| Item Type |
Book Section
|
| Abstract |
Smart products, such as toy robots, must comply with multiple legal requirements of the countries they are sold and used in. Currently, compliance with the legal environment requires manually customizing products for different markets. In this paper, we explore a design approach for smart products that enforces compliance with aspects of the European Union’s data protection principles within a product’s firmware through a toy robot case study. To this end, we present an exchange between computer scientists and legal scholars that identified the relevant data flows, their processing needs, and the implementation decisions that could allow a device to operate while complying with the EU data protection law. By designing a dataminimizing toy robot, we show that the variety, amount, and quality of data that is exposed, processed, and stored outside a user’s premises can be considerably reduced while preserving the device’s functionality. In comparison with a robot designed using a traditional approach, in which 90% of the collected types of information are stored by the data controller or a remote service, our proposed design leads to the mandatory exposure of only 7 out of 15 collected types of information, all of which are legally required by the data controller to demonstrate consent. Moreover, our design is aligned with the Data Privacy Vocabulary, which enables the toy robot to cross geographic borders and seamlessly adjust its data processing activities to the local regulations. |
| Authors |
Garcia, Kimberly; Zihlmann, Zaïra; Mayer, Simon; Tamo-Larrieux, Aurelia & Hooss, Johannes |
| Language |
English |
| Subjects |
computer science
law |
| HSG Classification |
contribution to scientific community |
| HSG Profile Area |
None |
| Date |
13 December 2021 |
| Publisher |
IEEE |
| Title of Book |
Proceedings of the 18th Annual International Conference on Privacy, Security and Trust |
| Depositing User |
Prof. Dr. Simon Mayer
|
| Date Deposited |
10 Dec 2021 20:55 |
| Last Modified |
28 Mar 2023 00:27 |
| URI: |
https://www.alexandria.unisg.ch/publications/265228 |
Towards Privacy-Friendly Smart Products
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