WO2020242339A1 - System and method for searching for and automatically providing content - Google Patents

Abstract

The invention relates to a system and method for searching for and automatically providing content of goods and/or services by means of a data communication network. A system comprises: a first computing device of a first user comprising a first user module; a second computing device of a second user comprising a second user module; and a remote server comprising a server module and a database, said server module comprising a communication module, a data conversion module, a database and a search module capable of searching for content of goods and/or services in the above-mentioned database and automatically providing content of goods and/or services in accordance with search priority attributes and also notifying a user in the event of finding content of goods and/or services which corresponds to the search priority attributes, where the above-mentioned search for content of goods and/or services takes place at certain time intervals set by the system or the first user module. The invention allows increased precision in searching for and providing content of goods and/or services by means of search priority attributes for the content of goods and/or services for authenticated users.

Description

SYSTEM AND METHOD OF SEARCH WITH AUTOMATED

PROVIDING CONTENT

Engineering area:

[0001] The invention relates to the field of computing for searching and providing content for goods and / or services.

Vehicle tier:

[0002] A method and apparatus for selling delivery services via an intermediary's website is known from the prior art, as described in US 2008/0162304 A1, cl. G06Q 30/00. The known solution provides a method and device that allows buyers, sellers and transport companies (or carriers) to exchange goods, services and communications through a system provided by a third party - "intermediary". The known solution allows buyers to openly choose a delivery method from an independent carrier for the delivery of goods purchased from sellers. The well-known solution also allows merchants to outsource their shipping operations to independent carriers to focus more on their core business. The reseller provides an electronic trading platform where sellers register their items for sale and carriers post their shipping methods and rates for buyers to choose from. When a buyer places an order, the seller is required to confirm the order received, along with packaging specifications such as package weights and dimensions, which are used to calculate the shipping options available for that particular package from independent carriers. These estimated shipping options are presented to the buyer, who then selects a shipping method that suits their needs. Subsequently selected the carrier contacts the information about the shipment of the parcel, including the approximate shipping cost, with which the carrier can agree or adjust it. When a delivery agreement has been reached, the system will automatically schedule the shipment and delivery date for the package and notify all interested parties. The buyer pays the intermediary as clearing house for the purchased goods and shipping costs. Subsequently, on the scheduled pickup date, the carrier visits the seller to pick up the package and delivers it using the shipping method chosen by the buyer. When the package is delivery, the seller is credited for the goods sold and the carrier is given a credit for shipping costs. The intermediary also collects commissions from the seller of goods and the carrier for simplified transactions.

[0003] However, the known solution suffers from a number of drawbacks, including low accuracy of searching and providing content in which both sellers and buyers are interested.

Disclosure of the invention:

[0004] The object of the invention is to eliminate the above disadvantages.

[0005] The technical result is to improve the accuracy of searching and providing content of goods and / or services through the attributes of the priority of searching for the content of goods and / or services for authenticated users.

[0006] The specified technical result is achieved by a search system with automated provision of content of goods and / or services via a data network, comprising: at least one first computing device of the first user, containing a first user module configured to register and / or first user authentication or authenticating the first user with the social network account of the first user, the voice assistant of the first computing device, or the instant messaging account of the first computing device, and being able to interact with the server module and search for content of goods and / or services through the server module; at least one second computing device of a second user, comprising a second user module configured to register and / or authenticate a second user, to interact with the server module and automatically provide content of goods and / or services through written algorithms; at least one remote server containing a server module and at least one database; wherein said first and second computing devices and the remote server are configured to be connected to each other via a data transmission network, and said server module comprises: a communication module configured to receive and transmit data with a first user module, wherein said data contains, at least two search priority attributes and corresponding to said attributes variable values of the degree of importance of search priority attributes, and also configured to receive and transmit data with a second user module, where said data contains the automatically provided content of goods and / or services; a data conversion module configured to convert data received from the communication module into a digital and / or linguistic data type; at least one database configured to receive and store data received from the data conversion module; search module, configured searching for the content of goods and / or services in said database and automatically providing the content of goods and / or services in accordance with the mentioned attributes of the search priority, and also configured to notify the user in case of finding the content of goods and / or services corresponding to the attributes of the search priority, where said search for the content of goods and / or services occurs at certain time intervals specified by the system or the first user module.

[0007] Additionally, the user notification is SMS notification, E-mail notification, notification through the first user module, notification through the user's personal account on the website, smartphone, instant messaging systems, or a combination thereof.

[0008] Additionally, the server module comprises: a statistics module configured to provide data to a second user module including sales statistics for goods and / or services found by searching the first user module and purchased by the first user module; and a stock counting module adapted to update said database by removing the content of the sold product and / or service from it.

[0009] Additionally, the server module further comprises a transaction module configured to perform a transaction between the first user module and the second user module, the transaction being carried out in two stages, where in the first stage the transaction occurs between the first user module and the server module, and in the second stage a transaction occurs between the server module and the second user module in the event that from the first user module, the server module received data confirming the receipt of the goods and / or services by the first user.

[0010] Additionally, the server module simultaneously interacts with the first and second communication modules, excludes, until the first user selects a specific offer from the second user, direct interaction between the first user module and the second user module, and also provides prompts for users to the first and second module ...

[OOP] Additionally, the server module contains a submodule for collecting feedback from at least one user module on goods and / or services provided by at least one second user module.

[0012] In another embodiment, the technical result is achieved by a search method with the automated provision of content for goods and / or services via a data transmission network in accordance with said system for searching and providing content of goods and / or services via a data transmission network, including the steps of which: receive data from the first user module, where said data contains at least two attributes of the search priority and the variable values of the degree of importance of the search priority attributes corresponding to said attributes; receive data from the second user module, where said data contains the content of goods and / or services; storing the data received from the first and second user modules in at least one database; at each time interval specified by the system or the first user module, searching for the content of goods and / or services in said database in accordance with said search priority attributes; and notify the user in case finding the content of goods and / or services corresponding to the attributes of the search priority.

[0013] Additionally, data is provided to the second user unit, including sales statistics of goods and / or services found by searching the first user unit and purchased by the first user unit; and updating said database by removing the content of the sold product and / or service from it.

[0014] Additionally, transactions are carried out between the first user module and the second user module, and the transaction is carried out in two stages, where in the first stage the transaction occurs between the first user module and the server module, and in the second stage the transaction occurs between the server module and the second user module in if from the first user module to the server module received data on confirmation of receipt by the first user of goods and / or services.

[0015] Additionally, prompts are provided to the first and second users through the first and second user modules.

[0016] Obviously, both the previous general description and the following detailed description are given by way of example and explanation only, and are not limitations of the present invention.

Brief Description of Drawings:

[0017] FIG. 1 shows a schematic diagram of a search system with automated provision of content for goods and / or services via a data network.

[0018] FIG. 2 shows a block diagram of the automated subsystem A1 for product selection using the input characteristics received from the Consumer. [0019] FIG. 3 shows a block diagram of the automated subsystem A2 for product promotion using the input characteristics received from the Seller.

[0020] FIG. 4 shows a block diagram of the automatic subsystem of the AZ of the intersection of solutions of the subsystem for working with the Consumer and the subsystem for working with the Seller.

[0021] FIG. 5 shows a block diagram A4 of the database and knowledge base.

[0022] FIG. 6 shows a block diagram of the automated subsystem A5 for moderation, collection and processing of consumer feedback on the goods and shops of the Sellers.

Implementation of the invention:

[0023] The system for searching and providing content of goods and / or services through a data transmission network (Automated system for advertising promotion and selection of goods and services (hereinafter referred to as APS)), in one of the preferred options, is implemented as a scalable platform that can increase its capabilities by increasing the number functional blocks that perform the same tasks. In addition, the system is designed to provide the ability to work seamlessly with known means for distributing information content and any known feedback mechanisms between Consumers and Sellers.

[0024] The interaction between users and the ASP is implemented using any suitable means, for example, through the Internet, local area network, wireless network, virtual private network, wide area network, cable, satellite, broadcast, cellular, etc. Only after obtaining permission from the Consumer, the system uses information about his geographical location through certain global positioning systems (GPS, GLONASS and etc.), or the Consumer enters this data in his personal account on his own (desired point (s) for the issue of goods, delivery addresses, etc.).

[0025] AISP is a platform that is capable of simultaneously serving a plurality of Consumers and Merchants through their user devices (smartphones, tablets, desktops, etc.) to exchange information between them through the communication interfaces used by APS. ASPiP can work as a standalone mobile application of the Lyue-site, or integrate through various interfaces / protocols (for example, API) with social networks, instant messengers, voice assistants (virtual assistants, for example, Siri, Bixby, etc.), etc. ., if the latter are installed on the consumer's device.

[0026] Next, referring to FIG. 1 will be described ASPiP. The declared system contains five main subsystems.

[0027] The first subsystem (Fig. 2) is an automated subsystem of product selection using input characteristics received from the Consumer, including the following modules: communications Fig. 2.1, formalizing the requirements of FIG. 2.2, evaluating the importance of the criteria of FIG. 2.3, selection of the optimal purchase FIG. 2.4, who are collectively responsible for the performance of a number of tasks, the main of which are: continuous search for the optimal solution to the problem received from the consumer in the form of a request to search for a product / service, communication and notification of incoming offers from Sellers; correction of the Consumer's request; receiving feedback from Consumers on the goods they purchased earlier and the quality of service in stores that sold these goods; geolocation of the Consumer, collection of data on the preferred addresses of points of issue and delivery.

[0028] The second subsystem (Fig.3) is an automated subsystem for promoting goods using input characteristics, received from the Seller, including the following modules: receiving incoming advertising campaign information and data on goods FIG. 3.5, formalization of Fig. 3.6, download and automatically update product offerings FIG. 3.7, communications Fig. 3.8, solutions of FIG. 3.9, billing Fig. 3.31, who are collectively responsible for performing a number of tasks, the main ones of which are: automated online promotion of Sellers' goods using several promotion algorithms that are individually configured for each product / category, to choose from (price promotion, the ratio of offers and discounts to selectable time intervals, minimum offer price, bulk order, loyalty programs, additional discount when the Consumer makes an advance payment for the product, etc.).

[0029] The third subsystem (Fig. 4) is an automatic decision intersection system including modules: data sampling and storage. 4.10, optimal trade decisions of FIG. 4.11, interactions with internal subsystems, Fig. 4.12, Fig. 4.13, Fig. 4.14, statistics and analytics, Fig. 4.15, communications Fig. 4.16, who are collectively responsible for performing a number of tasks, the main of which are: search and formation of solutions for a profitable / optimal deal, communication management and consumer notification, statistics and analytics, etc.

[0030] The fourth subsystem (Fig. 5) - Automated subsystem of databases and knowledge, including the following databases: product offerings Fig. 5.17, Seller / Advertiser Campaigns FIG. 5.18, Consumer queries FIG. 5.19, ratings (reviews, ratings, etc.) Fig. 5.20, ready-made solutions for the consumer FIG. 5.21, ready-made solutions for advertising campaigns of the Seller FIG. 5.22, ready-made solutions for finding the optimal purchase FIG. 5.23, statistics and analytics Fig. 5.24, sales histories of FIG. 5.25, knowledge of decision rules for the Consumer FIG. 5.26, knowledge of decision rules for the seller Fig. 5.27, decision rules for ASPiP Fig. 5.28, collectively responsible for storing, processing and transferring all data entering the system.

[0031] the Fifth subsystem (Fig. 6) - Automated subsystem for moderation and collection of Consumer feedback on goods and shops of sellers, ensuring that the downloaded commodity items of the Seller's price lists correspond to reference samples and ensuring the operation of chat bots of the system for collecting consumer feedback on goods and quality works selling these goods, shops of Sellers.

[0032] The ATS infrastructure is implemented as a scalable platform and contains software and hardware for launching and operating resources, such as servers and / or virtual machines, which can be located in one data center or distributed among several, connected using a data network ... The elements of a computer program for implementing the present invention comprise a plurality of instructions executed by a processor of the computing device to operate the system of the present invention.

[0033] The Consumer and the Seller can use the claimed system through virtually any mobile terminal (such as a laptop, portable device, smartphone or tablet) or a desktop computer, etc., via a pre-installed mobile application on a smartphone or software on a desktop, when updating, for example, the messenger and through any other possible options. After that, the Consumer goes through the standard registration procedure with confirmation of the data, or registers through social networks, and he is assigned an individual identification number. After that, he gets access to his personal account, where he can, in the process of use, correct his data, change various settings, including in the area of receiving information / offers, compare deferred goods, etc. A similar identification number is assigned to the Consumer if he starts using the platform through a social network, messenger, voice assistant, etc. Registration in this case is not required, his personal account is created automatically. From this moment, he can start filing a request to find the necessary product / service, etc. A consumer to work with ASPiP can use a device that allows you to receive / send data to ASPiP, for example, a smartphone, tablet, terminal, computer, etc. For communication, the Consumer launches, for example, the ASPiP mobile application, messenger, social network, telephone voice assistant or web browser, opening, for example, the address of the ASPiP portal on the Internet. A search request is submitted through the ASPiP interface of a user device connected to the Internet by entering data (text, voice) using and using the prompts of the system's chatbot, or independently. A specific product model is selected, the Consumer indicates his consent or refusal to receive additional offers for competitive counterparts with a price category close to the requested product and indicates the selection priorities and the order of their importance, for example: 1. minimum, average or any price; 2. a seller with a high / medium / any rating in the system; 3. self-pickup of goods at the point of issue / store; 4. urgent purchase. 5. extended warranty period, etc. The data received from the Consumer upon a request to search for a specific product / service, with the indicated selection priorities and the degree of their importance, comes from the "Communication Module" of FIG. 2.1, through the "Requirements formalization module" FIG. 2.2 in "Criteria Importance Assessment Module" of FIG. 2.3, which prioritizes Customer input requirements. When determining the degree of importance of these criteria, an algorithm is used that evaluates query taking into account data from the "Rating Base" FIG. 5.20. For example, the request is set to Urgent. In this case, the selection of goods is carried out taking into account the maximum significance of the criterion for the delivery time of the goods, taking into account the delivery times of specific suppliers in the database. Each such request is assigned an internal unique code used in the future by the system. At the end of the process of submitting a request, without stopping interaction with the platform chatbot and with the help of its prompts, the Consumer can leave feedback on the previous purchase (product quality) and the quality of the store that sold it. During the entire duration of the request, the system sends to the Consumers, at specified time intervals (if he has not indicated his intervals), packages, including offers from Sellers to buy the product / service sought by the Consumer, which, starting with the maximum average value, and then in descending order, meet the criteria for the optimal purchase requested by the Consumer and their degree of importance. Purchase offers are received depending on the choice of the desired communication method: to the Consumer's personal account in the mobile application, website, messenger, social network or via SMS, email, etc. in the form of summary lists, tables, where the name of the Seller's company is given, the price offered by him (with a discount, cashback, gift offer, etc. or not), the Seller's rating set by ASPiS (with feedback from other Consumers about him), delivery time, the address of the point of issue or the date of arrival of the courier, etc. If any offer interested the Consumer, he has the opportunity to follow the URL link attached to each offer from the received list to the website of the Seller of his choice for a more detailed study of the offer, and make a purchase decision.

[0034] It is possible to integrate ASPiP with the Seller's systems (CRM systems, accounting systems, ERP systems), which is carried out in automatic and automated modes, for example, using the API.

[0035] ASPiP offers the Seller a choice of several options to complete the transaction with the Consumer: go to the Seller's website and complete the purchase on it (in the URL of the transition, ASPiP adds order parameters identifying a specific Consumer). The Seller's website, using identification data, sends a request to ASPiP, receiving purchase parameters: discount amount, cashback availability and its size, delivery terms, gift offer, etc.); receiving an invoice for a purchase in an offline store (full invoice, QR code, generated order number, etc.). The Seller checks the order number in the ASPiP through his personal account or through integration, for example, in the Seller's CRM system); receiving a promo code, which must be indicated when placing an order on the Seller's website or inform the manager when buying in an offline store (the Seller's website receives order data through integration into ASPiP or the manager checks the order in the Seller's personal account in ASPiP); payment for the goods directly on the ASPiP platform, with the subsequent transfer of these funds (minus the platform commission) to the Seller, after receiving confirmation from the Buyer of information on receiving the goods, etc.

[0036] To complete the transaction, the ASP uses the following modules and databases: order data for receiving in automatic mode is stored in the "Base of ready-made solutions for finding the optimal purchase" FIG. 5.23. "ASPiP communication module" Fig. 4.16 initiates communication according to the schemes ASPiP-Seller and ASPiP-Consumer. Vendor's "Communication Module" FIG. 3.8 interacts with the integration protocols of ASP and the Seller's systems (website, CRM systems, etc.). "Communication module" of the Consumer FIG. 2.1 carries out the interaction of ASPiP and the Consumer (sending a message about redemption, receipt, delivery of goods; sending accounting documents and checks, etc.). "Sales History Base" FIG. 5.25. saves information about successful delivery / redemption / receipt of goods if there is an integration of the Seller and ASPiP. “Statistics and Analytics Module” FIG. 4.15 based on data from the "Sales History Database" FIG. 5.25 generates reports provided to Sellers and ASPiP moderators. "Base of product offers" Fig. 5.17 changes the value of warehouse balances upon a successful purchase, if the balance is zero, the item is removed from the promotion. "Communication module" of the Consumer FIG. 2.1 sends the Buyer a request to rate the Seller who participated in the transaction and the product / service.

[0037] During the entire duration of the request, the Consumer can interact with the chatbot of the system (through the "Communication Module" of the Consumer in Fig. 2.1), receiving recommendations from him on adjusting the request, proposals for participation in group purchases, making an advance payment for the desired product for increase the size of the discount, etc., and, if desired, make adjustments to your request. The consumer can cancel the request at any time by pressing the corresponding button in the platform interface.

[0038] The data exchange between the ASP and the Consumer is organized using the "Communication Module" of FIG. 2.1, via an encrypted protocol, such as HTTPS (when using a browser or mobile application). It should be noted that all data exchanges between ASPiP and the Consumer's software (mobile application, messenger) take place using the APIs of the ASPiP system. "Requirements formalization module" FIG. 2.2. allows you to convert user data (text query, list of parameters, photo of a similar product, etc.) into the format required for the ASPiP system to work. Data for the module of FIG. 2.2 come from "Module communications "Fig. 2.1. The output data of the formalized requirements of the ASPiP saves in the "Base of consumer requests" Fig. 5.19 in the form of tables with a list of queries (SQL) or raw data (noSQL). The ASPiP software allows you to carry out the opposite operation - to convert the ASPiP data into a format that is understandable and convenient for the user (for example, a photo of the product, advice on choosing, a ready-made solution for a purchase, product comparison tables, etc.).

[0039] Sellers and Advertisers interact with Consumers only through ASPiP, through a device of their choice, for example, a computer, tablet or smartphone, etc., through the Seller's personal account on the ASPiP portal. The principle of organizing the work of the system excludes direct interaction between the Seller and the Consumer, except for the cases when the Consumer, from the consolidated package of proposals received from the AASP, follows the URL link to the websites of the Sellers, or when the Consumer confirms through the interface his desire for the Sellers chosen by him to call online or at a specified time. The call is initiated through the Seller's personal account via IP-telephony using the interaction of all three communication modules of the ASPiP subsystems, while the platform's own communication channels are used, and if the platform is integrated through the API, for example, with a messenger, then the messenger's communication channels. The call is charged using the billing module FIG. 3.31.

[0040] After the standard registration procedure, the Sellers enter data about their products, start their automatic update and set up their promotion algorithms, the system launches an automated promotion scheme that does not require the seller's intervention. To start working with ASPiP, the Seller loads his price lists using Excel, CSV, etc. formats, with commodity items through the "Product offer download module" Fig. 3.7. For each product position (service), its parameters are indicated, for example, name, price, delivery terms and conditions, URL-link (direct link to the address of the site for placing the goods), indicating the time interval for automatic updating of the price list, etc. The same data can be loaded using exchange files (for example, from accounting and warehouse accounting systems) and by connecting to the ASPiP API for direct data exchange between ASPiP and warehouse accounting systems. The uploaded product offers are saved in the "Product offer database" Fig. 5.17.

[0041] Next, the Merchant sets up his own advertising campaign. This capability is provided by the "Advertising Campaign Incoming Information Receiving Module" of FIG. 3.5. The module accepts all the AC settings from the Seller, for example, the date of the AC, variable ranges of discounts, delivery conditions and prices, discounts when receiving an offer for a group purchase from ASPiP, data on loyalty programs, etc. All these data are generated by the system and are offered by the system for filling in to the Seller in the form of several options of ready-made algorithms to choose from. The seller only needs to enter the parameters / data that suit him for a separate product / service, or for the whole category of goods.

[0042] There are several algorithm options: 1) Promotion at the price of the price - the price of the goods in the offers sent to the Consumer remains unchanged at all stages of promotion; 2) The terms of the offer (price, delivery cost, gifts, etc.) are changed in each offer on a specific request and are related to the selected time intervals for sending the offer or the volume of the purchase; 3) The price in each sent offer for a specific request remains unchanged and is the price of the price, minus the percentage of discount / cashback; 4) Changes to the terms of the offer in case of receipt wholesale / small wholesale order, etc .; 5) Changing the terms of the offer, taking into account the current loyalty programs of the Seller; 6) Changes in the terms of the offer if the Consumer makes an advance payment for a specific product, etc.

[0043] All of the above RK data are fed to the "Formalization Module" of FIG. 3.6, which brings the data into the form necessary for the operation of ASPiP. Module output FIG. 3.6 is saved in the "Database of advertising campaigns of sellers / advertisers" Fig. 5.18. Each advertising campaign is assigned a unique identification number.

[0044] Increasing Vendor Sales and Profits Provides the "Decision Module" of FIG. 3.9. For the solution module to work, the following is required: Data from the "Product offer database" Fig. 5.17. Evaluation Base data FIG. 5.20. AC settings from the "Base of advertising campaigns for sellers / advertisers" Fig. 5.18. Vendor Decision Base Knowledge Data FIG. 5.27.

[0045] The Decision Module Algorithm of FIG. 3.9, using the ASPiP software, he decides what goods, for what price, in what quantity to offer, in addition, decides whether to sell the goods in a group purchase, what discount to provide to the Buyer, etc. in automatic mode. All generated solutions "Solution module" Fig. 3.9. saves in the "Base of ready-made solutions for RK" Fig. 5.22.

[0046] All of the collected data goes to the “Bargain Buy Decision Module” of FIG. 4.11. Its main task is to compare the solutions obtained by the "Module for solving the problem of finding the optimal purchase" Fig. 2.4 and the "Decision Module" of FIG. 3.9, so as to automatically provide the Buyer with a profitable / optimal purchase, and the Seller - a profitable sale. To solve such a problem, the ASPiP system uses several options, one of which - the theory of pattern recognition, comparing how closely the image of solving the problem of finding the optimal purchase (the Buyer's subsystem) correlates with the image of solving the problem of setting up the Seller's AC in order to increase sales and increase the Seller's profit.

[0047] As a result of such a solution, the ASPiP system is either absolutely sure of finding an ideal solution to the search problem, i. E. the degree of conformity is 1, or it will give a value for the degree of conformity, for example, 0 to 1 and possible recommendations.

[0048] When such solutions are found, the “Bargain Buy Decision Module” of FIG. 4.11 initiates the work of the "ATSiP communication module" FIG. 3.16, who is responsible for all communications between ASPiP, Consumers and Sellers by the methods that were allowed by the users of the system or with which a session was initiated with the system. Means of communication can be: text or any other messages to the personal account of the Consumer, text chatbots, voice bots, voice assistants, etc. Communication channels in this case, for example, connections with instant messengers, sms, e-mail, ASPiP portal and others.

[0049] It should be noted that the exchange of data between the AIS & A subsystems during operation is provided by the corresponding interaction modules of FIG. 4.12, Fig. 4.13, Fig. 4.14.

[0050] All data for making a decision by the “Best Buy Decision Module” of FIG. 4.11 come from the "Base of ready-made solutions for the Consumer" Fig. 5.21, "Bases of ready-made solutions for the RK" Fig. 5.22, and the obtained solution is saved in the "Base of ready-made solutions for finding the optimal purchase" Fig. 5.23. All of this data is supplied by the "Data Fetch and Store Module" FIG. 4.10. Decision by “Bargain Buy Decision Module” FIG. 4.11 is formed on the basis of data from the "Base of decision rules for ASP" FIG. 5.28. [0051] Out-of-the-box bargain purchase solutions are communicated to subsystems A1 and A2 through the respective interaction modules of FIG. 4.12 and Fig. 4.14 in the form of an answer for the Buyer which product, on what conditions and from which seller to buy, either in the form of a formed order, and in the form of a report for the Seller, which product, on what conditions and to which Buyer to sell or in the form of a formed order. Formed orders can be automatically entered into the accounting systems or CRM systems of the Seller, provided that the integration of ASP and the Seller's systems is connected. A report is generated for the Seller in the LC on the debiting of funds from the Seller's account in the ASPiP system for the services of promoting goods using the ASPiP (billing Fig. 3.31).

[0052] In addition, the “Bargain Buy Decision Module” of FIG. 4.11 transfers the decision data to the "Statistics and Analytics Module" FIG. 4.15, which keeps records and statistics of all ongoing processes in the ASP and all decisions made by the system (purchase history, search statistics, statistics of Buyers' interest in product groups, statistics of interest in pricing, average bill, etc.). Data from "Statistics and Analytics Module" FIG. 4.15 are saved in the "Statistics and Analytics Base" Fig. 5.24. In the event that the integration of ASP and the Seller's accounting systems has been made, then the ASP can also maintain a sales history in the "Base of sales history" Fig. 5.25.

[0053] Through the billing module of FIG. 3.30 interacting with the communication module of FIG. 3.8, the platform offers Sellers, to choose from, several payment options for services for the promotion of goods. Among the options: payment under the CPA scheme, CPC, payment for communications with the Consumer, etc.

[0054] the Moderation and Feedback Collection Module FIG. 6.29, an automated subsystem for moderation and collection of consumer reviews by merchandise and sellers' stores interacting with the "Rating Database" FIG. 5.20 (ratings, reviews, reviews), "Decision rule knowledge base for the consumer" FIG. 5.26, "Seller's Decision Rule Knowledge Base" FIG. 5.27, "The knowledge base of the decision rules of ASPiP" Fig. 5.28, provides automated moderation of the price lists received from the Sellers, by checking them against the available standards, and processes the feedback received from the Consumers on the goods and the quality of the stores.

[0055] While this invention has been shown and described with reference to certain embodiments thereof, those skilled in the art will appreciate that various changes and modifications may be made therein without departing from the actual scope of the invention.

Claims

Claim 1. A search system with automated provision of content for goods and / or services through a data transmission network, containing: - at least one first computing device of the first user, comprising a first user module configured to register and / or authenticate the first user or authenticate the first user by means of a social network account of the first user, a voice assistant of the first computing device, or an instant exchange system account messages of the first computing device, and with the ability to interact with the server module and search the content of goods and / or services through the server module; - at least one second computing device of the second user, comprising a second user module configured to register and / or authenticate a second user, and to interact with the server module with automated provision of content of goods and / or services via the server module; - at least one remote server containing a server module and at least one database; - wherein said first and second computing devices and the remote server are configured to connect to each other via a data transmission network, and said server module contains: - a communication module configured to receive and transmit data with a first user module, where said data contains at least two search priority attributes and corresponding to said attributes variable values of the degree of importance of the search priority attributes, and also configured to receive and transmit data with a second user module, where said data contains the content of goods and / or services; - a data conversion module capable of converting data received from the communication module into a digital and / or linguistic data type; - at least one database configured to receive and store data received from the data conversion module; - a search module configured to search for the content of goods and / or services in said database and automatically provide the content of goods and / or services in accordance with said attributes of the search priority, and also configured to notify the user if the content of goods and / or services corresponding to the attributes of the search priority, where the said search for the content of goods and / or services occurs at certain time intervals specified by the system or the first user module. 2. The system according to claim 1, characterized in that the user's notification is SMS notification, E-mail notification, notification through the first user module, notification through the user's personal account on the website, smartphone, instant messaging systems, or a combination thereof. 3. The system according to claim 1, characterized in that the server module additionally contains: - statistics module configured to provide data to the second user module, including statistics selling goods and / or services found by searching the first user unit and purchased by the first user unit; and - a module for calculating warehouse balances, adapted to update the said database by removing the content of the sold goods and / or services from it. 4. The system of claim. 3, characterized in that the server module further comprises a transaction module configured to carry out a transaction between the first user module and the second user module, the transaction being carried out in two stages, where at the first stage the transaction occurs between the first user module and the server module, and at the second stage, the transaction occurs between the server module and the second user module in the event that the first user module receives data confirming the receipt of the goods and / or services by the first user. 5. The system according to claim 1, characterized in that the server module simultaneously interacts with the first and second communication modules, excludes, until the first user selects a certain offer from the second user, direct interaction between the first user module and the second user module, and also provides providing prompts for users to the first and second module. 6. The system according to claim 1, characterized in that the server module further comprises a submodule for collecting feedback from at least one user module on goods and / or services provided by the at least one second user module. 7. A search method with the automated provision of content for goods and / or services via a data transmission network in accordance with the system of claim 1, including the steps at which: - receive data from the first user module, where the mentioned data contains at least two attributes of the search priority and the variable values of the degree of importance of the search priority attributes corresponding to the said attributes; - receive data from the second user module, where said data contains the content of goods and / or services; storing the data received from the first and second user modules in at least one database; - at each time interval specified by the system or the first user module, the content of goods and / or services is searched for in said database in accordance with said search priority attributes; and - notifying the user in case of finding the content of goods and / or services corresponding to the attributes of the search priority. 8. The method according to claim 7, further comprising the steps of: - providing data to the second user unit, including sales statistics of goods and / or services found by searching the first user unit and purchased by the first user unit; and - updating the said database by removing the content of the sold goods and / or services from it. 9. The method according to claim 8, further comprising the step of performing a transaction between the first user module and the second user module, the transaction being carried out in two stage, where, at the first stage, the transaction occurs between the first user module and the server module, and at the second stage, the transaction occurs between the server module and the second user module in the event that the first user module receives data on confirmation of receipt of the goods by the first user and / or services. 10. The method of claim 7, further comprising the step of providing a prompt to the first and second users through the first and second user modules.