer Science

Databases and Information Systems

Ongoing Theses

Gnaoui, Salim: CliniScale - A System for Running Clinical Trials in the Population

Röder, Yannick: Design and Implementation of a User Interface for Internal Medicine for mCIS.vet

Furmańczuk, Adam: Design and Implementation of a User Interface for Internal Medicine for mCIS.vet

George, Bianca: Design and Implementation of Mobile-based Multidisciplinary Questionnaires for Evaluating mHealth Applications

Semper, Mirco: Design and Implementation of mCIS.vet

Yuzbashian, Davit: Tissue Disease Classification Using Convolutional Neural Networks

Gayer, Jeremias: Creating a Cross-Platform Application with Existing Android and iOS Low-Fidelity Prototypes Using User-Centered Design

Lohse, Daniel: Design and Implementation of a Web Service for Administration Services of the DiDi.vet Application

Schmid, Stefan: SurgeRate - A System for Rating and Evaluating the Performance of Veterinary Surgeons

Zeymer, Sara: Design and Implementation of a User Interface for Searching and Presenting Research Datasets in Veterinary Medicine

Strauß, Dierk: Design and Implmentation of an Editor for Chemical Structures for Android Devices

Usage of Security Mechanisms in Smartphones to Store Sensitive Data

Abstract