KR102304138B1 - Management system for web site usage history - Google Patents

Abstract

The web site usage record management system according to the present invention is a web site usage record management system including a plurality of user terminal computers, proxy servers, and block chain networks. It is characterized in that it parses the web record stored in the web site and uses it as a search result, and a reward is delivered to the personal information provider who used it as a search result.

Description

Website usage record management system {MANAGEMENT SYSTEM FOR WEB SITE USAGE HISTORY}

The present invention relates to a web site usage record management system, and more particularly, to a web site usage record management system using a block chain.

Data is transmitted on the website. Reliability will be improved if such data is stored and transmitted using blockchain.

Patent document 1 is an example of such a technique.

Patent Document 1 relates to a file management / search system and a file management / search method based on a block chain, wherein the file management and search system stores the generated data and sets the data name to the IP address of the node where the data is stored and port number information is transmitted to other nodes in the form of a transaction, and the receiving nodes create a block based on the transaction and connect it to the block chain, so that everyone can share the data name and the owner information that created the data. will share Since this information is recorded in the block chain, all nodes share the same information, and in order for a malicious node to arbitrarily modify the contents, it is necessary to modify the contents of the block chain owned by all nodes, so arbitrary modification is virtually impossible. The security itself is excellent.

That is, the technology of Patent Document 1 has excellent security by using a block chain. However, search users do not receive any compensation, and search accuracy does not improve over time.

In addition, search results are collected by companies as big data, but in reality, many personalized services or services using big data ignore individual data sovereignty and collect and use them. In particular, most web search engines have user information and provide customized services by collecting user behavior. In this process, users do not know how their data is being collected and used, but as a result, the service provider benefits. In order to solve this problem, users must be able to manage or verify their own data flow, and when a third party uses their data, an environment must be established in which verification of the user and compensation for data provision are made.

Existing web search engines have problems with traffic in addition to violating the sovereignty of user data. Search engines generate a lot of web traffic by using automated programs such as bots and web crawlers to provide search services to users, which accounts for about half of the total web traffic. The traffic generated in this way causes various damages. In particular, in a low-spec server with limited resources, if unnecessary resource consumption occurs, the server will be paralyzed, causing serious damage such as stopping the service. Therefore, it is necessary to study a method to improve the generation of unnecessary traffic.

Korean Patent Publication No. KR 10-1781583 B1 (Registration Date: 2017.09.19.)

The problem to be solved by the present invention is to provide a web site usage record management system that is excellent in security, can be rewarded for search users, improves search accuracy over time, and reduces unnecessary automatic program use. will provide

The web site usage record management system according to the present invention is a web site usage record management system including a plurality of user terminal computers, proxy servers, and block chain networks. It is characterized in that it parses the web record stored in the web site and uses it as a search result, and a reward is delivered to the personal information provider who used it as a search result.

In the website usage record management system, the blockchain network uses a platform that uses a delegated proof-of-stake method, and stores the user's web record of the user terminal computer in a block through a smart contract using a proxy server, and blocks In order to utilize the data stored in EOS, a database plugin provided by EOS is added, and users can select and use one of several nodes in the blockchain network, increase the influence of the node and promote it to a main service provider, When a user selects one of several nodes in the blockchain network and accesses the proxy site and uses the access function, the nodes in the blockchain network use smart contracts to record information in the blockchain, and the proxy server Block data is recorded in the database of the blockchain network, and the information stored in the database is sent back to the search engine and used for the search engine site. Rewards can also be delivered.

The web site usage record management system according to the present invention has excellent security, and the search user can be rewarded, the search accuracy is improved over time, and the use of unnecessary automatic programs can be reduced.

1 is a block diagram of a block chain
2 is a module relationship diagram of EOS.
3 is a block diagram of a web site usage record management system according to the present invention;
4 is a block diagram of a block chain network according to the present invention.
5 is an example of a scenario in which the system according to the present invention operates;
6 is an example of a search content in a block

Since the present invention can have various changes and can have various embodiments, specific embodiments are illustrated in the drawings and described in detail. However, this is not intended to limit the present invention to a specific embodiment, it should be understood to include all transformations, equivalents and substitutes included in the spirit and scope of the present invention. In describing the present invention, if it is determined that a detailed description of a related known technology may obscure the gist of the present invention, the detailed description thereof will be omitted.

The terms used in the present application are only used to describe specific embodiments, and are not intended to limit the present invention. The singular expression includes the plural expression unless the context clearly dictates otherwise.

The scope of handling personal information in this application is as follows.

The criteria for judging personal information include information that can identify an individual, information about a living individual, relevance to a specific individual, and possibility of identification.

The personal information management method using blockchain is as follows.

Utilizing the private blockchain, users store their personal information in the key-value database of the blockchain administrator and manage the use of personal information with a distributed ledger. The service provider does not directly store the user's personal information, only the key value. If necessary, use the key value to request and view the customer's personal information from the blockchain administrator.

However, the possibility of infringement of personal information in the big data environment is increasing. It can give disadvantages by tracing behaviors or guessing harmful patterns on individuals. Users struggle to figure out how their information is being created and processed. According to Article 3 of the Personal Information Protection Act, although the policy on personal information protection is sufficient, there is a considerable incentive not to comply with the principle because it is not directly binding. Therefore, it is difficult to prevent indiscriminate collection as a legal policy.

A brief description of the block chain is as follows.

Bitcoin, a representative virtual currency, is an online virtual currency that is traded anonymously on the Internet through P2P technology between people without the control of the issuing institution.

Blockchain is a technology that uses data distribution processing technology to distribute and store data such as all transaction details by all users participating in the network. Since several people store data without a central server, an attack is impossible unless a majority of the participants attack at the same time.

1 is a block diagram of a block chain.

A block chain is made of blocks connected to each other as shown in FIG. 1 . A block is mainly composed of two parts: a block header and a transaction. The block header consists of six pieces of information such as the hash value of the previous header, version, and time. If the block contains basic information, the transaction contains the main information.

EOS is as follows.

EOS is a third-generation cryptocurrency that uses the Delegated Proof Of Stake (DPoS) method and is a decentralized platform based on blockchain technology. EOS is designed to support distributed applications, and at the same time smart contract development is possible, there is no fee burden, and it has about 200 times faster processing speed. In terms of usability, complex addresses are converted into accounts for easy identification, and in terms of decentralized applications (DApps), it has a faster processing speed than other blockchains.

EOS consists of nodeos, cleos, and keosd modules.

2 is a module relationship diagram of EOS.

Nodeos is a file that allows the server to install EOSIO to create blocks. Multiple plugins can be combined and run, and it has a fast 2 block generation rate per second.

Cleos provides a command-line interface for interacting with the chain and local wallets.

Keosd is a module that manages the wallet. Create a wallet, store and manage keys in the wallet.

The description of MongoDB is as follows.

MongoDB is a new type of database created to overcome the limitations of relational databases. Unlike existing databases, schema is free and data is stored in JSON-formatted documents. When storing data, collections are used to group similar documents. Therefore, it has superior query efficiency compared to relational databases.

Most of the data used in EOS is in JSON format, so it is very suitable for using mongodb. It supports mongo_db_plugin, so you can store blockchain data in MongoDB. You can search the block contents without mongodb, but if you use mongodb, you can easily search the desired data using a query.

Elasticsearch is described as follows.

Elasticsearch enables you to quickly store, search, and analyze vast amounts of data. When searching using a relational database, all tables are scanned and the contents to be searched are mapped. Therefore, the more documents there are, the worse the performance is. In fact, it is not effective to use it as a search engine because there is a disadvantage that the search is very slow even if the number exceeds ten thousand.

The following <Table 1> is a table of the relationship between keywords and documents.

Keyword Document Tomato A, B, C Apple C, D, E Orange F, G, H

Looking at <Table 1> above, if you search using the keyword tomato, you already know which document the tomato exists in in advance, so the corresponding documents, namely A, B, and C, are returned.

When a user searches with the keyword "Incheon Terminal", only "Incheon Terminal" is searched in the relational database and information on "Incheon Terminal" cannot be searched. However, in the case of Elasticsearch, "Incheon terminal" is divided into two keywords "Incheon" and "terminal" and searched, and all sentences containing the two keywords are searched.

Elasticsearch supports a full query and relevance rating system. Therefore, the searched results are returned in descending order according to the score. When a user searches for "Incheon Terminal", a document containing "Incheon Terminal" precedes a document containing "Incheon" or "Terminal".

3 is a block diagram of a web site usage record management system according to the present invention.

The web site usage record management system of FIG. 3 includes a plurality of user terminal computers, a proxy server (PROXY SERVER), a destination server (DEST_SERVER), and a blockchain network.

A blockchain network is also a network made up of multiple computers.

The blockchain network uses a platform that uses a delegated proof-of-stake method (EOS). In addition, all functions are implemented to be used on the web. A proxy server is used to protect the user's information and to record web records on the chain without a separate program. All data is stored in blocks through a smart contract, a database is used for smooth data utilization, and a separate search engine is used for a better user experience of search results.

Users can use the service by selecting one of several nodes in the blockchain network. You can select and use a node that provides a better experience, and if you have a token, vote for the node you want as much as the influence of the token to increase the node's influence, or select a Block Producer (BP) to become the main service provider can do it

Users access the search engine site of one of the nodes of the blockchain network elected by voting. The node's site is responsible for sending queries to search engines and proxy servers. Nodes in the blockchain network record information on the blockchain using contracts, and record block data in the database to use them efficiently. The information stored in the database is transmitted to the search engine and utilized in the search engine site.

Web history is naturally collected through the proxy server of this server. Because a proxy server is used, the user's information is not transmitted to the site the user visits.

4 is a block diagram of a block chain network according to the present invention.

The collected web records are transmitted to the blockchain network through Smart Contract. The transmitted records are stored in the multi-index database inside the block chain, which is stored for a certain period of time and used to provide personalized services to users. If my personal information is used for personalized service, the reward is also delivered directly to the wallet through P2P transaction through Smart Contract.

Records transmitted to the blockchain network, that is, records stored in blocks, are linked with the database for utilization. The information linked to the database is processed and transmitted to a search engine, which is used to build a search engine using blockchain and my data. It is used to measure the preference score and use it to determine the display order when displaying search results or to recommend related web pages.

The search engine can display more and more accurate information to the user as the amount of information stored in the database increases, and the database increases the amount of data recorded in the block as the amount of data increases. In the block chain, the more transactions are sent for a smart contract, the more information is stored in the block, and this increases as the number of web records of users increases.

Therefore, as the number of users increases and the number of web records using the service increases, more transactions occur, and as a result, the service develops. Also, because our web surfing activity clicks more efficient and meaningful links than bots and crawlers of current search engine sites, we build a search engine based on more meaningful data.

(Example 1)

In order to implement the website usage record management system of the present invention, in this embodiment, It builds the EOS blockchain on Ubuntu16.04, stores and manages the collected data, and provides a search service in the Windows 10 environment. To configure the block chain, EOS uses version 1.7.4 and EOSIO.CDT uses version 1.6.1 to write smart contracts.

5 is an example of a scenario in which the system according to the present invention operates.

As shown in Figure 5, when a user visits a desired site as if using a search engine, the wallet name, search keyword, site address, likes, etc. are collected and each information is stored in the block chain through a smart contract. At the same time that a transaction occurs, each data is synchronized to mongodb and Elasticsearch. If the user searches for the desired information in the blockchain, since the data is synchronized with Elasticsearch, the user's desired information is retrieved from Elasticsearch and returned in order of highest recommendation.

Users can create their own wallet account, and the wallet account contains name and coin information. When you create a wallet and use a search engine, the search engine collects user information, reflects it in search results, and provides rewards to users. Conversely, if you do not want to provide information, you can use it without creating a wallet. The search engine provides a search function and collects the contents that the user mainly searches for, collects the user's wallet name, search keyword, and site address and stores it in a block. In addition, you can choose to like pages you find useful, and the number of likes is also stored in the blockchain and used to determine credibility or usefulness. When searching within the blockchain, the information stored in the blockchain is displayed in descending order according to the likes.

The following <Table 2> is a table about the collected information.

wallet name search keyword Web address (example) like A, C, D Eos eos.io 3 A, C Eos coinbase 2 A Eos eoshashnet One B Eos eoswiki 0

When searching within the blockchain, each information stored in the blockchain is displayed on the web in the order of <Table 2>. When a user searches for Eos, Eos.io, coinbase, eoshashnet, and eoswiki are displayed on the web in descending order of likes, and the most adopted documents are read first. If you like the displayed document, a certain amount of remuneration is paid to the account that provides the document, that is, the wallet.

6 is an example of search contents within a block. When displayed on the web in the order of <Table 2> above, it may be displayed as shown in FIG. 6 .

Unlike existing services, the search engine of the present invention enables users to generate profits by using their own activity information, and since it is an information storage management system based on a block chain, the safety and reliability of information are guaranteed.

The present invention proposes a system for recording user's My Data using a block chain and a system using the same. Through this, a method of managing information and reasonably paying compensation for the use of information, and a method of minimizing unnecessary web traffic of an automation program are disclosed. Through this invention, my data will be managed more transparently, and users will be able to directly check and intervene in the contents, and they will have a sense of data sovereignty. At this time, if reasonable compensation is requested from users with a sense of sovereignty, it will also contribute to the improvement of data sovereignty by providing the necessary efficient measures.

The website search engine suggested as a usage method is built based on the user's web usage history, and it will contribute to creating a better web ecosystem environment, breaking away from the classic method of generating reckless traffic by relying on automation programs to collect web records. It will contribute to a better user experience by reducing resource consumption for service maintenance and providing a more user-friendly service as much as it is built with user information.

Claims (2)

A web site usage record management system including multiple user terminal computers, proxy servers, and blockchain networks,
The web records stored in the blockchain network are parsed and used as search results through a separate search engine that exists inside the block chain, and rewards are delivered to the personal information provider used as the search result.
The blockchain network uses a platform that uses a delegated proof-of-stake method,
Store the user's web record on the user's terminal computer in a block through a smart contract using a proxy server,
In order to utilize the data stored in the block, the database plugin provided by EOS is added.
Users can select and use one of several nodes in the blockchain network, increase the influence of the node and promote it to the main service provider,
When a user selects one of several nodes in the blockchain network and accesses the proxy site and uses the access function, the nodes in the blockchain network use smart contracts to record information in the blockchain, and the proxy server is It records block data in the database of the blockchain network,
The information stored in the database is sent back to the search engine and used on the search engine site.
Website usage record management system, characterized in that when a user's personal information is used for a personalized service, a reward is delivered to the user's wallet through a smart contract. delete

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