TWI403146B - Method and system for establishing network crime by telephone number and authorization code and source identification code - Google Patents

Description

Method and system for constructing cyber crime detection using telephone number and authorization code and source identification code

The invention belongs to the field of reconnaissance technology of cybercrime, and has the source of actively detecting cybercriminals, and can be recorded and analyzed, and then provides information for cybercrime to the security unit to create a safer network. Road use environment and help promote the development benefits of various application services in the network.

Modern people use the Internet (World Wide Web) to send and receive e-mails (Email), browse websites (Web sites), conduct financial transactions for online shopping, and make voice over internet communication (VoIP) with others, or use Fixed telephone telephone network PSTN (Public Switched Telephone Network) fixed-line telephone, and use of GSM system (Global System for Mobile Communications), TDMA system (Time Division Multiple Access), CDMA system (Code Division Multiple Access), PDC system Mobile phones such as (Personal Digital Cellular), which are used to send and receive e-mails, browse websites, and communicate with others, are very common phenomena in daily life, but they are constantly used in frequent daily use. Derived crimes such as junk e-mail e-mail, hacking websites, phone network fraud, etc. In order to prevent these cybercrimes that hinder the development of the Internet, there are many responses. The invention is disclosed as follows: Republic of China invention patent No. I295136, I221380, approval number 494334, public number No. 200536338 (publication date November 1, 2005), and 200726171 (publication day July 1, 2007) Japanese and Japanese No. 200814703 (publication date: March 16, 2008), etc., the techniques applied by the foregoing inventions are different, but the methods are solved by using network identity authentication and verification. Prevent cybercriminals from entering, so that Internet users can avoid being attacked by cybercriminals when they conduct various online activities on the Internet.

However, the above discloses the effects that each invention can achieve, which only has the negligence to prevent cybercriminals from performing criminal acts on certain fixed websites or specific online financial transactions, and cannot actively proactively detect The source of identity of cybercriminals, which is then provided to the security units to quickly bring them to justice, in other words, how to eliminate the cybercriminals’ infringements and provide cybercrime cases A safer network environment to ensure that many network users can completely avoid fears and worries when they use various networks to perform various network services. It is a must-solve and urgent issue. .

In addition, the inventor of the case filed the Republic of China No. 93112373 on April 30, 2004. "The number of specific serial numbers is sequentially combined to form a digital serial number with the identification code as a search for a specific computer on the Internet. The IP address system "invention patent application, and after the approval of the announcement on September 21, 2006, obtained the invention patent No. I262407, which is mainly applied to the telephone number, easy to remember, easy to use and has a single special property. Characteristics (Because the phone number is a valuable resource, any individual or legal person company must obtain its own unique phone number, which is not freely available without any conditions, and must be paid for after the application. The company’s release and distribution are owned by the company. Therefore, the individual or company/phone number paid for from the telecommunications company licensed by each country has a single attribute in the area under the jurisdiction of the country. Without the duplication of repetition in the country, if it is crowned with the country’s national code, it will become a global monopoly, and it will not overlap with others in the world. Missing), and then the phone number owner voluntarily set the identification code 〞, and combined to form a special model of "phone number and identification code" , as a search for a specific domain name, or an email IP address, or a specific voice communication computer host IP address, in order to reach a phone number that prevents others from being notified to the network user and In the case of an identification code, it is not possible to arbitrarily transmit e-mail to any Internet user, or perform voice communication over the Internet, or destroy the website of another person; since the inventor has pressed the aforementioned invention patent application, According to the system, "www.2uDG.com" was established to actually implement the operation so far, and it fully achieved the expected effect. Therefore, Based on the concept of the "telephone number and identification code", the present invention has been developed to actively detect crimes against cybercrime.

The main purpose of the present invention is to provide a method for "detecting cybercrime using a telephone number and an authorization code and a source identification code", the steps of which include: a. guiding each network user to use the Internet The device is sent to the crime detection website, and the exclusive telephone number and its own authorization code corresponding to the telephone number and the source identification code of the Internet device are respectively input into the crime detection website. In the "Web Phone Number", "Authorization Code" and "Source Identification Code" fields in the dynamic webpage of the input interface; b. The crime detection website will be from the interface dynamic webpage, and each of the network users input the exclusive "Phone number" and "authorization code" are stored in the comparison database of the crime detection website; c. The network user uses the Internet device to input the telephone number and authorization code of the network recipient. After that, the Internet device has the source identification code on the current network, and is transmitted to the crime detection website together with the phone number and the authorization code, and immediately starts the crime. Anti-search website detection program, and the "phone number" and "authorization code" and stored in the login than the sum of each of the "telephone number" and "authorization code" data in the database for comparison; and d. The phone number and the authorization code stored on the Internet user are the same as the “phone number” and “authorization code” stored in the comparison database. At that time, the detection and detection program of the crime detection website will issue a command to compare the non-compliance, and inform the network user via the Internet device to re-enter the phone number and authorization code, and synchronize the network actively. The source identification code and data of the user's Internet device are transmitted to the cyber crime detection computer, thereby providing statistical analysis data required for crime detection and prevention.

Through the statistical analysis of the source identification code data, the network user can be quickly checked for the exact location on the network, and can be immediately provided to the relevant jurisdictional security unit for immediate Active cybercrime detection and elimination, thereby eliminating the scams and other scams of other Internet users in the use of the Internet, while achieving a highly secure network environment.

Another object of the present invention is to provide a system for establishing a network crime detection system by using a telephone number and an authorization code and a source identification code, which includes: a crime detection website, an input interface dynamic webpage, and a detection. Search program and a comparison database; wherein the website of the detection website is linked to the World Wide Web or the Internet, and the output and input of various network materials All conform to the various communication protocols of the World Wide Web and the Internet; the input interface dynamic webpage is the home page of the crime detection website. Or one of the following pages (Web pages) is written in a software language that can be applied to the World Wide Web or the Internet. There is a page for entering a "phone number". , "Authorization Code" and "Source Identification Code" blank fields; the detection search program is written by a software language that can be applied to the World Wide Web, with dynamic web page activation requirements from the input interface. (request) command to perform the function of searching for comparison; the comparison database is set in the website server of the crime detection website, and the internal login stores the phone number of each network user, and Corresponding to the authorization code of the phone number of each network user.

Through the interconnection of various crime detection websites in the above system on the World Wide Web or the Internet, a proactive cybercrime network can be formed and provided to the jurisdiction of each country. The security unit, as the detection and elimination of immediate active cybercrime, eliminates all network users from being attacked and scammed in the global network, and forms a completely secure network environment.

Please refer to the first figure and the second figure, which is a method for constructing a cyber crime detection using a telephone number and an authorization code and a source identification code. The steps include: a. guiding each network User U uses Internet device D to commit a crime The detection website 10, the exclusive telephone number 〞 and its own authorization code corresponding to the telephone number, and the source identification code of the Internet device D are respectively input into the crime detection website. In the interface dynamic webpage 20, the "telephone number" 21, the "authorization code" 22 and the "source identification code" 23 are in the field; b. the crime detection website 10 will be from the interface dynamic webpage 20, and each network is used. U enters the exclusive "telephone number" 21 and "authorization code" 22, and logs in the comparison database 40 stored in the crime detection website 10; c. the network user U uses the Internet device D input to dial the network to receive After the phone number 〞 and 〝 authorization code of the R, the 〝 source identifier 〞23 of the IPTV device D on the current network will be transmitted to the crime detection together with the 〝 phone number and the authorization code 同步. In the anti-site 10, the detection search program 30 of the crime detection website 10 is immediately activated, and the "phone number" stored in the comparison database 40 is stored and registered. And "authorization code" data to compare And d. enter the phone number 拨打, and 〝 authorization code in the unrivaled network user U and log in to the "phone number" and "authorization" of the network recipient R stored in the comparison database 40. When the codes are all the same, the detection search program 30 of the crime detection website 10 issues a command to compare the non-compliance, and informs the network user U via the Internet device D. 重新Please re-enter the phone number and authorization code, and synchronously send the data of the network user U Internet device D to the cyber crime detection computer 50, and then provide it as a crime detection and defense center. Statistical analysis data required.

The step d further includes a step d': after the telephone number and/or authorization code dialed by the network user U, the "telephone number" and the "authorization code" of the network receiver R are both When they are identical, the detection search program 30 of the crime detection website 10 will issue a comparison result and immediately complete the connection with the network receiver R.

In the above step a, if the network user U does not want to go to the crime detection website 10, the phone number of the phone number that he owns, and the authorization code corresponding to the phone number that he or she specifies, are input into the interface dynamics. In the webpage 20, the login is stored in the comparison database 40 of the crime detection website 10, that is, the network user U selects to automatically waive the function of using the cybercrime detection of the present invention.

The source identification code 23 in the step a, the step c, and the step d may be a fixed IP address or a floating IP address of the network device D or a network address number of the central office device of the network device D; and the network device D It can be an Internet telephony, or a mobile phone, or a fixed-line telephone of a public switched telephone network, or a stationary short message transceiver, or a portable short message transceiver.

In addition, the telephone number unique to the network user in the step a can be Personal phone number, or company corporate phone number; and the other phone number 〞21 can be a serial mode of "country code - area code - local phone number", or a series of "country code - mobile phone number" Mode; and the authorization code 22 can be composed of any combination of characters, numbers, symbols, or a combination of two or more in the computer; in addition, the source identifier of the Internet device D is 23 When the user U does not know and does not input the "Source Identification Code" 23 field in the input interface dynamic webpage 20, the detection search program 20 of the crime detection website 10 will actively detect and detect it.

Furthermore, the statistical analysis of the "source identification code" 23 in the above step d is performed in such a manner that the cumulative number of times exceeds the number of times determined by the crime detection website 10 in a specific unit time.

Therefore, when the cybercriminal is unable to know the telephone number and the authorization code of the network user U, the Internet device D is used to attempt to dial the telephone number and authorization of any network receiver R. At the time of palletizing, the 〝 source identification code 〞23 of the current Internet access device D is actively detected by the detection search program 30 in the crime detection website 10, and synchronized with the 〝 phone number and authorization. The pallets are transmitted to the crime detection website 10, and after the comparison search program 30 enters the comparison database 40 for comparison, the telephone numbers and authorization codes dialed by the cybercriminal are displayed. The detection search program of the crime detection website 10 is the same as the telephone number and authorization code of the network receiver R. 30 will issue a 〝 对 不 不 , , , , , , 主动 主动 主动 主动 主动 主动 主动 主动 主动 主动 主动 主动 主动 主动 主动 主动 主动 主动 主动 主动 主动 主动 主动 主动 主动 主动 主动 主动 主动 主动 主动 主动 主动 主动 主动 主动During the time, if the number of repeated calls exceeds the number specified by the crime detection website 10, it can be determined that it belongs to a cybercriminal, and the security unit is reported to bring the arrest to justice.

As shown in the first, third and fourth figures, the system of the present invention "using a telephone number and an authorization code and a source identification code as a method for detecting a cyber crime detection" includes: a crime detection and defense Website 10, its web server 11 is linked to World Wide Web (World Wide Web) or Internet I (Internet), and its output and input into various networks are in line with the World Wide Web and the Internet. Various communication protocols of the road I; an input interface dynamic webpage 20, which is located on the home page of the crime detection website or one of the pages below the homepage (Web page), is applicable to the global information network W ( World Wide Web) or Internet I (Internet) software language, the page has a blank field for entering "phone number" 21, "authorization code" 22 and "source identification code" 23; The detection search program 30 is written by a software language that can be applied to the World Wide Web (WWW), and has a search command from the input interface dynamic web page 20 to perform a search. The comparison function; and a comparison database 40 is disposed in the website server 11 of the crime detection website 10, and the internal login stores the telephone number of each network user U, corresponding to The authorization code of the U phone number of each network user.

The comparison database 40 further includes a comparison database 61 disposed in each of the crime detection websites 60 connected to the World Wide Web or the Internet I (such as the World Wide Web) (eg, The third figure shows that the 61 parts of the comparison database are registered with the telephone number of each network user U and the authorization code corresponding to the telephone number of each network user.

In addition, the comparison database 40 further includes a phone number of each network user stored in any of the linked Internet addresses, and an authorization code corresponding to the phone number of each network user. Compare the database 70 (as shown in the fourth figure).

10‧‧‧Criminal Detection Website

11‧‧‧Web server

20‧‧‧Interface dynamic webpage

21‧‧‧ phone number

22‧‧‧Authorization code

23‧‧‧Source identification code

30‧‧‧Detection search program

40, 70‧‧‧ comparison database

50‧‧‧Internet crime detection computer

60‧‧‧Criminal Detection Website

61‧‧‧Comparative database in the server

D‧‧‧Internet device

I‧‧‧Internet

R‧‧‧Network recipients

U‧‧‧Internet users

W‧‧‧World Information Network

First Figure: One of the block diagrams of the system in the method of the present invention.

Second Figure: Flowchart of the steps of the method of the present invention.

The third figure is the second schematic diagram of the system block in the method of the present invention.

The fourth figure is the third schematic diagram of the system block in the method of the present invention.

10‧‧‧Criminal Detection Website

11‧‧‧Web server

20‧‧‧Interface dynamic webpage

21‧‧‧ phone number

22‧‧‧Authorization code

23‧‧‧Source identification code

30‧‧‧Detection search program

40‧‧‧Comparative database

50‧‧‧Internet crime detection computer

D‧‧‧Internet device

I‧‧‧Internet

R‧‧‧Network recipients

U‧‧‧Internet users

W‧‧‧World Information Network

Claims (19)

A method of using a telephone number and an authorization code and a source identification code as a means of detecting cybercrime detection, the steps of which include: a. guiding each network user to use an internet device to a crime detection website to The exclusive phone number and its own authorization code corresponding to the phone number and the source identification code of the Internet device are respectively input into the phone number of the input interface dynamic webpage of the crime detection website. , "Authorization Code" and "Source Identification Code", etc.; b. The crime detection website will be from the interface dynamic webpage, and each of the Internet users will input the exclusive "telephone number" and "authorization code". The login is stored in the comparison database of the crime detection website; c. the network user inputs the telephone number and the authorization code of the network recipient by using the Internet device, and the network device is on the current network. The source identification code will be transmitted to the crime detection website together with the phone number and authorization code, and the detection and search program of the crime detection website will be launched immediately. 〝 Phone number 〝 and 〝 authorization code 〞 每一 每一 每一 每一 每一 每一 每一 每一 每一 每一 每一 每一 每一 每一 每一 每一 每一 每一 每一 每一 每一 每一 每一 每一 每一 每一 每一 每一 每一 每一 每一 每一 每一 每一 每一 每一 每一 每一 每一 每一 每一 每一 每一The detection code of the crime detection website will be issued when the phone number and the authorization code are the same as the "phone number" and "authorization code" stored in the comparison database. The 〝 comparison does not comply with the 〞 command, and synchronously sends the 〝 source identification code 〞 data of the network user's Internet device to the cyber crime detection computer, thereby providing statistical analysis data required for crime detection and prevention. The method of claim 1, wherein the step a and the step The source identification code in c and step d may be a fixed IP of the internet device. The method of claim 1, wherein the source identification code in step a, step c and step d is a floating IP of the internet device. The method of claim 1, wherein the source identification code in step a, step c, and step d is a network address number of the central office device to which the network device belongs. The method of claim 1, wherein the internet access device in step a, step c, and step d is an internet phone. The method of claim 1, wherein the internet device in step a, step c and step d can be a mobile phone. The method of claim 1, wherein the access device in step a, step c and step d is a fixed line telephone of a public switched telephone network. The method of claim 1, wherein the internet access device in step a, step c, and step d is a fixed or portable short message transceiver. The method of claim 1, wherein the telephone number exclusive to the network user in step a can be a personal telephone number or a corporate legal person telephone number. The method of claim 1, wherein the phone number in step a can be a serial mode of "country code - area code - local phone number". The method of claim 1, wherein the telephone number in step a. is a serial mode of "country code - mobile phone number". The method of claim 1, wherein the authorization code in step a can be any text, number, or character that can be typed in the computer. The number or combination of two or more. The method of claim 1, wherein the source identifier of the Internet device in step a is not input to the "Source Identification Code" column in the dynamic webpage of the input interface if the network user does not know The detection and detection program of the crime detection website will detect it when it is inside. For example, in the method of claim 1, wherein the statistical analysis of the "source identifier" in step d. is that the cumulative number of times in the specified unit time exceeds the number of times set by the crime detection website. And proceed. The method of claim 1, wherein the step d. further comprises a step d': after comparing the phone number dialed by the network user, the authorization code, and the network receiver When the "telephone number" and "authorization code" are identical, the detection and detection program of the crime detection website will issue a comparison result and immediately complete the connection with the network receiver. A system for constructing a cybercrime detection method by using a telephone number and an authorization code and a source identification code according to the first aspect of the patent application scope includes: a crime detection website, and a website server chain thereof On the World Wide Web or the Internet, the data of its output and input to various networks conforms to various communication protocols of the World Wide Web and the Internet; The Home page or one of the following pages on the Crime Detection and Prevention website is written in a software language that can be applied to the World Wide Web or the Internet. There is a blank field on the page for entering "telephone number", "authorization code" and "source identification code"; A detection search program is written by a software language that can be applied to the World Wide Web (World Wide Web), and has a function of performing a search comparison after a dynamic web page request request from the input interface; and a comparison The database is set in the website server of the crime detection website, and the internal login stores the phone number of each network user, and the authorization code corresponding to the phone number of each network user. Hey. The system of claim 16, wherein the comparison database further comprises setting up each crime detection website server connected to the World Wide Web or the Internet. The comparison database, and the comparison database internally stores the telephone number of each network user and the authorization code corresponding to the telephone number of each network user. The system of claim 16 or 17, wherein the detection search program searches for a comparison database in any of the crime detection website servers connected to the Internet. The system of claim 16, wherein the detection search program searches for a phone number of each network user stored in any of the linked Internet addresses, and corresponds to each network. The comparison of the authorization codes of the road user's telephone number to the database.