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Exploratory study on device-to-device communication using Bluetooth LE for contactless payments


Project description


Unwire is a Danish mobile service and payments company having subsidiaries in the Nordic countries Germany and the USA. We have been working with advanced mobile technologies for 16 years now and today proud to have over 100 passionate and highly experienced people.

Our focus area is mobile payment solutions for in-store and online (mobile) payments transportation ticketing and premium SMS. Unwire’s main customers are banks and financial institutions public transportation companies mobile network operators retailers and media companies. One of the best-known solutions we created is Swipp mobile payment application to Nordea.

Recently we have established a new innovation department which is responsible for innovative product development and technological advancement. We want your thesis to be a part of our projects and contribute to pushing the limits of what is technologically possible.


Contactless payment is gaining worldwide acceptance. Over the next years smartphones will replace purses and offer a range of different payment options with value added services.

As the pioneer in this area we are now developing an app and hardware that allows contactless payments over Bluetooth LE. Our goal is to provide unified user experience across all operating systems and hardware. To meet this goal we need to:

  • Analyze existing Smartphone SDKs platforms and hardware variations
  • Build a prototype library on either Android iOS or Windows Phone that is based on common implementation practices across platforms

(optional) It is possible also to add to the research project scope a creation of a prototype firmware for a Bluetooth device


We are looking for IT or Engineering student with a passion for software development embedded hardware signal processing and wireless communication protocols.  You should be pursuing Master’s degree from a leading university in Denmark and have a basic experience in app development on either android or iOS. 

(desire to apply your knowledge to concrete user cases for smartphones. Basic experience in app development on either android and/or iOS is a prerequisite. )

Exploratory study on device-to-device communication using Bluetooth LE for contactless payments | Match My Thesis
Dec 22, 2015


Contactless Payments

Bluetooth LE

Device-to-device Communication