不那么秘密的宠物生活:宠物主人对宠物位置数据的隐私担忧

D. Linden, Brittany I. Davidson, A. Zamansky
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引用次数: 8

摘要

宠物可穿戴设备越来越普遍,其中许多都具有位置跟踪功能,这可能会泄露有关其主人日常模式的隐私敏感数据。通常,这些设备是为猫(felis catus)或狗(canis familiaris)设计的。然而,猫主人和狗主人与宠物互动方式的差异,以及他们与宠物之间的关系,可能会导致这些宠物可穿戴设备处理宠物位置数据的方式的感知灵敏度和要求的差异。我们提出了一项实证组间研究(N=180)的结果,调查猫主人和狗主人对宠物位置数据的信息隐私关注是否不同。我们还探讨了在这种情况下,宠物与人类的关系所起的作用。我们的研究结果表明,猫主人和狗主人之间的联系存在显著差异(p<0.01),这可以通过共同睡眠和亲密因素来解释,这导致只有在狗主人之间,他们的联系强度与他们认为如何使用收集到的宠物位置数据的重要性之间存在显著相关性(r=0.26) (p<0.05)。我们证明,我们与宠物的关系,而不是它们的物种,对通过可穿戴设备收集的数据的隐私问题有影响。这些发现对设计尊重隐私的宠物可穿戴设备具有启示意义,强调有必要了解传感器驱动技术对隐私的影响是如何通过我们与不同物种的互动方式来调节的。我们将讨论哪些解释可能是这些发现的基础,制造商和政策应该在多大程度上以及如何考虑这些差异。
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The not so secret life of pets: pet owners' privacy concerns for pet location data
Pet wearables are increasingly prevalent, with many incorporating location-tracking functionalities, which may reveal privacy-sensitive data about their owners' daily patterns. Typically, these devices are designed for cat (felis catus) or dog (canis familiaris) usage. However, the difference between cat and dog owners in how they interact with their pets, and the relationship they have with them may lead to differences in the perceived sensitivity of, and requirements for, the way these pet wearables should handle pet location data. We present the results of an empirical between-groups study (N=180) investigating whether cat and dog owners' information privacy concerns for pet location data differ. We also explore the role played by the pet-human bond in this context. Our findings indicate that there is a significant (p<0.01) difference in bonding between cat and dog owners explained by co-sleeping and closeness factors, which leads to a significant correlation (r=0.26) found only among dog owners between the strength of their bonding and their perceived importance of how the collected pet location data is used (p<0.05). We demonstrate that the relationship to our pets, not their species per sé has an impact on the privacy concerns held towards data collected via wearables. These findings have implications for the design of privacy-respectful pet wearables, emphasizing the need to understand how sensor-driven technology's privacy impact is mediated by the way we interact with different species. We discuss what explanations may underlie these findings and to what extent, and how, manufacturers and policy should take such differences into account.
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