METHOD TO ARRANGE A PAYMENT SERVICE IN A TELECOMMUNICATIONS NETWORK

Abstract: The object of the invention is a method to arrange a real-time payment service in a telenetwork, in which method a chargeable service to be offered via a telenetwork is charged directly from a customer in real-time. The method has been arranged to be implemented in a telenetwork, as a part of which exists an intelligent network (9), which includes a service switching centre (10), to which the customer's call is directed and where the offered chargeable service is identified based on the service number. According to the invention, the connection of the service switching centre (10) of the intelligent network (9) is adapted to include a payment service unit (15), by means of which is identified the customer calling the service number and a price of the service is determined. The payment service centre (15) is adapted to function as a payment terminal such that account informations or the like of the customer and the service provider and price information of the service are transmitted to a payment service in a dedicated network (17) connected to the telenetwork, in which payment service the transaction is effected such that based on the price information relating to the service from the customer's account the monetary transaction is transferred directly to the account specified by the service provider when the service call is made.

Description: METHOD TO ARRANGE A PAYMENT SERVICE IN A TELECOMMUNICATIONS NETWORK The invention relates to a method to arrange a real-time payment service in a telenetwork is in accor- dance with the preamble of the claim 1. A generally well-known method of charging for a service provided via a telenetwork is to arrange a service number, impulses of which are charged at fixed rate. The number of impulses is then regis¬ tered and the call is charged to the caller's bill in line with the impulse tariff above. The problem with billing for services provided via a telenetwork in this way is that the bill is passed on to the customer via the telecommunications operator. The telecommunications operator bills the customer and pays the proceeds from the service number into the account of the owner of the number. One of the drawbacks with this method of billing for services provided by service numbers is that it is based entirely on the telephone number and the telephone line belonging to it. This being the case, it is not necessarily callers of service numbers themselves who have to pay for the calls, but the person or company to whom the telephone bills are sent, the person or company in whose name the line is. The risk of abuse is obvious. A further drawback is that it is the telecommunications operator who bears the credit risk, not die service provider. Yet another drawback is the limited scope of the amount charged as an impulse charge. The object of the invention is to simplify and improve the method of charging for service numbers provided via a telenetwork. The features disclosed in the characterizing part of the claim 1 are essential to the method to arrange a real-time payment service in a telenetwork according to the invention. The invention is based on a method to arrange a real-time payment service in a telenetwork, whereby customers can be charged direct in real time for chargeable services provided via a telenetwork. This method is arranged to be implemented in a telenetwork comprising an intelligent network, which includes a service switching point, to which the customer's call is directed and where the service provided by the service number is identified by number. The invention is based on a payment service point being set up in the service switching point in the intelligent network to identify a customer calling a service number and to determine the cost of the call. The payment service point is arranged to function as a payment terminal so that the account or similar numbers of the customer and service provider are forwarded to a payment service linked to the telenetwork in a dedicated network. The payment service makes transactions by making a direct payment from the customer's account to an account specified by the service provider when the call is made. This payment depends on the price of the service number concerned. When the cost of a call is already known (i.e. call specific charging), payment for a service via the payment service point can be made before the call is directed to the service number, or when the call to the number has already begun (i.e. payment during a call once the cost of it has been obtained from the service provider) or once a call has ended (i.e. where the charge depends on call length). One advantage of the invention is that customers can now be charged direct for service calls, the most expedient way being from an account in a financial institution or similar place of deposit such as a debit or credit card account. The telecommunications operator no longer acts as a middleman when payment is made from the customer to the service provider. Another advantage of the invention is that it is a simple, effective way of dealing with payments between a customer and the service provider using service numbers. The following describes the invention in detail with reference to the diagrams enclosed where Figure 1 shows in block diagram form the components and systems associated with the payment service; Figure 2 shows the payment service system in flowchart form, which also payment can be dealt with in the alternative operational points C, D and E, in the chart; and Figure 3 shows payment of the transaction in the payment service unit in flowchart form. Customer 1 , in other words subscriber A, who has a compatible terminal, such as a telephone fitted with tone frequency dial signaling (DTMF signaling / structure regulations of telephone networks in Finland), has been connected by subscriber cable 2 to a subscriber interface in the local exchange (PK) 3. Similarly service provider 4 or a B-subscriber, which has its own terminal fitted most pref¬ erably with tone frequency dial signaling has been connected by subscriber cable 5 to another sub¬ scriber interface in local exchange (PK) 6. Local exchanges 3 and 6 have been connected by gateways 7 and 8 (either directly as shown in figure 1 , or hierarchically via one or more higher exchanges) to intelligent network (IN) 9 especially to a service switching point (SSP) 10 thereof. In this embodiment the local exchanges 3 and 6 are connected to the service switching point 10 by means of a PCM gateway 7, 8 and TUP signaling (TUP protocol is described among others in the document "Kansallinen Yhteiskanavamerlinantojarjestelma, Puhelinkayttajaosa TUP, Posti- ja telehallitus, Puhelinlaitosten Liitto r.y. Helsinki 1988"). An intelligent network IN is a communications or telecommunications network intended among other things to implement new telecommunications services and to make them available to customers. By means of the intelligent network implementation of telecommunications services can be arranged to be independent of the supplier of the telecommunications network. CCITT (International Telegraph and Telephone Consultative Committee) has defined the conceptual model of an intelligent network, its physical components, functional units and interfaces. The functions required by telecommunica- tions services have been centralized into special intelligent network components through which all connections relating to services are dealt with. According to CCITT's definition, the intelligent network includes the following physical components and functional units relating thereto: a service switching point (Service Switching Point SSP), a service control point (Service Control Point SCP), a service management system (Service Manage¬ ment System SMS) and possibly an intelligent peripheral or peripheral computer (Intelligent Periph¬ eral IP). In addition to the components listed, the intelligent network may also include other compo¬ nents. With respect to construction and function of the intelligent network, we refer to, for example, report 2 of the Department of Information Technology at Lappeenranta University of Technology: "The Third Summer School on Telecommunications IFIP TC 6 Workshop on Intelligent Networks, August 8-9, 1994; Tutorial on Intelligent Networks". The intelligent network 9 is connected via a switching centre 10 to a public telephone network or to a corresponding communications network, such as to local exchanges 3 and 4 of the public telephone network as shown in the drawing. In the service switching point 10 is identified the intelligent net¬ work service required by the customer or need for the service linked to the intelligent network and the request is messaged to the other components of the intelligent network 9. In the service switching point 10 are located among other things a service switching function (Service Switching Function SSF) and a set of call control functions (Call Control Function CCF, Call Control Agent Function CCAF). The intelligent network 9 also includes service management system (Service Management System SMS) 13, which includes service management and creation functions. Further the intelligent network 9 includes intelligent peripheral 14 (IP), which includes a function SRF (Special Resource Function) provided with special resources, by means of which are implemented f. ex. voice messages, speech recognition and processing. The service control point 10 includes the service control centre 11 (Service Control Point SCP). The service centre 11 include logic or service controller 12 (Service Control Function) linked to service control. By means of it implementation of the intelligent network service is managed by giving in¬ structions to other functions (such as SSF, CCF, and SRF) in the manner required by the service, the service control centre 11 normally contains a service database 24 (Service Data Function SDF), which includes among other things customer and network information needed for the services. The service switching centre 10 and service control centre 11 can also be combined to form a service switching and control centre (Service Switching and Control Point SSCP). The drawings show some of the hardware associated with intelligent network 9. In practice, service switching centre 10 functions as part of a telephone exchange such as a node point or directory area centre. Call switching centre 10 identifies an mcoming request from a subscription 1 for an intelligent network 9 and transmits the request for this need to other components of the intelligent network. The components of the intelligent network 9 are in connection with each other by means of joint bus signaling (YKM) and Intelligent network protocol (manufacturer specific). In the payment service system according to the invention the service controller 12 of the service control centre 1 1 includes a payment service unit (MPY) 15, by means of which is performed collec¬ tion of the customer's identity data and settlement of the payment transaction as is disclosed below in greater detail. The payment service unit is preferably implemented in the form of service logic con¬ trolled by software in the control computer of the intelligent network 9. A list of chargeable services and numbers are arranged in service database 24. This list also includes information about connection data of the service providers, especially the bank or other financial institution account numbers in order to collect service payments. Service database 24 and service units, especially payment service point 15 of this embodiment, which functions under the service controller 12, are set up and maintained by means of the management system 13. The intelligent network 9 in the payment service system according to the invention and especially e service control centre 11, to which the service controller 12 and the payment service unit 15 thereof belong, are linked to a special communications network, such as payment network 17, by a suitable bus 16. The said payment network 17 is included in dedicated networks connected to the public telecommunications network. Financial institutions 21, 22 23, such as banks and/or credit institutions, are further linked to payment network 17 by communications buses 18, 19, 20. Payments to different financial institutions 21 , 22, 23 can be effected via the payment network in accordance with the account numbers or corresponding identity data. The Rahaxi™-service is included in the payment network 17 which generally used in Finland. Rahaxi-service receives the payment order and transmits it to the inter-bank telecommunications network or so called BOLT-network and returns processing information or a notice that payment has been effected (or rejected) to the payment service unit 15. Service control centre 11 has been preferably linked to payment network 17 by means of a X.25 interface (CCITT recommendation for protocol X.25). Telecommunications between the control point 11 and payment network 17 are carried out in accordance with the SPED protocol defined by the intelligent network supplier. SPED protocol is that defined by the supplier of BASE-24™ software. Rahaxi-service has been implemented by the said software. The interface between each of the finan- cial institutions 21 , 22, 23 and payment network 17 is implemented by, for instance, the BOLT net¬ work. The payment network includes one or more payment networks which is a service network established jointly by banks and/or financial institutions , and through which, for example, payment terminals in shops are linked to various financial institutions. The method to arrange a payment service according to the invention by using the hardware based on the block diagram in Figure 1 is implemented as follows. We also refer to the flowcharts of the figures 2 and 3. When the customer or A-subscriber calls by phone or similar terminal to the service number of the service provider or B-subscriber's number, the call is arranged to be identified based on the service number as a service call in a local exchange 3, and die call is arranged to be routed from the local exchange 3 to intelligent network 9 in the service switching centre 10. Based on the number the service call is checked in the switching centre 10 and the service is identified. In the checking is utilized the service database 24, where from are searched the service information based on the service number. After this, call management is arranged to be assigned from the service switching centre 10 to the payment service unit 15 of the service controller 12. For the payment service unit 15 are arranged two functions to perform: firstly to collect the cus¬ tomer's, or A-subscriber's identity data and to verify them, and secondly to carry out the payment transaction from the customer's account to the service provider's account. The following method is followed to improve data security of payments in a telenetwork and to avoid sending the actual customer data. Firstly the customer is registered as a payment service user in the payment service system. This is implemented such that the customers advises to the operator of the payment service, such as the telecommunications operator, his willingness join to the service. This can be done in writing or electrically via communications network. The customer is then asked for his bank account number or a corresponding, such as die card number, like bank or credit card number and validity period thereof, relating to his bank or credit account. The customers will also normally be asked for other contacting information, such as address data, which is not, however, necessary to implement the payment service. After having received the customer information above, each customer will receive identity data TT such as a client number and password, which will be securely forwarded by registered mail, for instance. The database 24 linked to payment service unit 15 in service controller 12 will store the customer information, such as bank account number, debit or credit card number and date of expiry, and identity data TT such as client number and password and any other information about the cus¬ tomer in a separate file for each customer. The password is composed preferably of a set numeric or alphanumeric characters. Alternatively the passwords can be created so that they are formed from a list of non-reusable passwords in a fixed sequence, each password being formed from a range of numeric or alphanumeric characters. Customers calling a service number will be asked to give the said identity data TT instead of the actual customer information such as bank account or credit card numbers. Collecting the identity data TT takes place through payment service unit 15. Once identity data TT has been obtained, the system retrieves the client number and password from the database 24 and compares them to the identity data TT given, thus verifying their authenticity. Should the identity data TT and any password given by the customer correspond to that on database 24, d e payment service unit 15 of the service controller 12 will use me actual customer information or account data proper in SDF 24 to effect payment as shown below. Collection of identity data TT requested from the customer is arranged to take place in the payment service unit 15 as follows. When the call management has been assigned to the payment service unit 15, this has been arranged to give instructions to the switching centre 10 of sending to the A- subscriber a message, in which is requested to send the identity data TT, such as the client number and the password, and possibly information related to the amount to be paid, such to notify relating to the service the monetary amount of the transaction to be paid. However, it is possible that the sum to be paid for the service is determined in advance and a fixed one, whereby mere is not necessarily need to notify die monetary amount separately, but the same can be given forward automatically. The service switching centre 10 is arranged at die same time into a state of readiness to receive informa¬ tion given by die A-subscriber. A-subscriber inputs the identity data and any otiier information into his terminal 1. In the use of the A-subscriber should be most preferably a telephone provided with tone frequency dial signaling, so that the information requested can be transmitted securely from the terminal 1 to the service switching centre 10 and further into die payment service unit 15. The service switching centre 10 is arranged to receive, by a tone frequency dial signal receiver or a like, die incoming information from the A-subscriber as tone frequency dial signals. The service switching centre is further arranged to notify the received A-subscriber identity data TT and me possible monetary amount for the transaction to the payment service unit 15 of die service controller 12. In case die A-subscriber does not give die identity data TT or the given information is not received the service switching centre 10 clears the connection. However, the A-subscriber can be requested to give the identity data TT at least once again. After having received, checked and accepted die A-subscriber identity data TT the payment service unit 15 is arranged to effect the transaction at point C of the flow chart of the figure 2 in the manner shown in the flow chart of the figure 3. The transaction is carried out as follows. The payment service unit 15 contacts the payment network 17 via the bus 16. A-subscriber's client information such as the account numbers are retrieved from the service database 24 by means of the identity data TT. Corre¬ spondingly from the service database are retrieved also the B-subscriber's account numbers relating to the service number. The account numbers of the A-subscriber and the B-subscriber, direction of the transaction as well as information about the monetary amount corresponding to the service are transmitted as a suitable data message to the payment service in the payment networks 17. This is most preferably carried out such, that after the connection has been established between the payment service unit 15 and the payment network 17, the payment service unit 15 is adapted to function as a payment terminal. In practice, diis means mat in the payment service unit 15 is started an application software, which is adapted to imitate a payment terminal in order to effect the transaction. The payment terminal is, for instance, a to cash registers of a store connected payment teirninal known as such, which is in a connection to the payment network via a telecommunications bus and by which concerning purchases made in a store by means of a bank and/or credit card the transaction is effected to a payment service in the payment network, such Rahaxi™-service in the payment net¬ work,. Payment is debited from the customer's bank or credit card account in the financial institution concerned. Once a request for the transaction witii tiie related information has been forwarded from die payment service unit 15 to payment network 17, the payment network 17 is adapted to give an answer, by which is indicated whether the transaction has been accepted or rejected. In case the answer is a rejection, die transfer of die account informations of the A-subscriber and me B-subscriber bodi the information about the monetary amount to be paid from the payment service unit 15 to die payment network 17 is repeated at least once, and the attempt to carry out the transaction is repeated in the manner described above. After die transaction has been effected in die payment service unit 15 and the same has received a response of acceptance from the payment network 17, the customer's or A-subscriber's call is adapted to be routed to B-subscriber's number, where from the customer receives the service desired. The accepted transactions are arranged to be recorded in a log file of the payment service unit 15 for d e sake of confirmation. The log file is located in, for example, database 24. Alternatively, the transaction can be effected by means of the payment service unit 15 after carrying out a chargeable service call in the point E of die flow chart of the figure 2 instead of the point C disclosed earlier. The transaction is carried out as follows. The customer's call is routed basing to service number to d e service switching centre 10 of the intelligent network 9, where the offered service is identified basing to the service number. After d is, die call is connected to die payment service unit 15. The customer's or A-subscriber identity data TT is collected, checked and accepted as described above, but d e sum to be paid is left open. At diis stage, ie A-subscriber's call is connected to die B-subscriber or to number of the service provider. The payment service unit 15 is left to wait for the call to end (A- or B-subscriber hangs up) and for charge information. Cost of a call or the charge information depends, for example, on me length of d e call and on die predetermined time unit charge of the service. When the call ends to the payment service unit 15 is given from die service switching centre 10 die charge information and die transaction is effected in accordance wid flow chart of die in Figure 3 disclosed above. Further alternatively the transaction can be effected by die payment service unit 15 during a charge¬ able service call in die point D of die flow chart of die Figure 2 instead of die points C and E dis¬ closed earlier. The transaction is carried out as follows. Based on the service number the customer's call is routed to the service switching centre 10 of the intelligent network IN 9, where the offered service is identified based on die service number. The customer's or A-subscriber's identity data TT is collected, checked and accepted as described above, and again die sum payable is left open. After d is die call is connected to the service provider (B-subscriber answers) f.ex. to obtain information about die services, such as costs ti ereof, there after die call is transferred back to die payment service unit 15. By means of die payment service unit 15 is arranged to be effected transaction of the service call from the customer's account to the account related to the service of the service provider, as described above and illustrated in the flow chart of die figure 3, there after the customer's call is arranged to be reconnected to the service number from which die service already paid is received. The invention has described above mostly by referring to one of its preferred embodiment, but it is clear, mat die invention can applied in many different ways widiin die scope of inventive idea defined by the attached claims.

Claims: Claims 1. Mediod to arrange a real-time payment service in a telenetwork, in which method any chargeable service offered via die telenetwork is charged directly from die customer in real time, which method has been arranged to be implemented in a telenetwork, as a part of which exists an intelligent network (9), which includes a service switching centre (10), to which the customer's call is directed, and in which die offered service is identified based on the service number, characterized in, that into a connection with the service switching centre (10) of me intelligent network (9) is adapted to include a payment service centre (15), by means of which is identified a customer calling to a service number and is deteπriined a cost of die call, which payment service unit (15) is adapted to function as a payment teiminal such that account data or die corresponding of the customer and the service provider and charge information of the service are transmitted to a payment service of a dedicated network (17) connected to a telenetwork, in which payment service me payment transaction is effected such that from die customer's account is transferred in connection to die service call a monetary amount based on die charge information relating to die service directly to d e account specified by the service provider. 2. Method according to the claim 1 to arrange a payment service via a telenetwork, characterized in that customer identification is adapted to occur such that firstly a customer is registered into die payment service system, in which context is collected customer's customer informations, such as a bank and/or credit card number, and die customer is given identity data (TT), such as a client identity and one or more passwords, which customer information and identity data (TT) of the customer are stored into a customer file adapted to a database (24) in die payment service centre (15), and to die customer is delivered die identity data (TT), and die customer is identified by requesting him for the identity data in connection widi the service call and by verifying the same before the transaction. 3. Mediod according to die claim 2 to arrange a payment service via a telenetwork, characterized in mat in addition to die customer identity the customer is adapted to be provided in connection with the registration as identity information (TT) a set of passwords, which are in a preset sequence, and when die customer calls he will be asked to provide the identity data and the password in me preset shift, after having received d at information by means of the payment service unit (15) is searched from the database (24) for the corresponding customer identity and password in shift and they are verified before the transaction. 4. Mediod according to the claim 2 or 3 to arrange a payment service, characterized in that when dialing die service number, die customer gives his identity data (TT), after giving tiiat information in the payment service centre (15) is searched based on the identity data from the database (24) for die corresponding identity data information and diey are verified, and when the informations given by the customer are correct, the payment service centre (15) is adapted to effect die transaction using the actual account informations in the database (24). 5. Mediod according to anyone of die preceding claims to arrange a payment service via a telenet¬ work, characterized in that the accepted transactions are adapted to be recorded in a log file for the sake of confirmation.

Inventors: AERMAENEN MATTI, AERMAENEN, MATTI
Applicants: AERMAENEN MATTI, FINLAND TELECOM OY, AERMAENEN, MATTI, TELECOM FINLAND OY
Application year: 1997
Main classification: H04M15
IPC codes: H04M15, H04Q3