‘Where do I find umbrellas?’ ‘How do I get to the shoe department?’ Questions like this are likely familiar to many consumers when visiting large department stores. Walking long pathways on a floor and moving between floors in a quest to find a needed product can be time-consuming and annoying. Signposts often are too general and lack useful instructions for direction. Mobile mapping applications (‘apps’) of indoors environments, an evolving technological development of the last five years, can make the shopping experience in large stores more smooth, convenient and enjoyable for consumers. A mapping app can be useful not only in department stores but also within large supermarkets, fashion, toys or DIY stores, to give just a few examples. Moreover, navigating in complex structures like shopping malls, airports, hospitals etc. may be made much easier with a mapping app.
Over the years large physical floor maps have been installed in some department stores (e.g., hung on the wall near a lift) — the problem is that the shopper has to try to keep in memory the route to pass to a desired destination. Signage of product directories placed in front of escalators may help the shopper to find on what floor a particular type of product (or a brand) is placed, but one may be left again to stroll a widespread floor until locating the product requested. Signs hung above aisles (e.g., in supermarkets) may not be seen until one approaches the relevant aisle. Some retailers and operators of shopping centres provide printed maps on cards or leaflets to guide their customers on the premises; the map is usually accompanied with index lists and codes for reference, and regions on the map diagram may be printed in different colours to facilitate navigation. Holding a map in the shopper’s hands can be a great relief. Holding a dynamic and interactive map displayed on the shopper’s mobile phone seems as an even greater step forward.
Mapping applications of enclosed environments aim to provide people with spatial information and tools similar to those that facilitate their navigation on roads and in the streets of cities. One can search for an address, a business or an institute, and the mapping utility will show the user its location on the map. Additionally, when used on a mobile device, smartphone or tablet, the application can show the way and follow the user until he or she gets to the destination. In-store, the ‘address’ would typically be a product. An in-store mapping app may show the shopper the location of the product in the store, and perhaps give instructions step-by-step how to get there, yet it will not necessarily be able to follow the user to the destination — an additional layer of technology, a physical infrastructure, is required to locate the shopper on the map and automatically “advance” the map on display as he or she walks in the store.
A web-based mapping utility of Heathrow Airport (London), for example, allows a prospect traveller to look for a starting point and a destination in any of the five terminals and their facilities and the online service will provide instructions in text and over the map diagram how to get there.
The GPS technology that usually allows the positioning of users on a map of an outdoors space, and follows the user until he or she gets to a destination, stops working when one enters an enclosed environment of a building. It is additionally not accurate enough to pinpoint the location of a person in a relatively small area, and especially is impractical in distinguishing between floors in the building. Therefore, this technology cannot be applied in mapping applications either in shopping centres or in-store. Alternative technologies have been tested and utilised for indoors mapping: more notable is Bluetooth technology applied with beacons, but there are other options in the field, including Wi-Fi and LED light bulbs for signalling and transmitting location information. Effective positioning of shoppers is said to require a dense network of devices (transmitters) throughout the store, oftentimes an expensive enterprise. Therefore, retailers appear to be more interested in implementing select functions of in-store mapping applications (e.g., orientation, promotions) but are less in a hurry to adopt also the capability of positioning shoppers on a map of the store.
A retailer can deliver via a mobile app promotional offers (e.g., digital coupons) to shoppers as well as updates on new products, services and events. A retail app may include a bundle of services such as tools for mapping and managing a shopping list for the benefit of the customers. Some retailers already use a location functionality in their stores, independent of mapping, to improve the timing when offers are sent to shoppers during their visit, specific to their location in the store. But this functionality usually utilises fewer devices (e.g., beacons) than would be necessary for a full positioning capability. The mapping tools can produce several advantages: (1) deliver a helpful service to shoppers (e.g., using a shopping list with a map); (2) enhance navigation by location of the shopper on a dynamic map; (3) give a better incentive to shoppers to authorise an app to track their location in the store; (4) mount ‘flags’ of promotional offers for various products on the map near the relevant aisles or display shelves, particularly as the shopper approaches nearby (as a benchmark for illustration, think of information [icons & text] mounted on maps of Google or in an app like Waze).
The map is meant to provide first of all spatial information. Should mapping applications also be visuospatial, that is, display a visual image of the store’s appearance? It would be like making a virtual simulated tour of the store. The experience could be more entertaining (e.g., like gaming) but would it be more informative and useful? If the shopper is already in the store, he or she should not really need the enhanced display — it could be more confusing (screen and reality may interfere with each other) and time-consuming to navigate with such a display. The enhanced imagery display may be useful for planning a visit before entering the store, or perhaps for online shopping in a virtual store. Yet, once a shopper is at the physical store, a visuospatial display should be made an option as a matter of discretion by the shopper while the main display better be a map diagram that matches the actual layout and organisation of the store.
Mobile marketing company aisle411, which specialises also in indoors mapping for retail stores, created in co-operation with Google’s Project Tango a 3D imaged environment (“3D mapping”) of a supermarket store with features of augmented reality (e.g., product information. rewards and coupons). [BusinessWire.com, 25 June 2014, see video demonstration — note that the application is operating on a tablet mounted on the shopping cart]
A study published last year (Ertekin, Pryor & Pelton, Spring 2017) sought to identify perceptions, attitudes or personality traits that could motivate consumers to use mobile in-store mapping applications (*). The study focused on consumers from generations X (born in 1961-1979) and Y (born in 1980-1999 — adults likely to be familiar with and orientated to using computer technology and its applications). Actually 80% of the respondents in the sample were of generation Y. All respondents (n=258) had a device that can connect to the Internet (57% had a mapping application downloaded to their smartphone). The researchers considered factors regarding the use of technology of in-store mapping applications and how it would affect the shopping experience (30% of respondents reported trying an in-store mapping application before).
The degree of ease-of-use of an in-store mapping app was found to have a positive effect on intention (or ‘propensity’) to use it while shopping. Perceived ease-of-use was defined as the “degree to which a person believes that using a particular system would be free of effort” (e.g., easy to use, clear and understandable, flexible to interact with). Usefulness of the app pertains specifically to the act of shopping, helping to enhance the ‘job performance’ (effectiveness) of shopping with the map. As expected, perceived usefulness also had a positive effect on the intention to use such an app.
In addition to those functional or utilitarian benefits of the application, the researchers addressed the app’s ability to make the shopping experience emotionally more entertaining (particularly inducing excitement associated with novelty of the technology). Entertainment benefits (e.g., enjoyable learning about stores, fun, or merely a good pass time when bored) also strengthen the intention to use an in-store mapping app.
The willingness to use a mobile in-store mapping app is diminished by greater concern of consumers about sacrificing their security when using a network computing application (i.e., emphasis on protection from malicious software or stealing personal information). Conspicuously, however, reference to data security is only hinted and the sensitive matter of privacy is not properly covered, particularly the reluctance of consumers to let their moves being tracked. If the mapping app provides the user more perceived benefits of the types cited above, they may be less resistant to allow the retailer to track them.
A result that would probably be of interest to retailers shows that consumers who exhibit a stronger deal proneness are more intent on using an in-store mapping app. In other words, consumers who are more leaning towards buying on discounts and deals are more likely to be attracted to the mapping app in hope of finding there promotional offers, easy to locate in the store. Yet retailers should be careful about this finding because if they are too focused on delivering promotional offers through their apps, then they will get shoppers more interested in deals and reward points more frequently than other shoppers. In order to encourage shoppers to extend their in-store visits longer and make more unplanned purchases, promotional offers should be put forward on the app more closely in accordance with the store sections or aisles the shoppers access, when they pass through; where feasible, generate offers in association with products on a shopping list the shopper fills-in on the app (i.e., help a shopper find more easily the products on his or her list while adding products that are more likely to be perceived as complements to them). Promotions are only one of the ways to encourage consumers to shop more, and that is true also for the ‘package’ offered in a retail mapping app.
The model analysed in this study did not provide support for a positive effect of being pressed in time on intention to use an in-store mapping app (i.e., apps are not associated enough with saving time or those pressed in time are interested in the mapping app no more than others with more free time). It does not seem to give ground to a concern of retailers that such an app might allow shoppers to shorten their shopping trips, but as suggested above, if needed there are ways to circumvent such behaviour. The model also did not support the hypothesis that consumers who like to gather more market information (e.g., products, prices, innovations) and share their knowledge with others, to advise or actually influence them, are more inclined to use an in-store mapping app to accomplish their goals.
The study makes early steps in investigating consumer behaviour pertaining to using retail mapping apps. It confirms that functional as well as emotional benefits are drivers of consumer use of a mapping app in-store. But the investigation has to proceed to validate and refine those findings and conclusions. While the study targeted young consumers of relevant generations Y and X, the sample consisted of university students (hence probably also the vast majority of millennials). It may be sufficient for establishing relations of the tested factors to the use of mapping apps, but further research should go beyond a student population to cover consumers of these generations to validate the relations or effects. Additional analyses and models (beyond the regression model applied in this study) will have to examine effects more thoroughly or with greater scrutiny (e.g., causality, mediators). Furthermore, consumer disposition towards the mapping apps has to be examined through actual experience and behaviour, for example by letting shoppers perform their shopping ‘naturally’ with an app or by giving them specific tasks to perform with a mapping app in their shopping trip. The study of Ertekin, Pryor and Pelton would serve as an instructive and helpful starting point.
Consumers may utilise a mental map of a store site that they hold in memory to guide them through locations in the store as in an auto-pilot mode. Mental maps are possible to construct, however, for stores that shoppers visit frequently enough or regularly. Digital mapping apps may change how consumers construct and utilise their own mental maps, stored in their long-term memory. People tend to favour digital information sources and rely less on their own memory. A shopper may need no more than a graph as a spatial model to perform his or her shopping job, or perhaps a more detailed mental model of a drawing similar to a map. Yet the extent to which people also use picture-like mental imageries of the site depends on how useful is the visual information for performing their task, because visual imagery requires greater resources. So visual imagery may be re-constructed more selectively as needed — think of ‘photos’ of specific locations of importance or interest to the shopper (e.g., shelf displays of ‘target’ products) pinned to the mental drawing at the relevant places. A conception like this may be emulated in the digital in-store maps of mobile applications.
Mobile in-store mapping applications present a significant, promising development in re-shaping consumer shopping experiences. It could play an important role in the future of retailing, but there is still ambiguity about the extent to which large retailers would choose to implement mapping features and capabilities, particularly the real-time positioning of shoppers inside a physical store. Mapping applications for retail indoors sites may impact, for example, the balance in preference of consumers between shopping online and offline (i.e., in brick-and-mortar stores).
Ron Ventura, Ph.D. (Marketing)
(*) An Empirical Study of Consumer Motivations to Use In-Store Mapping Application; Selcuk Ertekin, Susie Pryor, & Lou E. Pelton, 2017; Marketing Management Journal, 27 (1), pp. 63-74.
One thought on “Navigate In-Store With a Mapping Application”
Dr. Ventura has chosen to dwell on a very interesting topic and, as usual, he presents and insightful and thought-provoking analysis.