English

On the Violation of Honesty in Mobile Apps: Automated Detection and Categories

Software Engineering 2022-03-16 v1

Abstract

Human values such as integrity, privacy, curiosity, security, and honesty are guiding principles for what people consider important in life. Such human values may be violated by mobile software applications (apps), and the negative effects of such human value violations can be seen in various ways in society. In this work, we focus on the human value of honesty. We present a model to support the automatic identification of violations of the value of honesty from app reviews from an end-user perspective. Beyond the automatic detection of honesty violations by apps, we also aim to better understand different categories of honesty violations expressed by users in their app reviews. The result of our manual analysis of our honesty violations dataset shows that honesty violations can be characterised into ten categories: unfair cancellation and refund policies; false advertisements; delusive subscriptions; cheating systems; inaccurate information; unfair fees; no service; deletion of reviews; impersonation; and fraudulent-looking apps. Based on these results, we argue for a conscious effort in developing more honest software artefacts including mobile apps, and the promotion of honesty as a key value in software development practices. Furthermore, we discuss the role of app distribution platforms as enforcers of ethical systems supporting human values, and highlight some proposed next steps for human values in software engineering (SE) research.

Keywords

Cite

@article{arxiv.2203.07547,
  title  = {On the Violation of Honesty in Mobile Apps: Automated Detection and Categories},
  author = {Humphrey O. Obie and Idowu Ilekura and Hung Du and Mojtaba Shahin and John Grundy and Li Li and Jon Whittle and Burak Turhan},
  journal= {arXiv preprint arXiv:2203.07547},
  year   = {2022}
}

Comments

12 pages, Accepted for publication in 2022 IEEE/ACM 19th International Conference on Mining Software Repositories (MSR)