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The increasing amount of data in various digital forms and the desire to have access to it from various devices has increased the importance of cloud storage. The advantage of having data on a cloud primarily stems from the need of having them available across multiple devices we usually use. Moreover, the uploaded data serve as a solid backup in case the device is damaged or lost. Especially with the rise of using mobile phones, the data storage and sharing has reached a high expansion level and became a need for every user (Guilloteau & Mauree, 2012). Because of this, the number of people considering cloud as an alternative storage is increasing immensely. For example, only Dropbox’s 400 million users save 1.2 billion files to the cloud every 24 hours1. These data are of various nature with some being considered private, despite the fact that cloud storage is associated with a range of severe and complex privacy issues (Svantesson & Clarke, 2010).
Data privacy and security are two dimensions that become relevant with the introduction of cloud storage. Studies reveal that those are judged as the biggest threats when having user data in the cloud storage (Svantesson & Clarke, 2010). Privacy is the basic human right and the cloud service providers (CSPs) should take it in consideration within their policies (Pearson & Benameur, 2010). Privacy stands for protection and suitable use of user’s personal information. For organizations, the privacy includes application of laws, policies and standards by which the Personally Identifiable Information (PII) of individuals is managed. Regulations of data privacy exist in many countries and are applied when PII is stored and published on the cloud (Guilloteau & Mauree, 2012). Similarly, the security concern is also one of the major hurdles linked to cloud storage. The CSPs enforce data security by using different types of mechanisms such as firewalls and virtualization (Ruivo, Santos & Oliviera, 2015).
These mechanisms, however, do not fully protect against threats of unauthorized data access from outsiders (Shahzad, 2014). The privacy and security issues are considered when the data is collected, stored, processed and shared. The risk becomes even higher when the services are personalized based on user’s location, calendar and social networks. Most of these services have a profiling and embedded tracking with mechanisms that can tailor the environment based on individual user’s behavior (Pearson & Charlesworth, 2010). When users’ data is moved to the cloud, it can be: 1) accessed by or sent over third parties, 2) used for unintended purposes, 3) can become subject to data protection laws for protection of customer’s data and 4) not deleted when not needed anymore (Henze, Großfengels, Koprowski, & Wehrle, 2013). Users might not always be aware of these facts.
To understand this, studies have been conducted to investigate the level of user awareness concerning privacy and security of the data stored on the cloud (Horrigan, 2008; Ion, Sachdeva, Kumaraguru, & Čapkun, 2011). These studies reveal that users’ awareness is generally low, and that the cultural differences play a great role in user attitudes towards the cloud storage. Considering the importance of the culture, in this paper we investigate the difference in awareness level between Macedonian and Dutch users, two very diverse cultures in terms of the dimensions described by Hofstede and Hofstede (2005) that can be easily compared on author’s website2. Macedonia is not listed as a country on the website, but we compare it to Serbia, which in many aspects is very similar to the Macedonian culture. Based on these dimensions, we anticipate that Dutch users will be generally more aware than Macedonian users. More specifically, we hypothesize the following: