Patent Application
20180204240
The present technique relates to the management of non-monitored devices for supplying goods and services. Such devices are more usually called unattended devices. More particularly, the present invention relates to a method for processing a payment transaction by means of such devices. More particularly again, a method is presented for processing a transaction for the payment of goods and services as well as a device configured to implement such a method.
There are known devices, the purpose of which is to enable a user to make a purchase of goods and services independently, i.e. without supervision by a merchant. Such devices are also called unattended (i.e. non-monitored) devices. Examples are gas-station pumps, kiosks for issuing cinema tickets and so on. These kiosks, which are classic devices, are small sized and enable payments to be made by using a payment terminal that accepts several forms of payment, namely smartcard payment and magnetic card payment.
More recently, large-sized kiosks have appeared. These are generally multimedia kiosks comprising large screens (generally 46-inch-diagonal screens) which may be touch screens. Apart from being relatively costly, these kiosks present numerous technical problems. The first is that these multimedia kiosks are proprietary type kiosks. This implies that a multimedia kiosk comprises a set of components (screen, central processing unit, presence sensor, operating system, kiosk management application) that are arranged relative to each other to form the kiosk. Even more recently, multimedia kiosks embedding payment functions have been developed. These multimedia kiosks on the whole comprise the same components as classic multimedia kiosks but additionally embed a payment terminal which is generally contactless.
Such a multimedia kiosk, also called a payment kiosk with reference to the smaller sized kiosks presented here above, uses for example an NFC (Near Field Communication) type of payment terminal. Concretely, to make payment with such a payment kiosk, the user places his NFC-compatible payment means on a very precise position of the kiosk to make payment for what is displayed on the screen. This may be, for example, payment for an item or a service. It may be for example payment for seats at a show or again a donation to an association. In such certain cases, it may be the payment for an item or article (which is then delivered to an agreed address).
This type of kiosk is complicated to build and implement. Indeed, as a rule, offers of products and services being vended, displayed on the kiosk, are pre-programmed. This means that the offers are either directly integrated into a mass storage memory of the kiosk or downloaded from a dedicated server through a communications network. Offers of items or services being vended (also simply referred to as “offers”) are recorded on the dedicated server which has a certain number of offers available for a given kiosk. Upon request, the server transmits one or more offers to a proprietary application which is executed on the kiosk. The dedicated application has the specific features of the kiosk (screen size, number of payment terminals) at its disposal and adapts the content of the offers to the kiosk in question.
Such a construction greatly hampers the development of such kiosks and does so for at least two reasons. First of all, it requires the use of a dedicated application. This dedicated application, installed on the kiosk itself, must be specifically built for this kiosk or at least specially compiled (and/or parametrized) for this kiosk. It is this application that knows the size of the screen, the number of payment kiosks present and their operation. This means that, for a large number of kiosks, the operator (of these kiosks) must have specialized operating software for fleets of machines, comprising a management of a specific configuration. Now, such solutions are costly. When new functions appear in the components installed in the kiosks, the application in question needs to be redeveloped so that it can take account of these new functions.
There is therefore a need to provide a simple, efficient and widely useable solution to simplify the implementing of payment kiosks.
The invention does not raise these problems of the prior art. More particularly, the invention provides a simpler solution to the problems identified here above. Indeed, the present technique can be used to provide a solution for integrating payment terminals in a simpler payment kiosk that is less costly and more efficient than existing solutions.
More specifically, the present technique relates to a method for processing a payment transaction, a method implemented by an autonomous electronic device for the processing of payment transactions, called a payment kiosk, said payment kiosk comprising a processor connected to at least one rendering means for rendering offers of items or services being vended and linked to at least one communications interface and to at least one contactless payment terminal. Such a method comprising:
Thus, the content is associated with a standardized HTML payment tag that enables the browser to communicate with a payment terminal and initiate a payment transaction.
According to one particular characteristic, the request for obtaining content comprises at least one piece of data for identifying a payment kiosk.
Thus the server is capable of identifying the contents that are intended for this payment kiosk.
According to one particular characteristic, the step for processing HTML content comprises a step for the determining, within the view to be rendered, of a location of a piece of data representing the payment tag as a function of position of a contactless antenna of said at least one payment terminal within said payment kiosk.
Thus, the payment tag is clearly identifiable by the user who knows the exact position at which he must position his payment means to carry out the payment. This is the advantage of the use of a tag: the browser is responsible for the rendered HTML content and therefore for the tag: the browser adapts the positioning of the tag to the configuration of the screen.
According to one particular characteristic, said payment tag comprises at least one attribute defining the offer.
According to one particular embodiment, said attribute defining the offer is an offer-locating address in a transaction server, said locating address comprising a parameter for identifying the offer and at least one identifier of a payment terminal belonging to said payment kiosk.
According to one particular characteristic, the method comprises a step for cancelling said at least one payment transaction, said step for cancelling being implemented when a duration of display of the offer is equal to a determined time parameter and when no payment has been made during the period of time starting at the end of the preparation of the transaction and finishing at the time defined by said time parameter.
Thus, periodically, it is possible to reiterate transactions that have been opened. Advantageously, the time parameter corresponds to the maximum duration of opening of the transaction with the transaction server.
According to one particular embodiment, the method comprises the following steps, prior to the step of reception by the browser of the content comprising said at least one payment tag at the contents server:
According to one particular embodiment, prior to the step of reception by the browser of the content comprising said at least one payment tag, the method comprises the following at the contents server:
The invention also relates to an autonomous electronic device for the processing of payment transactions, called a payment kiosk, said payment kiosk comprising a processing server connected to at least one rendering means for rendering offers of items or services being vended and linked to at least one communications interface and to at least one contactless payment terminal. Such a device comprises:
According to a preferred implementation, the different steps of the methods of the invention are implemented by one or more software programs or computer program comprising software instructions to be executed by a data processor of a relay module according to the invention and designed to command the execution of different steps of the methods.
The invention is therefore also aimed at providing a program, capable of being executed by a computer or by a data processor, this program comprising instructions to command the execution of the steps of a method as mentioned here above.
This program can use any programming language whatsoever and be in the form of source code, object code or intermediate code between source code and object code such as in a partially compiled form or in any other desirable form whatsoever.
The invention is also aimed at providing an information carrier readable by a data processor and comprising instructions of a program as mentioned here above.
The information carrier can be any entity or communications terminal whatsoever capable of storing the program. For example, the carrier can comprise a storage means such as a ROM, for example, a CD ROM or microelectronic circuit ROM or again a magnetic recording means, for example a floppy disk or a hard disk drive.
Furthermore, the information carrier can be a transmissible carrier such as an electrical or optical signal that can be conveyed via an electrical or optical cable, by radio or by other means. The program according to the proposed technique can especially be uploaded to an Internet type network.
As an alternative, the information carrier can be an integrated circuit into which the program is incorporated, the circuit being adapted to executing or to being used in the execution of the method in question.
According to one embodiment, the proposed technique is implemented by means of software and/or hardware components. In this respect, the term “module” can correspond in this document equally well to a software component and to a hardware component or to a set of hardware and software components.
A software component corresponds to one or more software module programs, one or more sub-programs of a program or more generally to any element of a program or a piece of software capable of implementing a function or a set of functions according to what is described here below for the module concerned. Such a software component is executed by a data processor of a physical entity (terminal, server, gateway, router etc) and is capable of accessing hardware resources of this physical entity (memories, recording media, communications buses, input/output electronic boards, user interfaces etc).
In the same way, a hardware component corresponds to any element of a hardware assembly capable of implementing a function or a set of functions according to what is described here below for the module concerned. It can be a programmable hardware component or a component with an integrated processor for the execution of software, for example, an integrated circuit, a smart card, a memory card, an electronic board for the execution of firmware etc.
Each component of the system described here above implements of course its own software modules.
The different embodiments mentioned here above can be combined with one another to implement the invention.
Other features and advantages of the invention shall appear more clearly from the following description of a preferred embodiment, given by way of a simple illustratory and non-exhaustive example and from the appended drawings, of which:
As explained here above, the technique generally proposes the replacement of the “proprietary” application for implementing the payment kiosk. The application in question is replaced by a browser. This replacement makes it possible to have only a limited number of types of payment kiosk management applications. Essentially, assuming that a payment kiosk can implement a Windows' or a Linux™ system, only two browser versions are needed, one for the Windows' environment and one for the Linux™ environment.
Another advantage is that it leaves the server with the responsibility for displaying offers on the kiosk. Indeed, since the “classic” management application is replaced by a browser, the browser limits itself to displaying data transmitted to it in to a format that is also transmitted to it. Thus, according to the present invention the browser receives an HTML type document from the server to which is attached one or more style-sheets and one or more Javascript code libraries. The adjoining of this data can be achieved by inserting a link to the resources or directly by inserting data into the “HTML” type document.
However, although such an implementation is promising from the technical and economic viewpoint, it cannot resolve all the problems posed. Beyond the problems related to the management of the platform there is also the management of payments made through the kiosk. It may be recalled indeed that the kiosk is capable of making payments through one or more payment terminals directly integrated into the kiosk. The use of a “proprietary” application in a “controlled” environment has the advantage of equally controlled management of the payment terminal. The replacement of this “proprietary” application by a browser brings up problems to be resolved, especially the problem of control over payment terminals and that of the control of the payments to be made.
To resolve this problem, the present technique implements a novel tag, called a payment tag. This tag, which is known to the browser, comprises data on the payment to be made by the kiosk. The working of this tag is described in detail here below. When the kiosk browser receives the HTML type document (coming from the server), it displays this document on the kiosk screen embellished with styles from the style sheets and comprising javascript type code. At least one payment tag is present within this document. This is a payment tag that the browser interprets in order to carry out the actions required by this tag, in connection with the payment terminal or terminals of the kiosk.
Referring to
However, the data transmitted to the payment terminal and received from the payment terminal are appreciably different from those of the prior art as shall be explained here below.
Referring to
Depending on the intended environment of the payment kiosk (BM), this kiosk must also include a sound-rendering module (MSon): the sound-rendering module is intended for the production of sounds that may accompany the advertisement messages issued, when such sounds can be perceived by the users.
The screen (Scr) and the sound-rendering module (if present) are connected by one or more data-transport buses to a processor (Proc). Such a processor (Proc) has sufficient processing capacity to carry out various multimedia processing tasks such as for example the display of a quality video and/or the display of images of higher resolution. The processor (Proc) is furthermore capable of receiving data by means of data transportation buses connecting the processor (Proc) to the NFC module (if it is not directly managed by the integrated payment terminals) or again to the wireless communications modules (such as for example the Wi-Fi module or the Bluetooth BLE module).
The processor (Proc) is furthermore connected optionally by means of a data bus to sensors (ultrasound (US) sensors, infrared (IR) sensors or again a camera (CAM)) to receive signals sent by these sensors in order to detect, as the case may be, the presence of one or more users. These signals are converted by the processor and given to the operating system (OS). The processor also has a random-access memory (RAM) and a mass storage memory (MAS).
The operating system takes charge of executing the browser and managing the data exchanges between the different components and the browser. In other embodiments, the payment kiosk can take the form of a computer, tablet or smartphone type of terminal that embeds components identical or similar in their functions and capable of implementing the methods described herein, in which case the term ‘payment kiosk’ will be replaced by a more suitable expression.
Referring to
In a complementary way, the content of the HTML type document also comprises a piece of data representing a time of display of the content. When this time of display has elapsed, the above method is again executed in order to display a new content on the screen. The object of this last step is two-fold: on the one hand it makes it possible not to permanently allow the display of “static” content which would have the consequence firstly of reducing the service life of the display device and secondly of having a relatively disappointing effect (due essentially to the fact that a fixed display does not attract the eye and therefore does not highlight the value of the goods and services on offer as displayed on the kiosk).
In a second stage, subsequent to or at the same time as the display of the content on the screen, the payment terminal prepares (40) the transaction or transactions to be performed in advance (by anticipation). The number of transactions prepared depends firstly on the number of payment terminals installed in the kiosk and secondly on the number of tags present in the content. For example, if there are four payment terminals and only three tags, only three transactions are prepared. Conversely, if three payment terminals are installed in the kiosk and four payment tags are present, only three transactions are prepared. The preparation of a transaction (in advance, i.e. before the user shows an intention of purchasing an item or a service) has two purposes: firstly not to have to detect the presence of the user (to initiate the transaction) and secondly to enable immediate payment (during the use of the payment means by the user).
The preparation of a transaction is essentially performed by means of the payment tag (or tags) contained in the HTML document.
A payment tag according to the present invention is essentially an instruction intended for the browser, enabling the browser to prepare the transaction and to do so whatever the nature of the transaction. A payment tag is so to speak a universal interface between the server that transmits the content and the payment terminal. The payment tag is implemented in conjunction with the browser. The payment tag on the whole takes the following form:
The payment tag comprises a plurality of attributes, including the usual attributes of identification (“id”, “name”, “image”) and styles enabling the display of a content of the tag when necessary. The payment tag also has specific data attributes used to prepare the payment transaction. Essentially two methods, either mutually exclusive or complementing each other (depending on the implementation), are used to prepare the transaction.
The following are the possible attributes of the tag:
When the data has been displayed and when the payment terminals of the kiosk have prepared the transactions (by anticipation), the users can make payments by placing their payment means at positions indicated by the payment tag, of which at least certain data elements (for example the price and/or a contactless payment logo) are displayed on the screen.
Two events can occur following the preparation of the transaction: either the payment is carried out by a user for one of the offers displayed or no payment is made (within a given period of time). In this case, the method comprises a step for cancelling payment transactions (PT#) made in advance, the cancellation being implemented when a duration of display of offer is equal to a determined time parameter and when no payment has been made during the time period starting at the end of the preparation of the transaction and ending at the time defined by said time parameter. If this cancellation occurs, the method previously described (steps 10 to 40) is again implemented, leading to the display of “new” offers and the opening of new payment transactions by anticipation. Ingeniously, the time parameter corresponds to the maximum time during which a transaction opened by anticipation is activated (and/or active) at the level of the transaction server (and/or the server that will process the transaction).
There are mainly two methods for implementing this payment tag: one uses the link attribute and the other uses the descriptive attributes. The distinction between the implementing of the first method and that of the second method can take account of the physical parameters of the payment kiosk but also of the parameters related to the transaction itself (the amount for example) or again parameters proper to the merchant (who manages a set of payment kiosks). Thus, the implementing of either of these two methods is often pre-defined. Implementing a payment tag enables the payment terminal to create, by anticipation, the transaction or transactions associated with the offers present in the content. This is ingenious, according to the invention, because the advance creation of the transaction enables it to be processed more speedily than it is proposed in prior-art solutions.
In a first method, the payment terminal is provided with the data for preparing the transaction by means of a URL. In this case, the tag uses the “link” attribute which, if it has a value attached to it, comprises a link (a URL) towards a secured resource comprising the transaction data to be prepared. This URL can be an address towards either the contents server (the one that delivers the HTML content to be displayed) or a third-party server (a server of a merchant who is vending the item).
This URL enables for example the kiosk browser (depending on the cryptographic hardware that it embeds) to obtain knowledge of the transaction data and configure the payment terminal to prepare this transaction. However, more efficiently, this URL enables the selected payment terminal to directly obtain knowledge of data concerning the transaction and to get configured accordingly and to authenticate to a transaction server.
Thus, to implement such a method, using the <link> tag according to the present invention, in at least one embodiment, described with reference to
This embodiment has the advantage of not requiring the supply of “secret” data to the browser. Indeed, with this method, the browser does not know which are the pieces of data on the offered item. These pieces of data are encrypted and transmitted directly by the browser (and the corresponding API) to the payment terminal, the identifier of which is present in the URL. Thus, even if the browser is compromised (i.e. if it is being monitored in order to impair its operation or to degrade the payment operations), it is not possible to modify the data of the offer, these data being encrypted and can be decrypted only by the payment terminal (vxi) designated for this offer. However, this embodiment has the drawback of making it necessary for the browser to obtain data of the offer from the payment terminal and of therefore requiring additional exchanges between the payment terminal and the browser (exchanges that are of course secured). Thus, this embodiment is more efficient in terms of security but entails greater constraints in terms of implementation.
A second method of implementation of the payment tag consists in providing the payment terminal with data for preparing the transaction by means of the attributes of the tag (amount, currency, merchant's parameter, date, challenge). In this case, the link attribute is not necessarily used. Besides, the obtaining of data from the contents server (SrvCnt) is different from that of the previous method.
To implement such a method, using tags of the offer, according to the present invention in at least one embodiment described with reference to
This embodiment has the advantage of enabling the browser to directly integrate data on the offers into the view without requiring any decoding. This implementation is less secure than the first one but also more flexible. Indeed, the browser directly obtains knowledge of the data of the offer without having to call upon the payment terminal and can therefore prepare the view more speedily. The payment terminal also receives the offer intended for it from the browser. Using the data received, the terminal sends a request to the transaction server and a series of exchanges takes place in order to enable the authentication of the terminal, the transaction server, the offer. The method implemented comprises the following steps:
Thus, only an authentic payment terminal and an authentic transaction server are capable of preparing a transaction that is equally authentic. It can be noted that the use of the payment tag advantageously makes it possible to “pass” data to the payment terminal transparently for the contents server. This makes it possible to have far simpler management of the contents to be transmitted to the payment kiosk: it is no longer necessary to have a “proprietary” content and one of the standardized contents can be used without its having any impact on the security of all the transactions carried out by the payment kiosk.
The first transaction-preparing method comprises, as explained here above, the use of an address in the “link” tag. This embodiment is implemented rather when the payment terminal has its own communications resources for communications towards the payment and/or merchant servers, for example its own network interface, but this is in no way obligatory. In this embodiment, the payment terminal retrieves the transaction data from a URL of the tag, this URL (a secured URL of the https:// type) being transmitted by the browser. The payment terminal transmits a request to the server which identifies it (for example through the user agent or another parameter added by the terminal to the URL) and verifies (or even provides) the data of the transaction (amount, currency, merchant's parameters, date, challenge).
Using this information, the terminal prepares the transaction, i.e. it initiates the transaction and then awaits a payment. In other words, the terminal acts as if the merchant had requested payment from a customer. The difference is that, in principle, neither the merchant nor the terminal has any piece of data on the presence or non-presence of a potential client. The transaction therefore remains “open” for a pre-determined period of time. As explained, if a customer makes a payment by presenting a payment means before the contactless antenna of the payment terminal, the transaction is validated by a payment terminal of the kiosk. The advantage of this procedure is that the transaction is implemented rapidly and that there is no need to detect the presence of the user (the client) since it is he who reveals his presence by presenting his contactless payment means before the terminal. Thus, this tag and this way of initiating the transaction resolves one of the problems explained here above with the prior-art payment kiosks, namely the need to detect the presence of the user with presence sensors.
In the second transaction-preparing method, the browser configures the payment terminal so that it can prepare the transaction. This embodiment is implemented rather when the payment terminal does not have its own communications resources and when the operating system of the kiosk acts as a gateway towards the servers (payment and/or merchant servers) but this is in no way obligatory. In this embodiment, the browser retrieves the data on the payment tag (amount, currency, merchant's parameters, date, challenge) and forwards this information to the payment terminal by means of an API of the payment terminal, this API being used by the operating system to exchange information with the payment terminal. Otherwise, the method of initializing the transaction is the same as here above and the advantages obtained are identical.
Since the transaction is prepared (by anticipation), its finalization is simple. All that the user needs to do for this purpose is to place his contactless payment means (contactless card, telephone) at the position shown so that the payment terminal can read the information contained in the payment means and finalize the transaction. To this end, just after the initialization of the transaction, the payment terminal sends out a request for obtaining payment data. This request is sent cyclically so long as the display of the offer to sell the item (i.e. a product or service) remains on display. When the user places his payment means at the place indicated, the payment data are then immediately read by the payment terminal. The payment terminal finalizes the transaction and informs the browser of the finalizing of the transaction through the API of the operating system. Thus, the browser loads a purchase-confirmation content instead of the previously displayed content.
| Number | Date | Country | Kind |
|---|---|---|---|
| 1750355 | Jan 2017 | FR | national |
