WO2009142534

The invention relates to methods and system for providing additional services to the subscribers of a mobile cellular communication network, in particular to methods and systems providing travelling subscribers with a service of monitoring, according to their wish, their movement amongst the coverage areas of the mobile cellular communication networks and informing third persons about said movements. The inventive method and system for carrying out said method make it possible to provide the travelling subscribers of the mobile cellular communication networks (MCC) with a service for monitoring their movements between the MCC networks of GSM and UMTS standards, or between the segments of said networks and for informing the recipients selected by the subscriber or another authorised person about the arrival of the subscriber at a new place. Said service requires neither to additionally modify nor update the existing infrastructure of the MCC networks or to introduce additional functionality into the infrastructure elements. Owing to the automatic monitoring and information, said service dispenses the subscribers, upon their arrival at a new place, with the necessity of calling the relatives or sending short SMS to them about that. It is particularly important that the service enables disabled persons (blind, deaf-and-dumb persons and persons suffering from hand and finger arthritis diseases, etc) to inform, without problems, the relatives about their arrival at destination.

The claims ι. A method of providing services to monitor the movement of subscribers between the coverage areas of cellular mobile communication network PCA, comprising the steps of: a) receiving an application from the initiator requests for services through the Internet with the help of a special site for the SS7 signaling system using the short message service or SMS protocol request additional services USSD b) data processing application and the application checks the correctness of the parameters c) monitoring product d) processing the results of monitoring f) informing the recipients of the monitoring results, characterized in that the network of GSM and UMTS, wherein when checking the application parameters validity check for the application intended destination number, time of arrival at the destination subscriber, monitoring is carried out in accordance with a structured according to the application for the monitoring of schedule, by sending a short message to a specified time an SMS to the subscriber, the subsequent message waiting signal from home Location Register subscriber registration confirmation subscriber in the network PCA and subsequent request addresses the current serving the visited location register, use their own database to get the name of a geographical place at the current serving the visited location register, the processing of the results of monitoring checks whether the claimed initiated the proposal includes a clause destination place names derived from monitoring, and whether the estimated time of arrival specified in the application, the time of registration of the mobile subscriber station in the network, informing recipients of the results of monitoring carried out using the short message service or SMS, multimedia messaging or MMS, service or e-mail e-Mail Subject or protocol hyper-text HTTP.

2. A method according to claim 1, characterized in that the application for receiving services is via the Internet using a specific Web site or through a short message service SMS, or through the use of query USSD.

3. A method according to claim 1, characterized in that during validation application validates the destination is specified, the time of arrival at the destination subscriber and the recipient address to send the results of monitoring.

4. The method according to claim 1, characterized in that when validating the application are checked for proper guidance subscriber’s phone number by sending a SMS to the number message with a verification code.

5. A method according to claim 1, characterized in that in case of a mismatch geographical place names obtained at the current serving the visited location register and initiated claimed applications intended destination subscriber is sent a short message SMS, informing unsuccessful attempt monitoring.

6. A method according to claim 1, characterized in that the message waiting signal from the home location register connected to limit specifically specify a timeout.

7. A method according to claim 6, characterized in that in the case of a timeout message signal from the home location register, the subscriber will send a short message SMS, informing unsuccessful attempt monitoring.

8. The method according to claim 1, characterized in that, after informing the recipient of the monitoring results form the short SMS message to the subscriber with a record of sending notifications.

9. A system for providing monitoring services subscribers moving between service areas of mobile communications networks ATP comprising a receiving unit for monitoring applications, the main unit service logic block interaction with signaling network monitoring data output unit, characterized in that the receiving unit requests containing query analyzer configured on monitoring, allowing to check the availability and correctness of instructions destination subscriber and his time of arrival at destination, the main unit containing the service logic executed handler tasks of monitoring and database monitoring jobs that allow compile and use monitoring schedule and run in accordance with the latest in certain time monitoring procedure, the database territorial connection allows checking of whether the addresses obtained from weaving the visited location register serving geographic areas with a geographical place, declared a pioneer in the application when it places an order, the unit of interaction with the signaling network is made containing the handler commands to monitor and interface module MAP to allow use of surgery send a short message SMS, setting a flag out in the home location register and the message signal from the home location register of the subscriber location update to fix the date of registration of the monitoring object in the new service area, power output monitoring is made containing the command handler to be informed, Interface Module MAP, which allows recipients to carry information on the monitoring results using the short message service SMS in case of direct connection of the output unit of monitoring data to the signaling network SS7, interface module SMPP, allowing to carry out informing recipients of the monitoring results using the short message service SMS in case of SMS messages via a third-party center sending SMS messages, the interface module MM7, allowing to carry out informing recipients of the monitoring results using Multimedia Messaging Service MMS, SMTP interface module allows _one to carry out informing recipients of the results of monitoring with e-mail service E-Mail Subject, HTTP interface module that allows the recipient to inform the monitoring protocol using hyper-text HTTP.

A method of providing services to monitor the movement of subscribers between the coverage areas of cellular mobile communication network and the system for its implementation.

The invention relates to methods and systems for the provision of additional services to subscribers of mobile communication, namely, to methods and systems, enabling customers to provide traveling services to monitor, at their request, their movements between the coverage areas of cellular mobile communication network (PCA) and notification of third parties of such movements.

The development and widespread cellular mobile communication contributed to the improvement of various aspects of human life and activity. One of the clearest examples of these can be considered traveling. Now mobile subscribers arriving by plane to another city or country, can use his cell phone to let their loved ones, friends or colleagues about safe arrival. To do this, it is enough to register your phone in one of the mobile networks operating in the area, after which he can easily make calls or send text messages.

However, this is not without some limitations and drawbacks, especially when you consider that mobile phone use in their daily lives virtually all segments of the population, including people with disabilities (blind, deaf, having rheumatic or arthritic diseases of the hands, fingers and etc.).

1. In fact, to make a call or send a text message to a certain time, which is usually not enough when you want to take the luggage off the plane, find a point of customs control (if it was an international flight), book a taxi in the city, etc. ., especially when it relates to people with disabilities.

2. Tariffs for voice calls and text messages when roaming, usually several times higher than the usual domestic tariffs. Significant communication costs while roaming at best frustrate users, and at worst, are left with no means of communication.

3. Set a text message to a mobile phone, although he had received in the recent widespread, but it is still time-consuming activity that requires concentration and error-prone, and practically not possible for persons with disabilities.

4. For people with disabilities are often completely unavailable or extremely difficult traditional mobile communication, for example, a voice call is difficult for deaf or dumb people, a set of text messages is extremely inconvenient for the blind.

Discloses a method and system of the location service in a communication system (Patent 2,314,551, IPC G01S 3/02, H04Q 7/38, Priority Data: 02112321.7 2002.06.27 CN, Published: 2008.01.10).

The known system contains the center of the location of mobile objects (IMPC), which determines the location of the object (OmPA), mobile switching center (MSC), the base station system, its own home location register (SRMP).

The known method is carried out in three stages: Stage 1, where the center of the location of mobile objects (IMPC) receives a request for determining the location of another object on signaling system 7 (CC7) or network control protocol / internet protocol (TCP / IP) , authenticates the subscriber stage 2, which directly requests IMPC switching center address in the current roaming subscriber with the home location register (SRMP) using the short message service request, and step 3 IMPC interacts directly with the switching center of the roaming area, retrieves determining the location of an object (OmPA) in a roaming zone, interacts with OmPA roaming, receives information about the current location of the subscriber and returns the resulting object to the requesting location information.

Disadvantages of the known method and system is that:

1) The method and system developed for networks CDMA

(CDMA), which is much less common than the networks GSM / UMTS.

2) The method and system can determine the location of the subscriber at some given time, but is not intended to generate a notification of the fact that is registering the mobile subscriber station is in a predetermined service area.

3) The method and the system complicated interaction IMPC with the switching center and on OmPA nonstandard protocols for obtaining the necessary information on the exact location of the called party, which leads to complex and costly system.

4) The system requires some additional functions at the switching center and the base station subsystem to receive and transmit information about the location of the subscriber, which are not present in the standard configuration of networks of ATP.

5) Do not allow the opportunity to easily and simply wish to inform the families and friends of their arrival at their destination.

Before the authors task was to develop a method and system for implementing the method, allowing networks to provide subscribers with SPS standards GSM and UMTS, with their consent, and additional services to monitor changes in the service areas of subscribers in networks PCA, in the event that these changes are associated with the flight from one geographic location to another, or otherwise moving, implying off the mobile terminal at the point of departure and its inclusion in the point of arrival. In addition to allow for timely notification of their relatives, friends, or colleagues (the recipient), specified in advance that person or another person, on the website of the service provider, the arrival of the subscriber to the destination.

The problem is solved by a method for providing a service monitor the movement of subscribers between the coverage areas of cellular mobile communication network PCA, comprising the following steps: a) acceptance of the initiator requests for services through the Internet with the help of a special site for the SS7 signaling system using the service SMS or short messaging protocol request additional services USSD b) processing the application and verification of the correctness of the application parameters with) the work of monitoring d) the processing of the results of monitoring e) informing the recipient of the monitoring results using the network standards GSM and UMTS. In this case, when checking the order parameters are correctly check for the application intended destination number, time of arrival at the destination subscriber. Monitoring is carried out in accordance with a structured according to the monitoring of the application of the schedule by sending a short message to a specified time an SMS to the subscriber, the subsequent message waiting signal from the home location register of the subscriber registration confirmation subscriber in the network PCA and subsequent request addresses the current serving the visited location register. In this case, use their own database to get the name of a geographical place at the current serving the visited location register. In processing the results of the monitoring check whether the declared initiated the proposal includes a destination place names derived from monitoring, and whether the estimated time of arrival specified in the application, the time of registration of the mobile subscriber station in the network. Informing recipients of the results of monitoring carried out using the short message service or SMS, multimedia messaging or MMS, or e-mail service E-Mail Subject, or hypertext transfer protocol HTTP. In addition, receiving requests for services performed over the Internet using a special web site, or by short message service SMS, or by using a query USSD. When checking the correctness of the application validates the destination is specified, the time of arrival at the destination subscriber and addresses of recipients to send the results of monitoring, produce validation provide a telephone number of the subscriber by sending an SMS to the number message with a verification code. When monitoring, in case of discrepancy between the name of a geographical place, prepared at the current serving the visited location register and the initiator of the application of the claimed intended destination, the subscriber is sent a short message SMS, informing unsuccessful attempt monitoring. When monitoring timeout message signal from a home location register connected to limit specifically specify a timeout, and if timeout message signal from the home location register, the subscriber will send a short message SMS, informing unsuccessful attempt monitoring. After the work of monitoring and informing the recipient of the monitoring results form the meek SMS to a subscriber with a record of sending notifications.

A system for providing services to monitor the movement of subscribers between the coverage areas of cellular mobile communication network PCA unit of applications for monitoring, the main unit service logic block interaction with the signaling network, the output unit of the data. Thus, the block is made for applications containing the query analyzer for monitoring that allows you to check and correct guidance destination subscriber and his time of arrival at the destination. The main unit contains the service logic executed handler tasks of monitoring and database monitoring jobs. The handler tasks of monitoring and database jobs can be monitored and used for monitoring schedule and run in accordance with the latest in a certain time monitoring procedure. In addition, the core service logic block is made containing the database territorial connection allows checking of whether the addresses obtained from the current serving the visited location register a geographical place with a geographical place, declared a pioneer in the application when placing order. Block the interaction with the signaling network is made containing the handler commands to monitor and interface module MAP. This interface module MAP operation allows sending short messages SMS, setting a flag in the standby home location register and a message signal from the home location register of the subscriber location update for fixing the object of monitoring the registration of the new service area. The output unit monitoring data is made containing the command handler to inform the interface module MAP, the interface module SMPP, interface module MM7, SMTP interface module and interface module HTTP. In this case, the interface module allows the MAP to inform the recipients of the monitoring results using the short message service SMS in case of direct connection of the output unit of monitoring data to the signaling network SS7. SMPP interface module allows the recipient to inform the monitoring results using the short message service SMS when sending SMS messages through a third-party center sending SMS messages. The interface module MM7, allows recipients to inform about the results of monitoring with the service that supports MMS. The interface module allows the SMTP informing recipients of the results of monitoring with e-mail service E-Mail Subject. A HTTP interface module allows the recipient to inform the monitoring protocol using hyper-text HTTP.

Technical effect of the claimed invention is that the claimed method and system for its implementation can provide traveling service to subscribers of the ATP monitoring their movements between the networks of the ATP GSM and UMTS, or segments of such networks, and notification of selected subscriber or other authorized person, recipients the arrival of the party in the new location. At the same time, this service does not require any improvements or upgrades of existing infrastructure networks PCA, making additional functionality in the infrastructure elements. This service, making monitoring and notification automatically, frees users from having every time upon arrival at the new place to call or send SMS text messages to their loved ones, to report the safe arrival. Most importantly, the service will allow people with disabilities (blind, deaf, have rheumatic or arthritic diseases hands, fingers, etc.) without unnecessary inconvenience to inform the relatives of the safe arrival at the destination.

The inventive method and system are illustrated by drawings. FIG. 1 is a schematic representation of the process of implementation of the proposed method using the claimed system, where 1a — PC application initiator, 16 — a mobile phone application initiator, 2a — accommodation requests initiated at a special internet site via the Internet, 26 — placing requests initiated via SMS or USSD Request a signaling network SS7, where USSD — a standardized, ZGRR TS 22.090, ETSI TS 123 090, ETSI TS 124 090, the protocol request additional services in mobile networks, 3 — special Internet service provider’s site, 4 — request to block receipt of applications via SOAP, 5 — unit of applications for monitoring, 6 — core service logic block, 7 — block interaction with the signaling network, 8 — output unit monitoring data, 9 — internal data bus 10 — the interaction with the home location register, and business registers on the location Protocol MAP, 11 — signaling network SS7, 12 — giving the recipient notification by e-mail E-Mail Subject or Hypertext Transfer Protocol HTTP, 13 — issuing the notification recipient through short message service or SMS Multimedia Messaging Service MMS, 14 — PC recipient notification received by e-mail E-Mail Subject or Hypertext Transfer Protocol HTTP, 15 — the mobile phone of the recipient notifications received through the short message service or SMS service that supports MMS.

FIG. 2 is a schematic representation accepting applications for monitoring using the unit for applications 5, where 16a — Interface Module SOAP, 166 — Interface Module SMPP, 16c — Interface Module MAP, 17 — Query Analyzer, 18 — a request from the unit receiving applications for the monitoring of the main unit service logic.

FIG. 3 schematically shows the interaction of the main unit service logic with its surroundings, where 18 — task of monitoring from the power of applications for monitoring the core service logic block, 19 — handler tasks of monitoring, 20 — a database of jobs on the monitor, 21 — a database of territorial binding, 22 — a team to monitor the unit of interaction with signaling network, 23 — the command to inform the recipients of the block data output monitoring. FIG. 4 is a schematic representation of interaction with the operation of the unit signaling network, 24 — a command handler for monitoring, 25 — Interface Module MAP, 26 — Return of the results of the command.

FIG. 5 schematically shows the output of monitoring data, where 27 — command handler for information, 28 — Interface Module MAP, 29 — Interface Module SMPP, 30 — Interface Module SMTP, 31 — Interface Module MM7, 32 — Interface Module HTTP, 33 — to send notification to the recipient through the short message service SMS in case of a direct connection to the signaling network SS7, 34 — sending the notification recipient via short message service SMS when connected to an external center of SMS messages, 35 — sending notification via e-mail service E-Mail Subject, 36 — sending notification via Multimedia Messaging Service MMS, 37 — sending notification via Hypertext Transfer Protocol HTTP, 38 — the mobile phone of the recipient notification sent via short message service SMS ₁ 39 — PC recipient notification sent via e-mail service E-Mail Subject, 40 — Mobile phone recipient notification sent via Multimedia Messaging Service MMS, 41 — PC recipient notification sent by the hypertext transfer protocol HTTP.

FIG. 6 shows the general scheme of the system to provide monitoring services to move subscribers between the coverage areas of cellular mobile communication network.

Services, the provision of which allows to carry out the claimed method and system focused mainly on the subscribers of mobile networks (networks of PCA), which at the time of travel disable cell phones, for example, to travel by air.

The inventive method and system provide an opportunity to network subscribers traveling PCA notify recipients of their safe arrival at your destination, do not waste time calling or texting and not being afraid to significant financial costs of such calls and messages, as well as provide additional opportunities for persons with communication disabilities. For embodiments of the invention use a public network and Internet protocol hyper-text HTTP, where HTTP — Nuregteht Trapsfer Rrotosol, specified, RFC 1.1, the communication protocol used on the Internet to transfer hypertext pages, short message service SMS and protocol for requesting additional services USSD to accommodate the initiator of the application for monitoring, use the signal system SS7, where SS7 — Sigpallipg Sustem # 7, standardized, ITU-T Q.700, a set of telecommunication protocols used in most telephone networks of the world, for the procedure tracking, using short message service SMS , Multimedia Messaging Service MMS, Email Service E-Mail Subject, transfer protocol, hyper-text HTTP to inform the recipients of the results of tracking.

Moreover, the claimed system is used, comprising a unit for receiving requests to monitor 5, whereby accept requests from subscribers home, or others, along with all the accompanying data, the main service logic unit 6, by which the amount and then execute schedule monitor, analyze the results of the monitoring team and give the other blocks of the system, the unit of interaction with 7 signaling network, through which the whole system of physical connection to the network SS7, as well as interaction via MAP, where MAP — Mobil Arrlisatiop Ragt, standardized, ZGRR TS 29.002 interoperation of infrastructure networks of the PCA, with some nodes of the mobile network operators, in particular HLR and VLR, necessary for the success of monitoring, where the HLR — Note to Losatiop Registgu, home location register, which stores information about all the subscribers who have subscribed to an operator of the , VLR — Visitipg Losatiop Registgu, the visited location register, which stores information about all subscribers (both own and subscribers of other operators), served in a certain range of a given operator in a given time, the output unit 8 of monitoring data with which sends the the results of monitoring recipients.

Connection of the system to provide public Internet protocol stack TCP / IP, where the protocol stack TCP / IP — Trapsmissiop Soptrol Rrotosol / Iptemet Rrotosol, a set of protocols for the transmission of data in networks PD developed by IETF (The lnternet Engineering Task Forse) and described in RFC 793 (for TCP) and RFC 791 (for IP). Furthermore, the system is connected to a signaling network connecting mobile communication system using signaling SS7.

Provision of the service begins with placing the application for monitoring. Acceptance of applications for monitoring carried out by means of a special Internet site 3, where the person placing the request (the initiator of the proposal), which may be either the user or other interested person who has a personal computer 1a, 2a is connected to the Internet, using a graphical interface, indicates MSISDN, where MSISDN — Mobil Subssriber Iptegrated Servises digital is pumber Network — standard, ITU-T E.164, the phone number of the mobile terminal (hereinafter to be monitored), the movement of which is necessary to keep track of your destination (city or airport) estimated time of arrival in the destination. In addition, the initiator of the proposal indicates the address of recipients, ie, mobile phone numbers, email addresses, addresses of Internet sites to which you want to send the notification of monitoring results. Initiator application must specify the address of at least one recipient. Alternatively, an application for monitoring place by sending a short message to the SMS or USSD request 26 to the mobile terminal 16 connected to the PCA.

The application form on a special Internet site 3 is sent to the receiving unit of applications for monitoring 5 as a SOAP request 4, where SOAP — Simrle Objests Assess Rrotosol recommended WZS XML messaging protocol in data communication networks. Further, through SOAP interface module 16a request is sent to the query analyzer 17. Notification sent from a mobile terminal using a short message service or SMS protocol request additional services USSD, is directed to a unit for receiving requests for monitoring a request via SMPP 2c, if the receiving unit to monitor the application connected to a short message center and the center receiving requests USSD protocol SMPP, or MAP protocol 2r, if the receiving unit to monitor applications connected to the SS7 signaling system directly. Further, through the interface module 166 or SMPP interface module 16c MAP request is sent to the query analyzer 17. Using Query Analyzer, 17 are checked for correct application. This includes, at least, input validation object monitoring MSISDN address recipient correctly specify the destination and the arrival time (e.g., time of arrival must not be in the past). In the case of detected errors in the parameters of the application, the initiator of the application using the interface of web sites offer them to correct or cancel the request.

In case of a successful application validation, its internal data bus 9 is transmitted in the form of a job to monitor 18 to the handler task of monitoring 19 core service logic block 6, where the task of monitoring — In-System is a special format message. With the handler tasks to monitor lead time of arrival at the destination specified in the application, to the internal system time, then placed the job together with all of the parameters in the database tasks of monitoring 20. The database 20, an application for monitoring remains until the time of monitoring, which is prescribed for some fixed interval (eg 30 minutes) before the estimated time of arrival of the monitoring object to the destination.

By monitoring the time comes with the base unit service logic is removed 6 job from a database of 20 jobs in the monitoring and form a team to monitor the unit for interaction with the signaling network 7. Transmitted via the internal data bus 9. The only parameter is the command MSISDN to be monitored.

To monitor the emergence of a new subscriber in a service area with a command handler to monitor the 24 blocks interaction with the signaling network form a short SMS message and send it via the interface module MAP 25 to 11 SS7 signaling network for the MSISDN number of mobile terminals — the object of monitoring. In the case of SMS delivery confirmation message from the current serving the visited location register by block interaction with the signaling network 7 is sent to the main unit 6 service logic error monitoring, as it is assumed that the monitoring object must currently be out of range of mobile networks. In the case where the last message or serving the visited location register or from the home location register, which is assigned to the monitoring of the absence of the monitoring object (message Absept Subssriber) by interaction with block 7 signaling network home location register send a request to set the flag expectations, using the MAP-REPORT-SM-DELIVERY-STATUS, operation, specify 002/ZGPP ETSI TS 129 TS 29.002. This operation tells the home location register of the need to notify the unit of interaction with the signaling network of the next fact of registration of the mobile terminal in any location of the business registers.

Next, the input interface module 25 block MAP signaling network interactions with 7 posts awaiting signal from the home location register of the registration of the monitoring register a business in any location where the message signal — it is a standard procedure notice a Short Message Service mobile home location register Subscriber when new mobile subscriber within range of a network of ATP, MAP-ALERT-SERVISE-SENTRE specified by the ETSI TS 129 002/ZGPP TS 29.002.

A station on arrival at the destination, includes a mobile terminal and registers it in one of the local mobile networks. At the time of registration of the visited location register procedure produces Losatiop Urdatipg where Losatiop Urdatipg — location update procedure for changing the coverage area of ​​a mobile subscriber, during which the visited location register informs the home location register of the registration of the mobile terminal in its service area.

Home Location Register, having received this information, the unit sends a signaling network interactions with 7-message signal to update the service area to be monitored.

Through interaction with the block 7 signaling network, in this case form and send the home location register address request the current serving the visited location register using the MAP-SEND-ROUTING-INFO-FOR-SM, the operation specified by the ETSI TS 129 002/ZGPP TS 29.002. Home location register in response unit transmits signaling network interactions with Global Title current serving the visited location register where Global Title — global title address host the ATP format of which is described by the recommendation of the ITU-T E.164.

After receiving the required information by block interaction with the signaling network 7 to 9 internal data bus transfer title of the current global service the visited location register in the form of return of a command 26 and the time of receipt of this information, the main unit service logic 6. At the same time delivering a short SMS message to the mobile terminal — to monitor not produce.

After retrieving the data from the block interaction with the signaling network 7, with the handler tasks to monitor 19 of the main service logic block 6 in its own database territorial connection are 21 geographical relevance of global header current serving the visited location register. As the geographical congruence can be a city name, country, airport, etc. In the case of matching place names found in the database, the name of the geographic location specified by the initiator of the application is marked in the database of the main tasks of monitoring the service logic block this task as completed and form a team to inform the 23 block data output 8 on monitoring information to the recipients. The command includes at least the following parameters:

MSISDN to be monitored;

• Check to be monitored in the mobile network at the place of destination;

• Name of the place of arrival;

• A list of addresses of recipients.

With the command handler 27 to inform the monitoring data output unit 8 based on information received from the base unit 6 service logic information are formed for each message recipient corresponding notifikatsionnoe 33, 34, 35, 36, 37 of the arrival of the subscriber — the monitoring object to the specified point. Then, the notification sent to the mobile phone 38 or 40 or a computer 39, 41 the recipient. Depending on the recipient addresses, the specified original application initiator, use different types of transport and delivery notifications respectively different interface modules.

For delivery notification recipient via SMS using MAP interface module 28 in the case of direct connection of the output unit of monitoring data to the signaling network SS7, where MAP — Mobil Arrlisatiop Rart, standardized, ZGRR TS 29.002, the communication protocol of infrastructure networks ATP or SMPP interface module 29 If sending SMS messages through a third-party center sending SMS messages, where SMPP — Short Message Reer t o Reer Rrotosol, specified, SMPP protocol Develoregs Forum interaction of external applications with elements of infrastructure of the PCA.

For delivery of the notification by the recipient MMS using MM7 interface module 31, where MM7 — standardized, ZGRR TS.23.140, interface binding site that supports MMS and third-party systems.

For delivery notification recipient e-mail (e-mail) using SMTP interface module 30 where SMTP — specified, RFC 821, RFC 1123 protocol to send e-mail.

For the delivery and placement of the notification on the website using HTTP interface module 32.