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Understanding the essence of tourism flows is one of the fundamental undertakings of tourism geography research and a key issue behind effective destination management and development. However, thus far, few studies have analysed tourist movement on a national scale. This is due to the deficiency of spatially accurate data that can be used for recording tourists’ intra-national movements. This paper aims to illustrate the impact of major gateways on national tourism flows by using tracking data; and demonstrate and compare the use and applicability of tracking data on a national scale.

In this study, the authors analyse foreign tourists’ movements using two spatially and temporally precise tracking data sets – call detail records from passive mobile positioning data and GPS data from smartphones – in two countries, Estonia and Israel. The movements of international tourists entering the countries via main gateways are studied, with a focus on the impact of gateways on intra-national tourism flows.

The results clearly show the impact of gateways on the concentration of tourists. In the two respective countries, the critical mass of time was spent in close proximity to the gateway and, due to distance decay, a dramatic decrease was seen in visitation to areas that were distanced from both countries’ core areas.

To the best of authors’ knowledge, this is the first time when tourism flows attained from tracking data are compared on a national scale for two countries.

The purpose of this paper is to demonstrate how technological innovation serves as an enabling factor to innovation in tourism management. The motivation of this paper is related to the question of how to innovate destination marketing as a tool to manage long‐term customer relationships.

The authors use mobile positioning‐based research methods to measure visitors' behaviour. This provides new data for the detection and measurement of destination loyalty that could be used as valuable input to improve destination marketing strategy and develop new services.

The use of mobile positioning helps to improve the quality of data about tourism flows in Estonia. The authors were able to observe and measure the duration, timing, density, seasonality and dynamics of visitations. Further, it allowed also to distinguish repeat visitors. The rich dataset provided by passive mobile positioning (PMP) allowed the implementation of the proposed, more detailed, classification of segments of repeat visitors and the identification of not loyal, somewhat loyal, loyal, very loyal, functionally loyal and forced to be loyal visitors. This analysis made it possible to reveal transit, long‐term, one‐day and other specific visitors among repeat visitors.

The theoretical novelty of the paper consists in the creation of the innovation model of the destination marketing of the country and providing the new approach of segmentation of repeat visitors. Empirical novelty is the use of PMP in studying repeat visitations for destination marketing. The paper offers new ways for governments to shape service policies and allows tourism industry firms to offer new services.

This paper aims to outline a map of all the research that exists on mobile technology and tourism archived in the two main databases worldwide (Web of Science and Scopus). Accordingly, with the identification of all the scientific articles that deal with both mobile technology and tourism, the authors seek to ascertain the evolution of mobile technology in the tourism sector through the years, countries, universities and authors and determine the various collaborations brought about between authors, universities, institutions and/or companies in various research projects. Finally, it also allows the authors to distinguish the main topics under study within the scope of ‘mobile tourism’.

A mixed methodology has been carried out. The search focused on the principal databases of bibliographic references and citations of periodical publications, such as articles from scientific journals, books and other types of printed material. Once the results were obtained in the respective databases, it was necessary to be able to work with them. In this respect, the authors had to extract the relevant data and dump it in a bibliographic reference manager, for which they chose Mendeley. After this, the tabulation of data was performed in Excel and tables and graphs were created from all the data collected.

The main results obtained and analyzed are the number of articles per year, countries and universities. In the same way, it is interesting to highlight the number of countries and universities that participate in each article under study. On the other hand, an analysis has been carried out regarding the number of articles per author, as well as the topics dealt with in the different articles.

This analysis reveals the role that has been played by mobile phones in tourism since the first scientific article was recorded in 2002. In this regard, in recent years there has been a significant increase in the number of articles, finally resulting in moderate figures in relation to countries (40) and universities (233) that have formed part of the subject matter under study. In contrast to other areas of research in tourism, the relevance of this subject is therefore evident, as is the need for greater background knowledge to establish research models adapted to the new reality of tourism in a world of ever-increasing mobility.