With the advancement of quantum computing, traditional cryptographic algorithms are at risk of becoming obsolete. Post-quantum cryptography (PQC) offers promising alternatives that are designed to withstand attacks from quantum computers. This thesis investigates the practical feasibility of PQC on mobile platforms, in particular, Android and iOS. 

The student will begin by reviewing the current standardization efforts and selecting a set of suitable PQC algorithms for mobile devices. Subsequently, existing PQC libraries will be evaluated to find the most suitable candidates for mobile use. The thesis will further examine performance and implementation security, with a focus on timing-side-channel leakage. Based on the findings, the student will select suitable algorithms and libraries to develop a prototype mobile application that demonstrates their practical implementation. 

The evaluation and prototype implementation will primarily target Android. iOS inclusion is optional and will be performed by the student only when feasible. Moreover, the student might optionally aim to publish any reusable integration artifacts produced during the thesis as open-source contributions to the mobile developer community to support broader adoption of PQC on mobile devices.