Abstract

Personal information has been likened to “golden data”, which companies have chased using every means possible. Via mobile apps, the incidents of compulsory authorization and excessive data collection have evoked privacy concerns and strong repercussions among app users. This manuscript proposes a privacy boundary management model, which elaborates how such users can demarcate and regulate their privacy boundaries. The survey data came from 453 users who authorized certain operations through mobile apps. The partial least squares (PLS) analysis method was used to validate the instrument and the proposed model. Results indicate that information relevance and transparency play a significant role in shaping app users’ control–risk perceptions, while government regulation is more effective than industry self-discipline in promoting the formation of privacy boundaries. Unsurprisingly, privacy risk control perceptions significantly affect users’ privacy concerns and trust beliefs, which are two vital factors that ultimately influence their willingness to authorize. The implications of conducting a thorough inquiry into app users’ willingness to authorize their privacy information are far-reaching. In relation to this, app vendors should probe into the privacy-relevant beliefs of their users and enact effective privacy practices to intercept the economic and reputational damages induced by improper information collection. More significantly, a comprehensive understanding of users’ willingness to authorize their information can serve as an essential reference for relevant regulatory bodies to formulate reasonable privacy protection policies in the future.

Highlights

  • Mobile application authorization refers to the process by which users give applications permission to gain back-end access to their relevant personal data or information in exchange for specialized functions and services in the mobile environment [1]

  • Authorization involves a ubiquitous game for almost all users, that is, personal information disclosure can lead to incredible experience and services [2], whereas incautious authorization will expose them to privacy threats and security pitfalls

  • It has been extensively adopted in the study of privacy management, only a few scholars have applied this theory into the mobile app context

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Summary

Introduction

Mobile application (app) authorization refers to the process by which users give applications permission to gain back-end access to their relevant personal data or information in exchange for specialized functions and services in the mobile environment [1]. Due to escalated concerns in online privacy, many mobile users refuse to authorize the disclosure of personal information or falsify the actual data they share [6]. Such routinized privacy issues have morphed into one of the major obstacles to facilitate the healthy and orderly development of the mobile app industry. Communication privacy management (CPM) theory provides an effective framework for individual privacy decision-making [7] To date, it has been extensively adopted in the study of privacy management, only a few scholars have applied this theory into the mobile app context. Research on users’ privacy decision-making has overwhelmingly focused on an individual level, including personality traits [8,9], prior experiences [10]

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