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    • 专利摘要:
    System and method of integral management of commercial transactions in cloud computing architectures. Computer system implemented by a combination of hardware and software, and a method of managing commercial transactions and electronic payment that allows the automatic management of sales processes and the construction of commercial ecosystems through a computational architecture in the cloud. This system produces joint market structures on which to offer products and services, allows transversal integration of commercial models from numerous industrial sectors and facilitates the provision of value-added services that improve customer loyalty (3) and technological assimilation. The system and methods comprise the processes of point of sale management, product supply management and/or service provision, electronic payment management and provision of information services to companies and the customer (3) through a cloud architecture (Machine-translation by Google Translate, not legally binding)
    公开号:ES2607686A1
    申请号:ES201630638
    申请日:2016-05-17
    公开日:2017-04-03
    发明作者:Higinio MORA MORA；Jerónimo MORA PASCUAL；José Luis ALBENTOSA MORA
    申请人:Universidad de Alicante；
    IPC主号:
    专利说明:

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    SYSTEM AND METHOD OF INTEGRAL COMMERCIAL TRANSACTION MANAGEMENT IN CLOUD COMPUTING ARCHITECTURES
    OBJECT OF THE INVENTION
    The invention relates to a computational system comprising a combination of hardware and software, and a method of managing commercial transactions and electronic payment that allows the automatic management of sales processes and the construction of commercial ecosystems through an architecture in the cloud (or, in its commonly used English term, "cloud") focused on the client. This system produces joint market structures on which to offer products and services, allows a transversal integration of commercial ecosystems from numerous industrial sectors and facilitates the provision of value-added services that improve customer loyalty and technological assimilation. The system and the methods of the invention include the processes of management of the point of sale, management of the supply of the product and / or the provision of the service, management of the electronic payment and provision of information services to the companies and the client through a cloud architecture The proposed methods guarantee the confidentiality, non-repudiation and integrity of the transaction information according to the digital signature standards and the PCI ("Payment Card Industry") standard for card payment.
    BACKGROUND OF THE INVENTION
    One of the aspects that are having the greatest boom in recent years, is the development of payment methods that are versatile enough so that they can be used in mobility in an agile, safe and accessible way to any client. There are numerous references to commercial transaction management systems that use existing financial infrastructure and that tend to specialize in the development of devices that are based on traditional payment instruments such as credit or debit cards. However, customer habits are evolving rapidly, the interaction scenarios between retail businesses and customers have forced the development of new payment methods focused on enabling technologies such as NFC (Near Field Communication), RFID (Radio Frequency Identification) and the protocols for secure interaction with electronic commerce through the Internet and which also include the service providers of
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    Teiefonla Movil (PayPal, Google Wallet, Apple Pay, Amazon Payments, Skrill, etc.). There is a change in the operating model of the payment system in commercial transactions, since it is migrated from a commercial model focused on the services provided by financial institutions towards a customer-centered model and its potential markets of interest.
    The following are patents that constitute the state of technological knowledge in the context of the invention:
    US 8249965 B2 proposes a payment platform maintained by the members that use it, without registration fees or transaction fees either for the merchant or for the customer. Its financing is achieved through the interest and dividends generated by a bank account in trust in which each merchant makes a reimbursable initial contribution, so that a commercial ecosystem is promoted that favors loyalty and from which both customers and suppliers benefit.
    US 8856043 B2 establishes a system to facilitate commercial transactions between several suppliers and customers through the management of data flow and interactions between them, providing common storage areas of the documentation generated and integrating it into the payment processing network, it is That is, it focuses on solving the problem of validation process management when there is more than one entity involved in it, for example, when the entity that pays for the product is not the same as the one that receives it.
    US 8645222 B1 provides an informative method to complete the request to purchase an item through the client's mobile device; defines the flow of information that includes: detection of the purchase event and association of the customer with the purchase record; retrieval of order information including customer account information in the financial entity; Generation of the purchase request including customer identification and account information and completion of the operation with the exit of the request for the selected merchant so that he can fulfill the purchase request.
    US 20130185202 A1 proposes a payment system through a mobile device connected to the customer's own data network and that is equipped with a reader / writer
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    Wireless “smart card” which is the one that manages the operation, so that confidence in the transactions is reinforced, since it is the customer's own device that communicates with the payment method (eg credit card ) and not the commercial POS.
    US20130054320 A1 focuses on the final phase of acceptance of the payment transaction by the customer, generating at the point of sale a pictogram (eg QR code) associated with the transaction that is intended to be carried out, which includes all the data of interest and that is captured by the camera of the client's mobile device; the acceptance of the same triggers the completion of the operation through the data network of the client device.
    US 20140074605 A1 proposes systems and methods to promote and facilitate purchases at service stations through electronic commerce and, in particular, taking advantage of the facilities provided by mobile devices as a way to attract new customers, with personalized offers. The merchant's system can detect that a particular customer is nearby or even in your establishment (using the integrated GPS or Wi-Fi network). In the same way, the client's application can interact with the merchant's system to obtain additional advantages by buying in that establishment.
    US20140379500 A1 claims a system and method for the control of the financial transactions of different points of sale in a unified way through its wireless device, regardless of the type of commerce and the payment method that each client has active.
    US20150142588 A1 proposes a system and method to automate the process of payment and supply of fuel in service stations, interacting with the customer through applications installed on their mobile device. The objective is to reduce as far as possible human errors in refueling and reduce the possibility of fraudulent use. The method accesses a server to determine if the user is authorized to use the service, validates through the GPS of the mobile device that the client is in the correct station, controls that the corresponding supplier is not occupied by another user, activates or blocks the supplier and manages the courier with the customer to ensure the correction of refueling parameters (type of fuel, price, etc.) and the acceptance of the operation.
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    The background shows, in general, the objective of adapting traditional means of payment to electronic commerce in mobility and taking advantage of the existing banking infrastructure. There is a tendency to propose “ad hoc” proposals for very specific and homogeneous sectors, such as gas stations and service stations. The development of models that are independent of the application case and that take advantage of cost reduction benefits is pending. , scalability, security and fault tolerance offered by "cloud computing", evolving the idea of electronic commerce by interrelated customer needs and consumption in order to improve the supply of products, encourage the incorporation of new customers and promote the loyalty of them.
    DESCRIPTION OF THE INVENTION
    The purpose of the invention is to provide a system and method capable of fully and automatically managing business transactions, as well as electronic payment through an architecture based on the cloud paradigm. This architecture is transversal to numerous commercial ecosystems and industrial sectors that share the same processes of sales and purchase without assistance and therefore builds a commercial ecosystem with which to create synergies and offer value services added to the client.
    In the description of this invention, the process of supplying a good or providing a service in exchange for an economic consideration of money is understood as a commercial transaction. The commercial ecosystem is understood as the economic community in which different companies and customers interact through commercial transactions.
    The invention controls the entire transaction in an unattended manner and, therefore, automates the sales processes aimed at the end customer, facilitates the transformation of the business models into “Business-to-Consumer” (B2C) sales schemes, streamlines the interaction with the client and improves the productivity and security of the company's business processes. Likewise, it introduces the client into a virtual environment creating a community of users that interact through the cloud platform and access a set of additional applications and services of added value.
    The system and method of the invention constitute a solution to automate and move business transaction management processes to the cloud, and to attract
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    users and companies towards electronic payment schemes through mobile devices. The system provides comfort and access to complementary functionalities for users and competitive advantages for companies that use them.
    The companies attached to the invention system can share the customer base and their preferences, thus creating synergies between complementary and competing businesses.
    To fulfill this purpose, the system and method of the invention contemplate the characteristics and procedures of a commercial transaction formed by the supply of a product or the provision of a service, and its corresponding payment by the customer. They identify the aspects that offer agility and comfort to customers in the purchase and payment process, as well as the requirements and needs of multiple companies to automate their management.
    Likewise, the system and the method of the invention contemplate the sales and collection procedures, the automatic sales methods, the electronic payment systems, the execution of transactions on mobile devices and the computational architectures that support them to identify their limitations and problems. The system and method of the invention also take into account the aspects that determine the adoption of the technology and the barriers of acceptance by the end customers.
    The invention thus implies a substantial improvement of the current commercial transaction management systems, mainly due to the advantages of automatic execution of the sale without human interaction (elimination of errors, possibility of fraud, etc.), greater security and guarantees the payment and collection procedure, the possibilities of execution through mobile devices, the ease of integration with the existing commercial systems of the commercial company and the ubiquitous management of transactions through the cloud platform that allow customers and companies to access to aggregate information of the transactions. Additionally, the system of the invention helps to overcome the barriers of adoption of the technology by customers and provides advantages that improve their subsequent loyalty.
    So that the supply of products or services can be done without intervention
    human, it is necessary to install automatic service machines connected to the
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    system operating according to the method of the invention. For example: ticket dispenser, betting machine, vending machine, fuel dispenser, telephone booth, pharmaceutical dispenser, etc. It is also possible to apply this method in commercial processes in which the products are supplied by people and the payment and collection of services and / or products is delegated to the system described in this invention. In this case, the operator performs only the function of machine supplying the products.
    The proposed system recognizes three main actors:
    - The customer who makes the purchase transaction.
    - A commercial company that performs the sale transaction.
    - The cloud service provider that manages, manages and maintains the subsystems, procedures and cloud infrastructure and provides information and services to the client and the company.
    With the system of the invention, customers can access the information of the transactions made through the internet and at all times. Queries are channeled through web interfaces accessible by any device connected to the internet, including mobile or portable devices. In addition, the system supports the incorporation of analysis tools on transactions so that they can provide elaborated information and other services from the processing of aggregate data.
    The information can be transversal and include transactions with different companies or businesses, so that the client accesses a commercial ecosystem in which to integrate their operations through the mobile, obtain advantages and access to joint loyalty services.
    From the supply side, the companies attached to this system have the relationship of transactions of customers who have their personal data and business relationship. These companies can benefit from the global set of customers registered to increase the sales flow of their own systems. Based on this information, they can design commercial or loyalty strategies that are particular or shared with customers.
    The invention allows to overcome inconveniences in the aspects listed to
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    continuation:
    - Relating to the process of execution of the transaction: the system fully automates the commercial transaction process of the operations with computer systems or machines for the provision of services or the provision of products including the management of the payment by the customer and the collection for the company. This automation completely ignores human interaction in all phases of the process.
    - Relating to the correct and error-free execution: the automation of all the processes involved in the commercial transaction and the non-intervention of human personnel frees the process from failures caused by errors or defects, intentional or not, in the execution.
    - Relating to information security: the method increases the information security of the transaction and the payment and collection process. The system guarantees the confidentiality and reliability of the transaction information using electronic signature techniques and PCI protocols.
    - Related to the integration of mobile payment technologies: the system and method integrate new payment technologies with mobile devices in the hands of customers into the commercial network and points of sale of the company.
    - Relating to the creation, storage and access to transactional information: information about the transaction is created automatically at the moment it is executed and transferred to the cloud for archiving, maintenance and electronic consultation through computer systems connected to Internet. In addition, the consolidation of commercial activities of the same company for obtaining aggregated data is facilitated.
    - Relating to ubiquitous access to commercial information: the invention transfers to the cloud the processes of managing commercial information related to customer and transaction data, and allows access through web applications and other internet services. In this sense, it provides a value-added service for customers by
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    Offer transaction histories and transaction analysis tools.
    - Concerning the design of commercial strategies: the automation of the transactions entails the identification of the client in each operation and therefore allows the design of personalized commercial strategies according to the client, the product, the place and the moment of the operation, for one or several machines of one or several companies in the ecosystem.
    - Concerning the acceptance of the technology by the client: the possibilities of obtaining commercial advantages from the clients when integrating into a commercial ecosystem based on the Internet reduces the barriers to entry and increases the acceptance of the system of the invention against other existing particular systems of one or few shops.
    - Related to the development of loyalty strategies: the design of joint loyalty strategies of the commercial ecosystem and the implementation of commercial advantages linked to access to cloud services through mobile devices, improve the commercial perception of the affiliated companies to the system and increase the chances of retaining customers and increasing their sales flow.
    The invention provides a novel approach that gives solution to the problems posed in the commercial and business field described. The system combines in an innovative way the new technologies to reach the public, update the payment and commercial collection systems and cover a large number of companies and users.
    With the invention, it is possible to manage commercial information by offering analysis tools and other value-added tools for the client and companies. The invention system uses a cloud platform to support the management, storage and analysis systems of transactional information, as well as customer loyalty. This platform allows for ubiquitous communication with users (clients) and companies, and facilitates the implementation of the protocols for the secure transmission of information according to recognized standards.
    The transaction management method defines an architecture configured as a
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    layer structure formed by a central element hosted in the cloud that manages the entire process, guarantees access to information and maintenance of security. All authorization, maintenance, consultation and analysis operations are carried out through the central system in the cloud.
    The operations of communication with the client devices and the systems of the companies are carried out in accordance with the principles of the paradigm of architecture oriented to services SOA (“Service Oriented Architecture”) and of mobile communication PUSH. The provision of functionality has been designed through web services implemented with the SOAP (“Simple Object Access Protocol”) and REST (“REpresentational State Transfer”) protocols to better adapt to the needs according to the device used in each case. The web services relationship is as follows:
    - SOAP service: Library of services that provides the functionality for the execution of the transaction. It has an interface that exposes methods for the actors that require it.
    - REST Service: Service library that provides functionality to mobile applications that connect to the system for the execution of commercial transactions.
    - The PUSH mobile communication includes information messages sent from the management and cloud analysis system to the machines and mobile devices of the clients. This communication is used to send notifications about the occurrence of events and changes of status in the transaction process.
    The invention promotes the development of electronic commerce activities in the commercial and technological field. The companies that implement the system and the method of the invention contemplate substantial improvements in the corporate technological image and productivity, since they can deploy a fully automated 24/7 commercial offer. Likewise, they can take advantage of a technological platform to implement business strategies together using the information generated by the transactions of the companies in the ecosystem. This system allows
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    create commercial synergies between the affiliated companies and improve customer satisfaction.
    On the other hand, companies that provide cloud services find in this system opportunities for technological expansion for the deployment of applications, services and information technologies that increase the competitiveness of the business fabric.
    A basic embodiment of the system of the invention is defined in revindication 1. Alternative embodiments of the system are defined in the dependent claims. The basic embodiments of the method of the invention are defined in claims 30-32.
    BRIEF DESCRIPTION OF THE FIGURES
    Figure 1 shows a general scheme of the system of integral management of commercial transactions and electronic payment of the invention according to a preferred embodiment of the invention, where the fundamental subsystems and modules comprising said system and the information flows between the same.
    Figure 2 shows a general scheme of the system of integral management of commercial transactions and electronic payment of the invention detailing the management module and cloud analysis, according to a preferred embodiment of the invention, where the fundamental modules comprising said Management module and cloud analysis and information flows between them.
    A flowchart of the business transaction process and the collection and payment management process is shown in Figure 3.
    The numerical references of the elements of the invention are indicated below:
    Commercial transaction subsystem (1)
    Commercial machine (2)
    Client (3)
    Trading Company (81)
    Management module and cloud analysis (5)
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    Supplier (51)
    Mobile device (4)
    Mobile web interface (4W)
    Information management subsystem (6)
    First information management device (7) - or client information management device (7) (3) - First web port (7W)
    Second information management device (8) - or information management device (8) of commercial company (81) - Second web port (8W)
    Electronic management subsystem of the collection and payment process (9)
    Collection and payment management provider (10) Subsystem of commercial applications (11)
    Commercial Applications (12)
    Provision (13) of a service or delivery of a product Selection, notification and security information (14)
    Secure Access Information (15)
    Control, configuration, notification and service data (16)
    Notifications (17)
    First web interface (19) -o client web interface (19) (3) -
    Second web interface (18) - or commercial web interface (18) (81) -
    Internet (20)
    Payment methods data and service authorizations (21)
    Data flow (22)
    Information flow and results (23)
    Information Management Component (24)
    Analysis tool (24 ’)
    B2C interface (25)
    First information interface (25 ’) - or client information interface (25’) (3) - B2B interface (26)
    Second information interface (26 ’) -o commercial company information interface (26’) (81) - REST interface (26 ’)
    Mobile component (27) -or purchase component- Registration and download portal (28)
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    App automatic purchase App (4A)
    Mobile interface (29) -or purchase interface- Web services media (29 ’)
    Machine component (30) -or sale component- Machine interface (31) -o sale interface-
    Machine communications server (32) - or sales communications server - Message server “sockets” (32 ’)
    PUSH Message Server Component (33)
    Middleware component (34)
    Data Interface (35)
    First functions (35 ’)
    Data access module (36)
    Second functions (36 ’)
    Application Connector (37)
    Data Component (38)
    Admin Database (39)
    Trans Database (40)
    Database Companies (41)
    Customer Database (42)
    Payment and payment interface component (43)
    Means of collection and payment (43 ’)
    DETAILED DESCRIPTION OF THE INVENTION
    As described above, the system and method of integral management of commercial transactions and electronic payment of the invention allow the automation of commercial transactions for the provision of services or provision of products and the management of electronic collection processes and payment. Additionally, the system and the method of relationship with the client (3) through their mobile devices through a cloud infrastructure favor the creation of commercial ecosystems for companies and users in which to have ubiquitous access to the historical information generated, to have tools and analysis applications and access value added services.
    More specifically, the general system comprises the following elements, according to a preferred embodiment of the invention represented in Figure 1:
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    - Commercial transaction subsystem (1): it can be located in the premises of the commercial company (81), as illustrated in figure 1. The commercial transaction subsystem (1) illustrated in figure 1 comprises a commercial machine (2 ), a client (3) and a mobile device (4) of the client (3).
    - Commercial machine (2): it is a machine that supplies the product or service provider.
    - Client (3): user who uses the system. The user receives a product or service in exchange for an economic consideration.
    - Mobile device (4): client device (3) that has a mobile web interface (4W). The customer (3) can interact with the system, access commercial applications, promotions and commercial offers, consult transactional information histories in a unified manner and execute the analysis functions related to commercial transactions through the mobile device (4).
    - Cloud management and analysis module (5): it can be located in the provider's systems (51) of the cloud service as illustrated in figure 1. The cloud management and analysis module (5) comprises the essential components for management of the commercial transaction, the acquisition and analysis of the information generated and its presentation to users and companies.
    - Information management subsystem (6): subsystem comprising a first information management device (7) - or client information management device (7) (3) - and a second information management device (8) -o information management device (8) of commercial company (81).
    - First information management device (7): client information management device (7) (3) that has a first web port (7W). The client (3) can access the commercial applications, promotions and commercial offers, consult the transactional information histories in a unified way and execute the analysis functions related to the commercial transaction through the first information management device (7) - or client information management device (7) (3).
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    - Second information management device (8): information management device (8) of a commercial company (81) that has a second web port (8W). The commercial company (81) can administer the system, consult the transactions executed by the commercial machines (2) deployed, analyze the information obtained from them and maintain the applications in the commercial ecosystem through the second information management device ( 8) -o information management device (8) of commercial company (81).
    - Electronic management subsystem of the collection and payment process (9): it can include different management providers (10) that are in charge of managing payment payments and receiving receipts over the Internet. For example, PayPal, Lleko, Stripe, Recurly, etc.
    - Applications subsystem (11): it comprises second information management devices (8) - or information management device (8) of commercial company (81) - and commercial applications (12).
    - Commercial applications (12): Set of applications, individual or collective of several commercial companies (81) attached, customer oriented (3). For example: marketing and loyalty applications, launching offers, promotions, discounts, etc. that affect the commercial machines (2) of one or several commercial companies (81). The commercial applications (12) may be in the cloud system of an external service provider, be included in the same server where the cloud management and analysis module is located (5) or be housed in the computer systems of each commercial company ( 81) individually.
    The communication flows that occur in the realization illustrated in the scheme of
    Figure 1, are as follows:
    - Provision (13) of a service or product corresponding to the commercial transaction that is performed.
    - Selection information, notifications and security (14) corresponding to the selection of commercial options, notifications about the status of the operation and security information to carry out the payment process.
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    - Secure access information (15) of the client (3).
    - Control, configuration, notifications and service data (16) provided to the machine (2) to interact with the customer (3) and execute the transaction.
    - Notifications (17) to the customer (3): Web interfaces to indicate the selection options of the product or service, as well as the flow of notifications from the management module and cloud analysis (5).
    - First web interfaces (19) for the client (3): the first web interfaces (19) - or client web interfaces (19) (3) - allow to visualize transactions or analysis information generated from the point of view of the customer (3).
    - Second web interfaces (18) for the company (81): the second web interfaces (18) - or web interfaces (18) of a commercial company (81) - allow you to configure the operating options of the commercial machines (2) and visualize transactions or analysis information generated from the point of view of the company (81).
    - Internet (20). All communication between the commercial transaction subsystem (1), the electronic management subsystem of the collection and payment process (9), and the information management subsystem (6) with the cloud management and analysis module (5) is performed through the internet (20).
    - Data of payment methods and service authorizations (21) corresponding to the collection and payment processes.
    - Data flow (22) corresponding to the maintenance of commercial applications (12) by commercial companies (81).
    - Information flow and results (23) of commercial applications (12): commercial applications (12) may require customer information inquiries (3) and transactions, and may result in specific business strategies for customers (3) .
    The cloud management and analysis module (5) is the central element that coordinates and connects the commercial transaction subsystem (1), the electronic collection and payment management subsystem (9), the commercial applications subsystem (11) and the information management subsystem (6) to the customer (3) and the company (81). The cloud management and analysis module (5) additionally includes the tools to notify and analyze the information obtained by the transactions and provide it in an appropriate format to the parties. The cloud management and analysis module (5) is the central cloud part and is hosted on servers accessible by Internet (20). Its design is based on an SOA (acronym in English above, corresponding to "Service Oriented Architecture").
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    More specifically, the cloud management and analysis module (5) comprises the following elements, according to a preferred embodiment of the invention represented in Figure 2:
    - Information management component (24): Contains web elements and services to present information to users (3) and companies (81) attached to the system. The information management component (24) may comprise an analysis tool (24 ’) of the information stored relative to each company. The information management component (24) can also comprise a B2C ("Business-to-Consumer") interface (25) and a B2B ("Business-to-Business") interface (26):
    - B2C interface (25): connected to the first information management device (7) - or client information management device (7) (3); The B2C interface (25) comprises a first information interface (25 ') - or customer information interface (25') (3) - addressed to the customer (3), configured to access transaction information and other information . The B2C interface (25) can change its structure according to the type of device and destination platform.
    - B2B interface (26): connected to the second information management device (8) - or information management device (8) of a commercial company (81); The B2B interface (26) comprises a second information interface (26 ') - or commercial enterprise information interface (26') - to serve and connect the middleware component (34) with the commercial enterprise systems ( 81) ascribed according to the B2B paradigm. The B2B interface (26) can also comprise a JT-type REST interface (26 ’) configured to streamline communications. The REST type interface refers to any inter-system interface that directly uses HTTP to obtain data or indicate the execution of operations on the data, in any format. Specifically, in this case, the JSON format is used to structure the information.
    - Mobile component (27) -or purchase component: includes the web elements and services to execute the commercial logic with the customer (3). The web services will be of type SOAP and REST. It comprises the following parts: a registration and download portal (28) and a mobile interface (29) - or purchase interface:
    - Registration and download portal (28): configured as a web interface portal
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    addressed to the customer (3) to allow a customer registration (3) and a download of an automatic purchase application App (4A). Registration and generation of secure access data are carried out through web services invoked from the registration and download portal (28). The design of the application of automatic purchase App (4A) is carried out according to the recommended procedures for operating systems such as IOS, Android and MS Phone, so it can also be included in the offer of distributors of applications for mobile devices such as Apple Store , Microsoft Store or Google Play.
    - Mobile interface (29) -o purchase interface: it comprises a plurality of web services configured for the execution of the commercial transaction procedures by the customer (3). These web services can be invoked by the automatic purchase application App (4A) from the client's mobile device (4) (3).
    - Machine component (30) -or sales component: component that interacts with commercial machines (2) deployed by commercial companies (81) attached to the system to execute the transaction by the commercial company (81). It comprises the following parts: machine interface (31) - or sales interface - and machine communications server (32) - or sales communications server:
    - Machine interface (31) - or sales interface: it comprises a plurality of functions to interpret the messages received according to the nature of each commercial machine (2) and execute a plurality of actions according to the customer (3) and the type of product or service
    - Machine communications server (32) - or sales communications server: it comprises a message server “sockets” (32 ') to interact with the commercial machines (2) deployed. The communication is done through the internet (20 ).
    - PUSH message server component (33): PUSH communication message server to report event notifications or changes of status to the commercial machine (2) or to the mobile device (4) in an economical, fast and secure way.
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    - Middleware component (34): Middleware layer through which all the operations related to the processing and consultation of commercial transactions, with the collection and payment processes and with the configuration of the commercial aspects must pass, which allows defining a method of manage and establish homogeneous security criteria for users and companies attached to the system. This layer constitutes an API (“Application Programming Interface”) that will be used to serve all requests. This layer includes the following elements: data interface (35), data access module (36) and application connector (37):
    - Data interface (35): it includes a library of first functions (35 ’) for accessing system information. These first functions (35 ’) implement the security mechanisms in the access to information.
    - Data access module (36): includes a library of second functions (36 ’) for the consultation and maintenance of system information. These second functions (36 ’) are closely linked to the data component.
    - Application connector (37): connector between commercial applications (12), the information management component (24) and the mobile component (27) -or purchase component. The application connector (37) is configured to transfer the commercial options specified by the commercial applications (12) to the behavior of the automatic purchase application App (4A), to the first web port (7W) through a first web interface ( 19) -o client web interface (19) (3) - and the second web port (8W) through a second web interface (18) -o web interface (18) of commercial company (81). The application connector (37) adapts the commercial characteristics established by the commercial applications (12) of the commercial companies (81) attached to the system to the system's operating requirements and gives the ecosystem flexibility to define different strategies.
    - Data component (38): set of databases containing the information stored and generated from the commercial transactions executed by the system between the commercial machines (2) and the customers (3). The architecture of the databases is established under the criterion of “multitenancy”, by which, in the same database, the data of several companies are integrated
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    of the ecosystem, allowing high scalability in the presence of a large number of different organizations. You can have four types of databases organized in a relational way according to the structure of a General Database System. These four databases are called: Admin database (39), Trans database (40), Companies database (41) and Clients database (42):
    - Admin database (39): Database where the directory in which the specific database in which the data of each company is located, the different system modules to which each company has access is located and the audit of access and use of applications. Act as a global orchestrator of the system. It therefore contains the data that, due to access and performance, must be grouped and located in a single database independently of the client (3).
    - Trans database (40): contains the data of the commercial transactions carried out safely. The information stored in this database is conveniently encrypted using an RSA asymmetric encryption system (“Rivest, Shamir and Adleman ') whose private keys are stored in a hardware element called HSM (“ Hardware Security Module ”) that prevents Access to them by any external user and allows compliance with the electronic signature and PCI regulations.
    - Companies database (41): collection of databases where the affiliated companies are grouped. They contain the specific data of the companies such as machines (2) displayed, configuration data, etc. All databases of this level have the same data schema and can host the data of one or more companies.
    - Clients database (42): database with the specific data of the customers (3) that have been registered in the system and have downloaded the App automatic purchase application (4A). The tables related to your access information are encrypted following the same scheme as with the Trans database (40).
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    - Collection and payment interface component (43): set of procedures to make calls to the collection and payment management providers to record the monetary consideration of the commercial transaction.
    First, the customer (3) must install an automatic App purchase application (4A) on the mobile device (4) that allows him to interact with the proposed system. This application is called “automatic purchase application”. The App (4A) automatic purchase application will be independent of the companies (81) and, therefore, from the moment it is installed, this App (4A) automatic purchase application will be valid for all the points of sale of the companies (81) attached to the system. In this sense, the application of automatic purchase App (4A) will be the gateway to the commercial ecosystem. The process that describes the installation of the automatic purchase application App (4A) follows the steps indicated below; in the execution of the process the elements that are also mentioned below are involved:
    a) The customer (3) connects his mobile device (4) with the mobile component (27) -or purchase component- through the internet (20). This connection is made through a registration and download portal (28), which can be an application of the cloud service provider.
    b) Select the appropriate version of the automatic purchase application App (4A) according to the characteristics of the mobile device (4). In the event that a version compatible with the mobile device (4) is not found, the client (3) will not be able to use this system and that ends the entire process.
    c) Register in the system. The registration process is defined by the following actions:
    c1) Introduction of personal and billing information;
    c2) Introduction of accepted payment methods data (for example, credit card data, etc.);
    c3) Generation and sending of secure access information to the client (3) to be used as identification in transactions and in subsequent information inquiries;
    d) Download and install the automatic purchase application App (4A).
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    The information management subsystem (6) presents the information generated in the transactions at the application level. The processes are different depending on whether companies (81) or customers (3):
    A) Clients (3) access the B2C interfaces (25). The process and the elements involved in the consultation of information by customers (3) is as follows: A.1) Connection of a first information management device (7) -or device of
    client information management (7) (3) - which has a first web port (7W) to the B2C interfaces (25) of the cloud management and analysis module (5). A web browser and a URL address are used for this.
    A.2) Introduction of secure access information (15) by the customer (3).
    A.3) Presentation of the historical information of the transactions and summary and analysis tools through a first web interface (19) - or client web interface (19) (3).
    B) The information consultation process for companies (81) attached to the system can be carried out through two channels: according to an access through a web interface and through B2B interfaces (26) that link directly to the information systems of these companies (81) for accounting and inventory. In the first case, the procedure follows the same steps as for customers (3). The affiliated companies will have secure access data to access through the internet (20) the information about the transactions and the configuration aspects of their machines (2) deployed.
    The commercial transaction subsystem (1) is where the provision (13) of a service or the supply of a product and the corresponding economic consideration by the customer (3) are effectively carried out. The innovation of this subsystem is the unattended automatic control of the commercial transaction from a remote system hosted in the cloud. Additionally, the system separates the collection and payment processes from the delivery of products and services, which eliminates the problems related to the deposit of money and exchange. The versatility and ease of installation of the machines (2) facilitates the deployment of outlets for a wide variety of products and services. For example: vending machines, pharmacy dispensers on call, service station suppliers, video clubs, ticket dispensers and
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    transport tickets, etc. It can even be applied to the provision of products and services by human operators by delegating the payment and collection of services and / or products to the system described in this invention. With the proposed system there is no interaction between the machine (2) and the customer (3) until the effective delivery of the product or service, which reduces the presence of errors.
    The electronic management subsystem of the collection and payment process (9) performs the necessary operations to make the payment to the customer (3) according to the means of payment enabled. By means of enabled payment means a financial instrument capable of paying the transaction and that has been authorized for that client (3). For example: usual credit cards, loyalty cards of the commercial company, PayPal credit, electronic currencies, etc. You will not be able to directly handle fiat money.
    The procedure that defines the operation of the commercial transaction and electronic management module of the collection and payment process is detailed below according to the steps and the flow of communications detailed in Figure 3, in which the described components and the mechanisms of specified communication:
    a) When the customer (3) wishes to purchase a service or a product through the system of the invention, he must indicate the commercial establishment in which he is through the automatic purchase application App (4A) previously installed. This procedure informs the management module and cloud analysis (5) of the physical location of the client (3). In the absence of human interaction by the company (81), this identification must be done automatically. This information will be sent through web services. Two selection possibilities are offered:
    a1) Through the geolocation of the client (3) through the GPS system (“Global Positioning System”) of the mobile device (4). a2) By reading a QR code (“Quick Response”) provided by the company for this purpose through an image sensor of the client's mobile device (4) (3).
    b) Once the cloud management and analysis module (5) knows the customer's commercial location (3), it offers you through a screen of the automatic purchase application App (4A) of your mobile device (4) the catalog of products or services available in the indicated place. This information will be sent through web services.
    c) The client (3) selects the services and / or products that he wishes to acquire and sends that
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    information to the management module and cloud analysis (5). This information will be sent through web services.
    d) The cloud management and analysis module (5) informs the customer (3) of the total cost of the transaction and asks for the acceptance of the operation. This information will be sent through web services.
    e) If the customer (3) agrees to continue with the transaction, he must select the means of payment from among the options configured in his application of automatic purchase App (4A) and enter his security password to be able to use it. This information will be sent through web services.
    f) The cloud management and analysis module (5) will launch a collection request through the electronic collection and payment management subsystem (9).
    g) The electronic collection and payment management subsystem (9) verifies the validity of the security data and will perform a pre-authorization on the account or on the customer's card (3) of the transaction cost.
    h) With the result obtained, the cloud management and analysis module (5) will be informed to proceed with the transaction.
    i) If the preauthorization has produced an incorrect result, the client will be informed by a PUSH message (3) and the operation is completed.
    j) If the payment pre-authorization process is correct, the cloud management and analysis module (5) then informs the machine (2) of the commercial location where the customer is located (3) and that he can provide the Products and / or services. This notification is done by exchanging sockets messages. The client (3) will also be informed by a PUSH message that he can receive the products and / or services.
    k) Provision (13) of products and / or customer services (3) by the machine (2). The cloud management and analysis module (5) is informed of the success of the operation.
    l) A payment confirmation will be launched to the electronic collection and payment management subsystem (9). If there is a partial delivery of products and / or services, the final amount of the operation will be updated as effectively delivered.
    m) The electronic collection and payment management subsystem (9) will execute the payment on the pre-authorized amount and inform the cloud management and analysis module (5) about the success of the operation.
    n) The cloud management and analysis module (5) will close the operation, generate the purchase ticket that will be stored in the Trans Database (40) and notify the user of the success of the supply and payment. The client (3) may consult the ticket through the
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    mobile device (4) or information management subsystem (6).
    Finally, the system and method described in this invention produces commercial ecosystems when shared by several companies. Each affiliated company can place numerous automatic sales machines (2) and deploy the described method to execute the transactions with them. You can take advantage of the customer base (3) of the system to design marketing strategies or participate in others in progress. For their part, customers (3) benefit from an increase in the offer available through the same automatic purchase system with the mobile device.
    As described, a first aspect of the invention relates to a comprehensive business transaction management system comprising:
    1a) a cloud management and analysis module (5) configured to manage a commercial transaction originating from a customer (3) to a commercial company (81); 1b) a commercial transaction subsystem (1) connected to the cloud management and analysis module (5), comprising the commercial transaction subsystem (1): a commercial machine (2) and a mobile device (4) of the customer (3) ;
    lc) an information management subsystem (6) connected to the cloud management and analysis module (5), comprising the information management subsystem (6):
    1c1) a first information management device (7) - or client information management device (7) (3) - configured to communicate with the cloud management and analysis module (5) and to provide information to the customer (3 );
    1c2) a second information management device (8) - or business management information management device (8) (81) - configured to communicate with the cloud management and analysis module (5) and to provide information to the company (81);
    ld) an application subsystem (11) connected to the cloud management and analysis module (5), comprising the application subsystem (11):
    1d1) a second information management device (8) - or business management information management device (8) (81) - configured to communicate with the cloud management and analysis module (5) and to provide information to the company (81);
    1d2) a plurality of commercial applications (12) configured to communicate with the cloud management and analysis module (5) and with the second information management device (8) - or information management device (8) of
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    trading company (81);
    le) an electronic management subsystem of the collection and payment process (9) connected to the cloud management and analysis module (5), the electronic management subsystem of the collection and payment process (9) comprising a management provider (10) configured to manage a payment shipment and an online receipt of receipts (20);
    where:
    lf) the cloud management and analysis module (5) and the subsystems (1, 6, 9, 11) are connected forming a cloud infrastructure.
    lg) the cloud management and analysis module (5):
    1g1) is configured as a central module;
    1g2) comprises a plurality of components (24, 27, 30, 33, 34, 43) configured to manage the commercial transaction between the customer (3) and the commercial machine (2):
    lgla) carrying out an acquisition and analysis of information generated in the commercial transaction;
    lglb) establishing communications with the customer (3) and with the commercial machine (2).
    As can be seen, the cloud infrastructure formed by the cloud management and analysis module (5) and the subsystems (1, 6, 9, 11) is configured to provide information and services to the customer (3) and the commercial company (81) and enable commercial transactions between the customer (3) and the commercial company (81). In the system of the invention:
    - the customer (3) is the origin of a request for a commercial transaction; from the customer's point of view (3), the requested commercial transaction is a purchase transaction; in other words, the customer (3) acts as a buyer in the commercial transaction;
    - the commercial company (81) is the recipient of the commercial transaction request; from the point of view of the commercial company (81), the commercial transaction received is a sale transaction; in other words, the commercial company (81) acts as a seller in the commercial transaction;
    According to other features of the invention:
    - The cloud management and analysis module (5) is managed, managed and maintained by
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    a provider (51) of a cloud service.
    2. The cloud management and analysis module (5) can include:
    2a) a machine component (30) - or sale - connected to the machine (2), configured to channel communications between the cloud management and analysis module (5) and the machine (2);
    2b) a mobile component (27) -or purchase- connected to the mobile device (4), configured to channel communications between the management and cloud analysis module (5) and the mobile device (4);
    2c) a PUSH message server component (33) connected to:
    2c1) the mobile component (27) - or purchase - and the machine component (30) - or sale - configured to channel communications between the mobile component (27) - or purchase - and the machine component (30) -o sale;
    2c2) the machine (2) configured to send PUSH messages to the machine (2);
    2c3) the mobile device (4) configured to send PUSH messages to the mobile device (4).
    3. The machine component (30) -or sale- may comprise:
    3a) a machine interface (31) -or sale- connected to the machine (2), configured to channel communications between the machine component (30) -or sale- and the machine (2);
    3b) a machine communications server (32) -or sale:
    3b1) connected to the PUSH message server component (33);
    3b2) comprising a message server "sockets" (32 ’) configured to interact with the machine (2).
    4. The mobile component (27) -or purchase- may comprise:
    4a) a registration and download portal (28) configured:
    4a1) as a web interface portal aimed at the customer (3);
    4a2) to allow a customer registration (3);
    4a3) to allow a download of an automatic purchase application App (4A) - the download of the automatic purchase application App (4A) is performed on the mobile device (4);
    4b) a mobile interface (29) or purchase:
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    4b1) connected to the PUSH message server component (33);
    4b2) comprising web service media (29 ’) configured to allow the client to execute business transaction procedures (3).
    5. The cloud management and analysis module (5) may comprise an information management component (24) comprising:
    5a) an analysis tool (24 ’) of stored information related to the commercial company (81).
    5b) a B2C interface (25):
    5b1) connected to the first information management device (7) - or customer information management device (7) (3);
    5b2) comprising a first information interface (25 ') - or customer information interface (25') (3) - directed to the customer (3), configured to allow access to selected information between commercial transaction information and Additional Information;
    5c) a B2B interface (26):
    5c1) connected to the second information management device (8) - or business management information management device (8) (81);
    5c2) comprising a second information interface (26 ’) - or information interface (26’) of a commercial company (81) - configured to serve and connect to commercial enterprise systems (81).
    In other words, the analysis tool (24 ’), the B2C interface (25) and the B2B interface (26) are configured to manage information that can be consulted by the customer (3) and the commercial company (81).
    6. The B2B interface (26) may comprise:
    6a) a JT-type REST (26 ’’) interface configured to streamline communications.
    7. The cloud management and analysis module (5) can comprise a middleware component (34):
    7a) connected with the machine component (30) -or of sale-, the mobile component (27) -or of purchase- and the information management component (24);
    7b) configured to channel information and operations related to commercial transactions according to a security criteria established for the
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    customer (3) and the commercial company (81).
    8. The middleware component (34) may comprise:
    8a) a data interface (35) comprising a library of first functions (35 ’) configured to implement a plurality of security mechanisms to regulate and control access to system information;
    8b) a data access module (36) comprising a library of second functions (36 ’) configured to manage a query and maintenance of system information;
    8c) an application connector (37):
    8c1) connected with the application subsystem (11), with the information management component (24) and with the mobile component (27) -or purchase;
    8c2) configured to transfer commercial options configured by commercial applications (12) to the App automatic purchase application (4A), to the first web port (7W) and to the second web port (8W).
    9. The middleware component (34) may comprise:
    9a) a data component (38):
    9a1) connected to the data access module (36)
    9a2) configured to contain information stored and generated from the commercial transactions executed by the system between the machines (2) and the customers (3); which includes:
    9a3) an Admin database (39) comprising an indicative directory of: 9a3a) a database where data from each company (81) are hosted; 9a3b) system modules to which each company has access (81);
    9a3c) an audit of access and use of applications;
    9a4) a Trans database (40) comprising data of commercial transactions;
    9a5) a Companies database (41) comprising a collection of databases where the affiliated companies (81) are grouped;
    9a6) a Clients database (42) comprising customer data (3) that have been registered in the system and downloaded the App automatic purchase application (4A).
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    10. The cloud management and analysis module (5) can include:
    10a) a collection and payment interface component (43):
    10a1) connected to the electronic management subsystem of the collection and payment process (9) and the middleware component (34);
    10a2) configured to channel communications between the electronic management subsystem of the collection and payment process (9) and the middleware component (34);
    10a3) that includes means of payment and payment (43 ’) to make calls to the management provider (10) of payment and payment to record the monetary consideration of the commercial transaction.
    - The commercial machine (2) can be configured to execute an action selected between supplying a product, providing a service and both. That is, the main functionality of the commercial machine (2) is aimed at providing a service or supplying a product to a customer (3).
    - The product and / or service can be supplied to the customer (3) in exchange for an economic consideration.
    - The mobile device (4) can comprise a mobile web interface (4W) configured to allow a customer interaction (3) with the system. The interaction of the customer (3) with the system can be carried out by means of an action selected from: access to commercial applications, promotions and commercial offers, consult transactional information histories in a unified way, execute analysis functions related to transactional information and combinations from the same.
    - The commercial machine (2) may be located in the premises of the commercial company (81).
    - The cloud management and analysis module (5) can be located in the facilities of the provider (51) of the cloud service.
    - The first information management device (7) - or management device of
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    customer information (7) (3) - can comprise a first web port (7W) configured to allow a customer interaction (3) with the system. The interaction of the client (3) with the system can be carried out through an action selected from: access to commercial applications, promotions and commercial offers, consult transactional information histories in a unified way, execute analysis functions related to transactional information and combinations from the same.
    - The second information management device (8) - or business management information management device (8) (81) - may comprise a second web port (8W) configured to allow a commercial business interaction (81) with the system. The interaction of the commercial company (81) with the system can be carried out by means of an action selected from: a system administration, a query of transactions executed by the commercial machine (2), an analysis of the information obtained from the transactions, maintain applications in the commercial ecosystem and combinations thereof.
    - Commercial applications (12) may include selected applications among individual applications, collective applications of several companies (81) attached and combinations thereof. Applications can be customer oriented (3). For example: marketing and loyalty applications, launching offers, promotions, discounts, etc. that affect the machines (2) of one or more companies. Commercial applications may be in the cloud system of an external service provider, be included in the same server where the cloud management and analysis module is located (5) or be housed in the computer systems of each individual company.
    A second aspect of the invention relates to a method of integral management of
    commercial and electronic payment transactions that involve using a system such as
    the one described above and execute the following stages:
    lla) supply (13) a product / service corresponding to the commercial transaction;
    llb) provide selection information, notifications and security (14) corresponding to a selection of commercial options, notifications about a status of the commercial transaction and security information to carry out the payment process;
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    llc) provide secure access information (15) of the client (3);
    lld) provide control, configuration, notifications and service data (16) to the machine (2) to allow an interaction between the machine (2) and the customer (3) and an execution of the commercial transaction;
    lle) send notifications (17) to the customer (3) to indicate product / service selection options, and channel a notification flow from the cloud management and analysis module (5);
    llf) send to the client (3) through first web interfaces (19) - or client web interfaces (19) (3) - information comprising data selected from a visualization of commercial transactions, analysis information and combinations thereof;
    llg) send to the company (81) through second web interfaces (18) - or web interfaces (18) of commercial company (81) - information for:
    11g1) allow to configure operating options of commercial machines
    (2);
    11g2) visualize selected data between commercial transactions, analysis information and combinations thereof;
    llh) channel via internet (20) communications between the management module and cloud analysis (5) and the commercial transaction subsystem (1), the electronic management subsystem of the collection and payment process (9), and the subsystem information management (6);
    lli) send payment method data and service authorizations (21) corresponding to the collection and payment processes;
    llj) send a data stream (22) corresponding to the maintenance of commercial applications (12);
    llk) send a flow of information and results (23) of commercial applications (12) to:
    11k1) require customer information inquiries (3) and commercial transactions;
    11 k2) provide specific business strategies for customers (3). According to other features of the invention:
    12. The method comprises using a system as described above and executing the following steps:
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    12a) detect a customer connection (3) through its mobile device (4) with the mobile component (27) -or purchase- through the internet (20);
    12b) select the appropriate App automatic purchase application version (4A) according to the characteristics of the mobile device (4);
    12c) register the customer (3) in the system, including the registration:
    12c1) enter personal and billing information;
    12c2) enter accepted payment method data;
    12c3) generate and send secure access information to the customer (3) to be used as identification in commercial transactions and subsequent information inquiries;
    12d) download and install the automatic purchase application App (4A).
    13. The method comprises using a system as described above and executing the following steps:
    13a) inform the cloud management and analysis module (5) of a customer location (3) by:
    13a1) geolocation of the client (3) through the GPS system (“Global Positioning System”) of the mobile device (4);
    13a2) reading a QR code (“Quick Response”) arranged by the company (81) through an image sensor of the mobile device (4) of the customer (3);
    13b) send to the customer (3) an offer that includes a catalog of products / services available in the physical location of the customer (3), through a screen of the application of automatic purchase App (4A);
    13c) receive a selection of services / products chosen by the customer (3) in the cloud management and analysis module (5);
    13d) inform the client (3) of the total cost of the transaction from the management and cloud analysis module (5) and obtain a response on the acceptance / rejection of the commercial transaction;
    13e) in case of acceptance of the commercial transaction, offer a selection of payment methods among the options configured in the automatic purchase application App (4A), detect the payment method chosen by the customer (3) and verify the password of security introduced by the client (3) to continue the process;
    13f) launch a collection request through the electronic collection and payment management subsystem (9) from the cloud management and analysis module (5);
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    13g) verify a validity of security data and pre-authorize a cost of the commercial transaction in a customer account or card (3) from the electronic collection and payment management subsystem (9);
    13h) inform the management module and cloud analysis (5) to proceed with the commercial transaction:
    13h1) if the preauthorization produces an incorrect result, inform the client (3) and finish the operation; This information can be done through a PUSH message;
    13h2) If the preauthorization produces a correct result, inform:
    13h2a) to the machine (2) of the customer's location (3) to supply the product / service; This information can be done by exchanging sockets messages:
    13h2b) to the customer (3) of the supply of the product / service; This information can be done through a PUSH message;
    13i) provide the customer (3) the product / service by the machine (2) and inform the management module and cloud analysis (5) of the success of the operation;
    13j) launch a payment confirmation to the electronic collection and payment management subsystem (9); If there is a partial delivery of products and / or services, the final amount of the operation will be updated as effectively delivered;
    13k) execute the payment on the pre-authorized amount from the electronic collection and payment management subsystem (9) and inform the cloud management and analysis module (5) about the success of the operation;
    13l) close the operation, generate a purchase ticket, store the purchase ticket in the Trans database (40) and notify the customer (3) of the success of the supply and payment from the cloud management and analysis module (5 ). The customer (3) may consult the ticket through the mobile device (4) or the information management subsystem (6).
    权利要求:
    Claims (13)
    [1]
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    1. Comprehensive business transaction management system in cloud architectures
    computing characterized by comprising:
    la) a cloud management and analysis module (5) configured to manage a commercial transaction originating from a customer (3) to a commercial company (81);
    lb) a commercial transaction subsystem (1) connected to the cloud management and analysis module (5), comprising the commercial transaction subsystem (1): a commercial machine (2) and a mobile device (4) of the customer (3) ;
    lc) an information management subsystem (6) connected to the cloud management and analysis module (5), comprising the information management subsystem (6):
    1c1) a first information management device (7) configured to communicate with the cloud management and analysis module (5) and to provide information to the customer (3);
    1c2) a second information management device (8) configured to
    communicate with the cloud management and analysis module (5) and to provide information to the company (81);
    ld) an application subsystem (11) connected to the cloud management and analysis module (5), comprising the application subsystem (11):
    1d1) a second information management device (8) configured to
    communicate with the cloud management and analysis module (5) and to provide information to the company (81);
    1d2) a plurality of commercial applications (12) configured to communicate with the cloud management and analysis module (5) and with the second information management device (8);
    le) an electronic management subsystem of the collection and payment process (9) connected to the cloud management and analysis module (5), the electronic management subsystem of the collection and payment process (9) comprising a management provider (10) configured to manage a payment shipment and an online receipt of receipts (20);
    where:
    lf) the cloud management and analysis module (5) and the subsystems (1, 6, 9, 11) are connected forming a cloud infrastructure;
    lg) the cloud management and analysis module (5):
    1g1) is configured as a central module;
    1g2) comprises a plurality of components (24, 27, 30, 33, 34, 43) configured
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    To manage the commercial transaction between the customer (3) and the commercial machine (2):
    lgla) carrying out an acquisition and analysis of information generated in the commercial transaction;
    lglb) establishing communications with the customer (3) and with the commercial machine (2).
    [2]
    2. The integral management system of commercial transactions in cloud computing architectures according to revindication 1 characterized in that the cloud management and analysis module (5) comprises:
    2a) a machine component (30) connected to the machine (2), configured to channel communications between the cloud management and analysis module (5) and the machine (2);
    2b) a mobile component (27) connected to the mobile device (4), configured to channel communications between the management and cloud analysis module (5) and the mobile device (4);
    2c) a PUSH message server component (33) connected to:
    2c1) the mobile component (27) and the machine component (30) configured to channel communications between the mobile component (27) and the machine component (30);
    2c2) the machine (2) configured to send PUSH messages to the machine (2);
    2c3) the mobile device (4) configured to send PUSH messages to the mobile device (4).
    [3]
    3. The integral management system of commercial transactions in cloud computing architectures according to claim 2 characterized in that the machine component (30) comprises:
    3a) a machine interface (31) connected to the machine (2), configured to channel communications between the machine component (30) and the machine (2);
    3b) a machine communications server (32):
    3b1) connected to the PUSH message server component (33)
    3b2) comprising a message server "sockets" (32 ’) configured to interact with the machine (2).
    [4]
    4. The integral management system of commercial transactions in cloud architectures
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    computing according to any of claims 2-3 characterized in that the mobile component (27) comprises:
    4a) a registration and download portal (28) configured:
    4a1) as a web interface portal aimed at the customer (3);
    4a2) to allow a customer registration (3);
    4a3) to allow a download of an automatic purchase application App (4A); 4b) a mobile interface (29):
    4b1) connected to the PUSH message server component (33);
    4b2) comprising web service media (29 ’) configured to allow the client to execute business transaction procedures (3).
    [5]
    5. The integral management system for commercial transactions in cloud computing architectures according to any of claims 1-4 characterized in that the cloud management and analysis module (5) comprises an information management component (24) comprising:
    5a) an analysis tool (24 ’) of stored information related to the commercial enterprise (81);
    5b) a B2C interface (25):
    5b1) connected to the first information management device (7);
    5b2) comprising a first information interface (25 ’) addressed to the customer (3), configured to allow access to selected information between commercial transaction information and additional information;
    5c) a B2B interface (26):
    5c1) connected to the second information management device (8);
    5c2) comprising a second information interface (26 ’), configured to serve and connect with commercial enterprise systems (81).
    [6]
    6. The comprehensive management system for commercial transactions in cloud computing architectures according to revindication 5 characterized in that the B2B interface (26) comprises:
    6a) a JT-type REST (26 ’’) interface configured to streamline communications.
    [7]
    7. The integral management system of commercial transactions in cloud computing architectures according to any of claims 5-6 characterized in that the module
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    Cloud management and analysis (5) comprises a middleware component (34):
    7a) connected to the machine component (30), the mobile component (27) and the information management component (24);
    7b) configured to channel information and operations related to commercial transactions according to a security criterion established for the client (3) and the commercial company (81).
    [8]
    8. The integral management system of commercial transactions in cloud computing architectures according to claim 7 characterized in that the middleware component (34) comprises:
    8a) a data interface (35) comprising a library of first functions (35 ’) configured to implement a plurality of security mechanisms to regulate and control access to system information;
    8b) a data access module (36) comprising a library of second functions (36 ’) configured to manage a query and maintenance of system information;
    8c) an application connector (37):
    8c1) connected with the application subsystem (11), with the information management component (24) and with the mobile component (27);
    8c2) configured to transfer commercial options configured by commercial applications (12) to the App automatic purchase application (4A), to the first web port (7W) and to the second web port (8W).
    [9]
    9. The integral management system of commercial transactions in cloud computing architectures according to claim 8 characterized in that the middleware component (34) comprises:
    9a) a data component (38):
    9a1) connected to the data access module (36);
    9a2) configured to contain information stored and generated from commercial transactions; which includes:
    9a3) an Admin database (39) comprising an indicative directory of: 9a3a) a database where data from each company (81) are hosted; 9a3b) system modules to which each company has access (81);
    9a3c) an audit of access and use of applications;
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    9a4) a Trans database (40) comprising data of commercial transactions;
    9a5) a Companies database (41) comprising a collection of databases where the affiliated companies (81) are grouped;
    9a6) a Clients database (42) comprising customer data (3) that have been registered in the system and downloaded the App automatic purchase application (4A).
    [10]
    10. The integral management system of commercial transactions in cloud computing architectures according to any of claims 7-9 characterized in that the cloud management and analysis module (5) comprises:
    10a) a collection and payment interface component (43):
    10a1) connected to the electronic management subsystem of the collection and payment process (9) and the middleware component (34);
    10a2) configured to channel communications between the electronic management subsystem of the collection and payment process (9) and the middleware component (34);
    10a3) that includes means of payment and payment (43 ’) to make calls to the management provider (10) of payment and payment to record the monetary consideration of the commercial transaction.
    [11]
    11. Method of integral management of commercial transactions in cloud computing architectures characterized in that it comprises using a system according to any of the preceding claims and executing the following steps:
    lla) supply (13) a product / service corresponding to the commercial transaction;
    llb) provide selection information, notifications and security (14) corresponding to a selection of commercial options, notifications about a status of the commercial transaction and security information to carry out the payment process;
    llc) provide secure access information (15) of the client (3);
    lld) provide control, configuration, notifications and service data (16) to the machine (2) to allow an interaction between the machine (2) and the customer (3) and an execution of the commercial transaction;
    lle) send notifications (17) to the customer (3) to indicate product / service selection options, and channel a notification flow from the management module
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    and cloud analysis (5);
    llf) send to the client (3) through first web interfaces (19) information comprising data selected from a visualization of commercial transactions, analysis information and combinations thereof;
    llg) send to the company (81) through second web interfaces (18) information to: 11g1) allow to configure operating options of commercial machines
    (2);
    11g2) visualize selected data between commercial transactions, analysis information and combinations thereof;
    llh) channel via internet (20) communications between the management module and cloud analysis (5) and the commercial transaction subsystem (1), the electronic management subsystem of the collection and payment process (9), and the subsystem information management (6);
    lli) send payment method data and service authorizations (21) corresponding to the collection and payment processes;
    llj) send a data stream (22) corresponding to the maintenance of commercial applications (12);
    llk) send a flow of information and results (23) of commercial applications (12) to:
    11k1) require customer information inquiries (3) and commercial transactions;
    11 k2) provide specific business strategies for customers (3).
    [12]
    12. Method of integral management of commercial transactions in cloud computing architectures according to revindication 11 characterized in that it comprises using a system according to any of claims 1-10 and executing the following steps: 12a) detecting a client connection (3) by means of its mobile device (4) with the mobile component (27) through the internet (20);
    12b) select the appropriate App automatic purchase application version (4A) according to the characteristics of the mobile device (4);
    12c) register the customer (3) in the system, including the registration:
    12c1) enter personal and billing information;
    12c2) enter accepted payment method data;
    12c3) generate and send secure customer access information (3) to be used as identification in business transactions and in inquiries
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    of subsequent information;
    12d) download and install the automatic purchase application App (4A).
    [13]
    13. Method of integral management of commercial transactions in cloud computing architectures according to any of claims 11-12 characterized in that it comprises using a system according to any of claims 1-10 and executing the following steps:
    13a) inform the cloud management and analysis module (5) of a customer location (3) by:
    13a1) geolocation of the client (3) through the GPS system (“Global Positioning System”) of the mobile device (4);
    13a2) reading a QR code (“Quick Response”) arranged by the company (81) through an image sensor of the mobile device (4) of the customer (3);
    13b) send to the customer (3) an offer that includes a catalog of products / services available in the physical location of the customer (3), through a screen of the application of automatic purchase App (4A);
    13c) receive a selection of services / products chosen by the customer (3) in the cloud management and analysis module (5);
    13d) inform the client (3) of the total cost of the transaction from the management and cloud analysis module (5) and obtain a response on the acceptance / rejection of the commercial transaction;
    13e) in case of acceptance of the commercial transaction, offer a selection of payment methods among the options configured in the application of automatic purchase App (4A), detect the payment method chosen by the customer (3) and verify the password of security introduced by the client (3) to continue the process;
    13f) launch a collection request through the electronic collection and payment management subsystem (9) from the cloud management and analysis module (5);
    13g) verify a validity of security data and pre-authorize a cost of the commercial transaction in a customer account or card (3) from the electronic collection and payment management subsystem (9);
    13h) inform the management module and cloud analysis (5) to proceed with the commercial transaction:
    13h1) if the preauthorization produces an incorrect result, inform the client (3) and finish the operation;
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    13h2) If the preauthorization produces a correct result, inform:
    13h2a) to the machine (2) of the customer's location (3) to supply the product / service;
    13h2b) to the customer (3) of the supply of the product / service;
    13i) provide the customer (3) the product / service by the machine (2) and inform the management module and cloud analysis (5) of the success of the operation;
    13j) launch a payment confirmation to the electronic collection and payment management subsystem (9);
    13k) execute the payment on the pre-authorized amount from the electronic collection and payment management subsystem (9) and inform the cloud management and analysis module (5) about the success of the operation;
    13l) close the operation, generate a purchase ticket, store the purchase ticket in the Trans Database (40) and notify the customer (3) the success of the supply and payment from the management module and cloud analysis (5 ).
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    公开号 | 公开日
    ES2607686B1|2018-02-07|
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