KR20220066582A - Business Concierge Services System and Methods Based on Big Data Analysis - Google Patents

Abstract

The present invention relates to a system and a method for building an advanced business concierge service system by utilizing an advanced analytics analysis engine and big data for data association analysis model calculation, analyzing integrated purchase service data and deriving prediction data, providing convenience for each user (service provider, vendor, supplier, etc.), and forming related data loading, automatic association table configuration, and user-intuitive analysis support functions. An embodiment of the present invention described above includes a transaction information management system utilizing a blockchain dashboard and a blockchain node to maximize the convenience of an integrated purchase service and strengthens a transaction- and contract-related security technology to enhance relational efficiency.

Description

{Business Concierge Services System and Methods Based on Big Data Analysis}

The present invention analyzes purchasing agency quantity figures and trends through a data analysis engine and algorithm by utilizing a big data analysis process processed based on customer company's purchase and expenditure details and cycle, and vendor information, and predicts related data As a result, it relates to a method and system for supporting the decision-making step necessary to perform a purchasing agency service.

The BCS (Business Concierge Services) system and method according to the present invention performs big data analysis by integrating purchase and expenditure details, cycle, and vendor information for procurement and supply materials that are in the process of procurement service by performing separate SQL ( Structured Query Language), it is possible to identify and analyze the linkage of various data, and it plays a role in providing the basic information that can be reflected in the decision-making work related to the purchasing agency service through the linkage with the advanced analysis engine.

In addition, the payment authentication and security system can be strengthened by processing the contract for the purchase agency service in the form of an electronic contract using blockchain technology. This technology enables security functions by encrypting online transaction information by distributing and individually storing online transaction information for each transaction subject rather than a central management server. The service electronic contract using the system also performs the role of verifying the information on the contract information and confirming the authenticity of the contract document, thereby performing a secure contract.

It controls the work process through real-time, automated management and monitoring of the above-mentioned tasks, and oversees all of the above tasks so that the error occurrence status can be transmitted/received and communicated in real time to perform smooth BCS and purchase agency services. Build and implement the system.

An object of the present invention is to provide predictive data for decision support through a related related model by utilizing related big data analysis in providing BCS purchasing agency service, and to provide convenience functions for each service related party such as a customer company, vendor company, service provider, etc. and to build a system that can perform the automation function of the purchasing agency service. Through the embodiment of the invention described above, the cost of purchasing raw materials for customers is reduced, the smooth communication between the integrated purchase service provider and the vendor and the convenience of each task are increased, and the security enhanced through the electronic contract management and control system using the block chain technology The ultimate goal of the present invention is to maximize and create the effect that the purchasing agency service can give by applying technology and applying transaction processing and verification algorithms.

In order to achieve the above object, the big data analysis-based BCS (Business Concierge Services) system and method according to the present invention are related to decision-making for identifying data linkages by item through big data-based purchase information analysis and performing purchasing agency services. It is a system that can analyze and calculate predictive data.

The system according to the above embodiment loads all data and automatically configures and displays related tables so that data with different properties such as Excel file, EC2, Hadoop, MS SQL Server, etc., can be transmitted and received by using various connectors to suit the data. It is a hybrid approach that combines in-memory and on-demand queries to systematize and link work, and enables real-time analysis of the data through big data linkage. All data table field values can be automatically correlated based on field name so that the user can load the required data, select and combine the necessary information, and avoid losing the filtered data.

In addition, in the process of calculating and utilizing the data-related analysis model, the filter search function and the user-desired sheet can display the application of criteria and data application status so that the user can select and intuitively analyze data by creating a data-related recommendation button. All screens and data are copied in units of images and data to support all office program formats so that they can be used as secondary processing or document data such as reports.

As for the payment management system using blockchain technology, the authentication information related to the purchase agency service payment is distributed and stored and the data is compared with each other to verify data forgery and falsification. It is a system that allows

To implement the system that performs the above functions, the blockchain dashboard is used to enable inquiry and aggregation of the list of business processing status by node, and transaction subject management is handled through login authentication security.

In addition, bid management through bid and open bid amount encryption, electronic document registration, and contract management through electronic authentication management that can be performed without verification through an accredited certification body, builds relationship efficiency with collaborating companies.

An embodiment of the BCS (Business Concierge Services) system of the present invention performs a function of creating an effect of improving service management efficiency by systematizing the pre-purchase process by improving and standardizing the process of cooperation with raw material procurement and supply, vendors and customers. . Through the BCS system of the present invention, it performs the role of cost reduction and target material cost management, and systematizes service infrastructure in connection with internal service management systems and systems such as enterprise resource planning (ERP) and product life cycle management (PLM) to upgrade

When performing the task, automatic data profiling through the data association analysis model is performed to create a data association bubble without the need for complex SQL query processing and join script writing process. It supports the user's intuitive analysis of data by performing the above role by displaying it so that the user can understand information search and data relationship by himself/herself.

In addition, by establishing a blockchain payment management and control process, it is possible to optimize the relationship with partners and enhance the transaction reliability by strengthening the security and verification functions for the data and documents.

1 is a diagram illustrating contents using big data and Advanced Analytics to calculate a data analysis model according to an embodiment of the present invention.
2 is a diagram illustrating a process of managing transaction information based on a block chain according to an embodiment of the present invention.

1 is a diagram illustrating contents using big data and Advanced Analytics to calculate a data analysis model according to an embodiment of the present invention.

Purchase/spending history based on data that performed BCS service; buying/spending cycle; vendor information; manufacturer and supplier information by sector; By setting the items, data for each set item is collected and the database 10 is built. Based on the built-up database, big data and Advanced Analytics data analysis processes are processed to generate predictive data that can form the determinants necessary to provide trend analysis and integrated purchasing services for the data collected in each item. .

The data analysis model calculated through the above process is transmitted and received to a data connector using Excel, EC2, Hadoop, MS SQL Server, etc. It performs conversion and data transmission/reception functions through the operation data support unit. All data is converted into image data and MS Office's Excel, Power Point, Word, etc. format so that data unit copying and transmission can be processed so that data can be utilized. In addition to basic image and MS Office file formats, it also supports data conversion in PDF and HTML formats so that related data reports can be created. The data performs additional roles such as copying, deleting, sizing, and inserting text and links and sheet movement to facilitate data creation for each user based on live data.

The BCS system embodiment of the present invention creates a data association bubble for the data association recommendation button 20 using the calculated data analysis model, and creates and processes a structured query language (SQL, Structured Query Language) for the database, and a join script ; join operation; join query; When a bubble is clicked without the need for a writing process, the relevance color and gauge are displayed and displayed so that the user can directly search for data and understand data relationships. In addition, by setting the drag & drop method for bubble connection and separation, the above process can be easily handled. As for the user's data correlation identification, when the link between data bubbles is clicked, the common field between each table is displayed on the lower grid so that it can be identified.

In addition to the data-related bubble, a filter search function is formed to support intuitive data analysis by the user, and the data application status can be displayed in the form of a progress bar after applying the criteria set to the desired sheet by the user. It handles sending/receiving and converting for this data.

In addition, it provides the user's search and pivot table functions for data to perform data input and output so that all data values and charts can be searched, and the search data correlation for multiple values within the same string is displayed and the correlation is determined. Create a pivot table by drag & drop method by listing the search rankings based on the criteria. The aforementioned pivot table performs functions of adding, changing, repositioning, and expanding and closing data items.

For data mobility support and data visualization, portal development using Mash up Editor and chart objects in the portal are configured. The above work provides one-point, single access to all data through the BI portal, including the BI portal support step, and determines the type of user client to provide simultaneous service to various client types such as Windows client, web, and mobile IoT. Forms and supports data mobility to enable

The operation management of the BI platform provides all the functions of the platform in the integrated management console and manages the report to which the user is granted access.

It also builds and provides automated data auditing applications to verify data integrity and data consistency.

For all of the above systems and linked databases, an integrated monitoring process is established so that the administrator can perform the overall monitoring and control role for the set monitoring processing items such as the job name, working time, erroneous matters, the number of extraction and loading cases, and processing speed. Implement the system so that

2 is a diagram illustrating a process of managing transaction information based on a block chain according to an embodiment of the present invention.

The blockchain dashboard of the above drawing can inquire the status of business processing for each blockchain node by business type, and security of login authentication of users; Encryption of bid and wicket amounts; electronic contract management; Administer node arrangement and access rights management.

The above-described block chain node 100 allows each user to form a transaction subject authentication using a personal encryption key, rather than a public authentication method, and encryption and digital signature functions. To implement the above process, a key is distributed and stored for each blockchain node, and an enc key is generated to encrypt the private key. The always-on blockchain system generates an encryption key (wrap key) by encrypting the private key with an encrypted encryption key (enc key). The encryption key is transmitted to the blockchain node and stored in a distributed manner. Since data access and hacking are possible only when all encryption key data is obtained, distributed storage must be processed.

E-contract document registration, e-contract information delivery and participant approval using blockchain nodes; Electronic document registration management and verification of contract authenticity by comparing and collating hash values for each contract document; Electronic contract validation management; and establish an electronic certification management process through registration of signature images and confirmation and conclusion of contract parties through electronic signatures without accredited certification authority verification data.

The block chain dashboard is linked with an admin server to process data transmission/reception and linkage tasks so that block arrangement schedule management for periodic new block generation and access right management for each node can be performed.

10 : Database (DB)
20: data analysis bubble
100: blockchain node

Claims (3)

The above-mentioned specification sets the data items necessary to perform the integrated purchase service, and utilizes the data analysis model calculated through the database-based big data analysis and Advanced Analytics analysis engine collected and built for the set data items, It is about how to build a Business Concierge Services) system. The method of claim 1, wherein the BCS system of the present invention comprises a transaction information management system utilizing block chain technology.
The above-described blockchain technology-based transaction information management system creates a blockchain dashboard and a blockchain node, and each user authenticates a transaction subject using a private encryption key rather than a public authentication method. This is a method that enables the formation of encryption and digital signature functions. According to claim 1, Structured query language (SQL, Structured Query Language) creation and processing for the database collected and built to implement the BCS system, a join script; join operation; join query; It is a hybrid approach that combines in-memory and on-demand queries to improve the speed of the service process by omitting the creation process, so that a large amount of data can be analyzed in real time by linking big data, and Field values are automatically correlated based on field names so that users do not lose information combining or filtering data after loading data.

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