KR20230072222A - Communicatino security maintenance method of network equipment - Google Patents

Abstract

The technology disclosed in this specification relates to a communication security maintenance management system and method of network equipment, and more specifically, communication of network equipment that monitors inspection information of each communication cable and status information of each communication equipment transmitting it. It relates to a communication security maintenance method of network equipment using a security maintenance management system. In a wiring facility management method, a process of generating unique information request information by a terminal and a process in which the terminal generates a wiring inquiry request or an equipment inquiry request A process of receiving a selection, a process of determining whether the inputted selection by the terminal is a wiring inquiry request or an equipment inquiry request, and if the inputted selection is a wiring inquiry request, the terminal checks the line corresponding to the wiring inquiry request The process of transmitting line check line information, the process of transmitting a list of lines including the details of failure occurrence by the terminal, and the process of transmitting equipment information corresponding to the equipment inquiry request by the terminal if the inputted selection is an equipment inquiry request and transmitting, by the terminal, detailed information including a driving state of equipment information.

Description

Communication security maintenance method of network equipment {COMMUNICATINO SECURITY MAINTENANCE METHOD OF NETWORK EQUIPMENT}

The technology disclosed in this specification relates to a communication security maintenance management system and method of network equipment, and more specifically, communication of network equipment that monitors inspection information of each communication cable and status information of each communication equipment transmitting it. It relates to a communication security maintenance method of network equipment using a security maintenance management system.

Conventional Korean Patent Publication No. 10-1780930 (published on September 26, 2017, "Smart Integrated Wiring Management System") includes a plurality of unit terminals connected to new wiring and connected to the outside to provide data communication to the unit terminals. In the communication wiring system consisting of a main terminal unit and a connector module, the unit terminal unit includes a plurality of terminals to which communication wires for each layer are connected and identification means for assigning a unique identification code to each terminal; a transmission/reception module for constructing mutual networking between the unit terminal units; a connection confirmation module for determining whether a communication wire is connected to the terminal; It includes a power module for supplying power to the unit terminal unit, and the main terminal unit receives various communication data from a backbone communication network or a communication service provider and converts a unipolar digital signal into a bipolar digital signal or converts an analog signal value and a service module that converts similarly and communicates with the transmission/reception module; a wiring information storage module for storing communication wiring information including an identification code for the communication wiring of the unit terminal unit; An integrated wiring management module that classifies and configures communication wiring by layer based on the communication wiring information stored in the wiring information storage module, and configures and controls upper level and lower level items for each layer; And a security management module connected to the service module of the main terminal unit or the transmission/reception module of the unit terminal unit to block illegal access and virus distribution from the outside; a self-inspection unit composed of a first self-inspection module and a second self-inspection module that checks whether or not there is a communication abnormality between the transmission/reception module of the unit terminal unit and the upper connector module; The self-inspection unit may transmit current state information checked in real time to the integrated wiring management module, and the integrated wiring management module, when abnormal state information is received from the connector module or the self-inspection unit, sends the abnormal state information to a manager. and the integrated wiring management module extracts an identification code from information collection means for collecting information of the connector module of the unit terminal part from the wiring information storage module and communication wires collected by the information collection means, and through this, each Analysis means for analyzing the layer of the unit terminal unit and area and level information of the unit terminal unit; Tree construction means for constructing a wiring tree by configuring communication wiring of the unit terminals by layer based on the communication wiring information including the identification code analyzed by the analysis means, and arranging the communication wiring of each layer from an upper level to a lower level. Including, the information collecting means collects the information of the connector module of the unit terminal part from the wiring information storage module, and extracts identification codes from the communication wires collected by the information collecting means through the analysis means, and through this, respectively Analyzing the layer of the unit terminal part and the area and level information of the unit terminal part, and configuring the communication wiring of the unit terminal part by layer based on the communication wiring information including the identification code analyzed by the analysis means through the tree construction means And a technique of arranging the communication wiring of each layer from the upper level to the lower level and providing it to the manager using the terminal of the integrated wiring management module is disclosed.

Conventional Korean Patent Publication No. 10-2012-0041050 (published on April 30, 2012, "A wiring board and a remote control wiring board management system using the same") includes an internal communication line connected to a communication service user and a communication service provider. In a wiring board connected and installed between external communication lines, an internal line terminal connected to the internal communication line is provided on one side and an external line terminal connected to the external communication line is provided on the other side, and the internal line terminal and the external line terminal are provided. A main board provided with a plurality of connecting parts connected between line terminals; a plurality of line converters that are individually connected to each connection part of the main board and connect or disconnect each user's communication line according to an external signal input; and a power controller controlling supply of power for operation of the line converter, wherein the circuit converter includes a substrate provided with a plurality of switching terminals connected to the connection part in a concentric array but having different positions and lengths; A rotor rotatably installed on the board and provided with jumpers for connecting switching terminals of the board in different combinations according to rotational positions, and driving means for rotating the rotor according to power control by the power controller Including technology is disclosed.

Conventional Korean Patent Publication No. 10-1242132 (announced on March 11, 2013, "Integrated wiring system for hierarchically managing integrated terminal box") integrates each communication including data communication, telephone, CATV or CCTV, and speaker broadcasting. The wiring of the terminal box is organized in a tree structure with upper and lower level items for each layer, item addition submodule that adds upper level items, lower item addition submodule that adds items to the lower level of the selected upper level, registration Integration that includes an item-by-item change submodule that changes the name of a registered item, an item deletion submodule that deletes a selected item, an expand submodule that expands the entire tree of registered items, and a reduced view submodule that reduces expanded items. A communication line number management unit including a wiring configuration module is included, and the communication line number management unit registers and manages each device including communication equipment, registers and manages wiring numbers and port numbers, registers and manages wiring types, and registers and manages line capacity. When a specific item belonging to a specific level is selected, it further includes an integrated wiring management module that displays the status including line number, user department, user, port type, transmission speed, and IP address on the screen, wherein the communication line number management unit connects to the selected line number. Disclosed is a technology that further includes a line number jumper path management module that sets and manages the path of a jumper, which is an interconnection of communication line numbers, by selecting a line number, and displays information including line number, wiring number, phone number, user, and line type. has been

It is a task to solve the provision of a communication security maintenance method of network equipment using a communication security maintenance system of network equipment capable of maintaining communication security throughout the network.

In one embodiment, a communication security maintenance method for network equipment is disclosed.

In the wiring facility management method, a process of generating unique information request information by a terminal and a process of receiving a selection of either a wiring inquiry request or an equipment inquiry request by the terminal, whether the selection received by the terminal is a wiring inquiry request or equipment A process of determining whether or not it is an inquiry request, a process of transmitting line check line information in which the terminal checks the line corresponding to the wiring inquiry request, if the inputted selection is a wiring inquiry request, and the terminal transmits the line including the failure occurrence details A process of transmitting a list of , a process of transmitting equipment information corresponding to the equipment inquiry request when the inputted selection is an equipment inquiry request, and a process of transmitting detailed information including a driving state of the equipment information by the terminal. do.

The unique information request process is a process of scanning a code attached to a wiring wiring or communication equipment by a terminal and a process of determining whether the code scanned by the terminal is a barcode or a QR code. As a result of the determination, if the scanned code is a barcode. In the case where the terminal generates information inquiry request information for searching wiring information matched with a barcode, and when the scanned code is a QR code, the terminal generates information inquiry request information for searching equipment information matched with the QR code process may be included.

The transmission process is the process of the terminal transmitting the unique information of the line corresponding to the wiring inquiry request to the integrated wiring management unit, and the process of performing the IP PING test or TRACERT test of the line corresponding to the unique information received by the integrated cabling management unit. The wiring management unit may include a process of generating line check line information including a processing time according to test execution and a process of transmitting the line check line information received by the terminal to a screen.

The equipment maintenance transmission process is a process in which the terminal transmits equipment-specific information corresponding to the equipment inquiry request to the integrated cabling management unit, a process of matching the unique information received by the integrated cabling management unit with the corresponding communication equipment information, and a process in which the terminal transmits the integrated wiring management unit It may include a process of transmitting the communication equipment information received from the management unit to the screen.

The technology disclosed in this specification significantly reduces the time required for line check work by providing wiring information or communication equipment information through real-time management and monitoring of wiring information and communication equipment information in connection with wiring information and communication equipment information. has the effect of

The foregoing provides only select concepts in a simplified form for those that are described in greater detail later. It is not intended to limit the key features or essential features of the claims or to limit the scope of the claims.

1 is a configuration diagram showing a communication security maintenance management system of network equipment according to an embodiment of the technology disclosed herein.
2 is a schematic configuration diagram of an integrated wiring management unit disclosed in this specification.
3 is a configuration diagram schematically illustrating a data management storage unit disclosed in this specification.

Hereinafter, embodiments disclosed in this specification will be described in detail with reference to the drawings. Unless otherwise specified in the text, like reference numbers in the drawings indicate like elements. The exemplary embodiments described above in the detailed description, drawings and claims are not intended to be limiting, and other embodiments may be used, and other changes may be made without departing from the spirit or scope of the technology disclosed herein. A person skilled in the art may arrange, construct, combine, or design the components of the present disclosure, i.e., components generally described herein and illustrated in the drawings, in a variety of different configurations, all of which are obviously It will be readily appreciated that they are designed and form a part of this disclosure. In order to clearly express various layers (or films), regions, and shapes in the drawings, the width, length, thickness, or shape of components may be exaggerated.

When one component is referred to as “provided” with another component, the case where the one component is directly provided to the other component as well as the case where an additional component is interposed therebetween may be included.

When one component is referred to as “providing” another component, it may include a case where the one component is directly provided to the other component as well as a case where an additional component is interposed therebetween.

Since the description of the disclosed technology is only an embodiment for structural or functional description, the scope of rights of the disclosed technology should not be construed as being limited by the embodiment described in the text. That is, since the embodiment can be changed in various ways and can have various forms, it should be understood that the scope of rights of the disclosed technology includes equivalents capable of realizing the technical idea.

Expressions in the singular number should be understood to include plural expressions unless the context clearly dictates otherwise, and terms such as “comprise” or “have” refer to an embodied feature, number, process, operation, component, part, or It is intended to specify that a combination exists, but it should be understood that it does not preclude the possibility of existence or addition of one or more other features, numbers, processes, operations, components, parts, or combinations thereof.

All terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which the disclosed technology belongs, unless defined otherwise. Terms defined in commonly used dictionaries should be interpreted as consistent with meanings in the context of the related art, and cannot be interpreted as having ideal or excessively formal meanings unless explicitly defined in this application.

Figure 1 of the accompanying drawings in this specification is a configuration diagram showing a communication security maintenance management system of network equipment disclosed in this specification. 2 is a flowchart illustrating a communication security maintenance method of network equipment disclosed in this specification.

First of all, the communication security maintenance method of network equipment disclosed in this specification uses a communication security maintenance system of network equipment. (300).

The wiring management unit 100 registers, adds, changes, or deletes wiring information and network equipment information about communication wiring connected to the terminal box, and performs a ping test or traceroute test of the wiring corresponding to the wiring inspection request to reduce processing time. and generating wiring check wiring information including communication loss rate, and may include a wiring input unit, an equipment input unit, a wiring inspection unit, a code generation unit, and an image output unit.

The wiring input unit receives wiring information about each wire connected to the terminal box, classifies the information, and receives and registers the wiring number, type, port number, and IP number of each wire included in the wiring information. The wiring input unit provides information corresponding to the received wiring information matching request from the storage unit 200, and performs wiring information editing functions including loading, adding registration, changing registration, and deleting registration by wiring.

The equipment input unit can receive and register communication equipment information including manufacturer, MAC address, transmission speed, CPU or memory status for each equipment in connection with network equipment mounted on MDF or IDF. The equipment input unit performs real-time monitoring of registered network equipment. The equipment input unit may perform functions including import, registration, addition, modification, and deletion for each equipment. The equipment input unit performs a transmission function of outputting the wiring information authorized from the interlocked wire input unit to the screen when a specific port of the registered network equipment is selected. The equipment input unit may be provided to edit or transmit based on the same RACK mounting screen as the actual site through a preset graphic model for each equipment specification when the monitoring function, editing function, or transmission function is performed.

The wiring inspection unit matches wiring information corresponding to the wiring inspection request from the storage unit 200 and performs a ping test or a trace route test on the selected wiring to generate wiring inspection wiring information including processing time and communication loss rate. The wiring check unit may simultaneously select multiple IPs corresponding to the wiring check request and perform multiple ping tests through a single execution. The wire inspection unit may be provided to set a date and time to be inspected, and perform reserved inspection on a specific wire to correspond to a set schedule.

The code generation unit may generate a unique code corresponding to the matching request by matching information corresponding to the received wiring information matching request or communication equipment information matching request from the storage unit 200 . The code generation unit may be arranged to selectively match only information associated with a corresponding code when searching for a code. The unique code generated by the code generator may be configured as either a QR code or a barcode and output in the form of detachable adhesive paper. The code generating unit may be provided to adjust size, color, and perforation line for each layer of network equipment, each equipment, or each use.

The video output unit may transmit any one of wiring information, communication equipment information, wiring check request, failure history, or user information matched with wiring information to a user-centered UI screen. The video output unit performs a calling function of transmitting information corresponding to the selected information. The video output unit allows the user to select and inspect the wiring to be inspected, and provide the condition of the wiring on the screen in the form of a graph. The video output unit can provide actual mounting diagrams and overall system diagrams of the MDF and IDF on the screen. The video output unit may include loading of corresponding wiring wiring information when a port is selected from the installation diagram for each communication equipment and the overall system diagram transmitted on the screen.

Meanwhile, the integrated wiring management unit may further include an interface unit. The interface unit includes an SNMP module for a status monitoring interface for each network equipment and an application module that is interlocked with the terminal 300 to analyze wiring codes and communication equipment codes, and receives MIB DATA through each network equipment and SNMP to store the storage unit ( 200) to save. MIB (Management Information Base) DATA refers to named objects from objects to be managed, their types, a collection of relationships, the status of objects to be managed, and a collection of objects. In one embodiment of the technology disclosed in this specification, information or resources for managing equipment such as network equipment servers, routers, hubs, workstations, and network switches are defined as objects, and a collection of these objects is referred to as MIB. Assume The interface unit performs a function of providing wiring information corresponding to the barcode scan from the terminal 300 and providing communication equipment information corresponding to the QR code scan.

On the other hand, the storage unit 200 classifies wiring information, communication equipment information, user information, and failure occurrence information received through the wiring management unit 100 into one of voice and data, installation location, and equipment status, and stores the data in a database layer by layer. It is stored and managed, but is composed of a wiring storage unit, an equipment storage unit, a user storage unit, and a fault storage unit.

The equipment storage unit manages communication equipment information including manufacturer, MAC address, transmission speed, CPU and memory status for each equipment in connection with network equipment mounted on MDF or IDF, but it is easy to identify real-time status information corresponding to monitoring requests. It is provided in a table format, and it is provided in the form of a system diagram by matching the installation location and status information of the communication equipment corresponding to the request.

The terminal 300 scans a code corresponding to the scan request to inquire wiring information stored in the storage unit 200, user information or communication equipment information matched with the wiring information, and the information retrieved through scanning is different from the on-site situation. In the event of an error or change, the corrected information is received and updated in the storage unit 200, but may include a scan unit, a user authentication unit, an information screen provision unit, an information correction unit, and a communication unit.

The scanning unit scans and decodes barcodes attached to wiring lines or QR codes attached to communication equipment, and matches information to be inquired from the storage unit 200. Barcodes and QR codes can be configured to be attached to wiring to match wiring information and attached to network equipment to match communication equipment information, but the technology disclosed in this specification is not limited to this, and barcodes are attached to network equipment. It can be matched and the QR code can be provided to match the wiring information. If the transmitted wiring check wiring information includes failure occurrence details, the terminal 300 outputs a preset alarm along with a list of faulty wiring. On the other hand, when the input selection is an equipment inquiry request, the terminal 300 transmits equipment information corresponding to the equipment inquiry request. The terminal 300 may transmit detailed information including a driving state of equipment information.

The user authentication unit receives the manager ID and password requesting information inquiry and performs a preset information inquiry authentication procedure.

The information screen providing unit transmits information corresponding to the unique information scanned by the scanning unit to the screen, but when scanning the BAR code, wiring information (wiring number for each wire, wire type, port number, IP number, etc.) and user information (personal information) , contact information, location information, etc.), and equipment information (manufacturer, MAC address, transmission speed, CPU, memory, etc.) and wiring check wiring information can be transmitted when scanning the QR code.

The information modification unit receives the corrected information and updates it in the storage unit 200 when the information retrieved through the scan of the scanning unit is different from the field situation or changes occur, and the wiring check request received from the field and corresponding wiring Performs a ping test to generate wiring check wiring information.

The communication unit transmits an information search request corresponding to the scanning of the scan unit to the storage unit 200 to receive information corresponding to the information search request. The communication unit may be connected using the Internet (including WiFi) or a wireless mobile communication network.

A communication security maintenance method for network equipment using the communication security maintenance system for network equipment prepared as described above will be described.

The communication security maintenance method of network equipment includes a request information generation process (S100) in which the terminal 300 generates unique information request information.

In the request information generation process (S100), it is determined whether the code scanned by the terminal 300 is a barcode or a QR code. If the scanned code is a barcode, the terminal 300 generates information inquiry request information for searching wiring information matched with the barcode. On the other hand, if the scanned code is a QR code, the terminal 300 generates information search request information for searching equipment information matched with the QR code.

The communication security maintenance management method of network equipment includes a selection input process (S200) in which the terminal 300 receives a selection from among a wire inquiry request and an equipment inquiry request.

In the selection input process (S200), the terminal 300 transmits the wiring inquiry request and the unique information of the corresponding line to the management unit 100. In the selection input process (S200), an IP PING test or a TRACERT test of a line corresponding to the unique information received by the management unit 100 is performed. In the selection input process (S200), line check line information including processing time and communication loss rate according to the management unit 100 test execution is generated. In the selection input process (S200), the terminal 300 transmits the received line check line information to the screen.

The communication security maintenance method of network equipment includes a request determination process (S300) of determining whether the selection received by the terminal 300 is a wiring inquiry request or an equipment inquiry request.

In the request determination process (S300), the terminal 300 transmits equipment inquiry request and unique information of the corresponding equipment to the management unit 100. Subsequently, the unique information received by the management unit 100 is matched with communication equipment information including manufacturer, model name, MAC address, transmission speed, CPU and memory status. The terminal 300 transmits the communication equipment information received from the management unit 100 to the screen.

In the communication security maintenance method of network equipment, as a result of the decision in the request judgment process (S300), if the input selection is a wiring inquiry request, the terminal 300 transmits line check line information by checking the line corresponding to the wiring inquiry request. It includes a line transmission process (S400) to do.

The communication security maintenance method of network equipment includes an alarm output process (S500) in which the terminal 300 outputs a preset alarm along with a list of lines in which an error occurs when the transmitted line check line information includes failure occurrence details. include

The communication security maintenance method of the network equipment is the equipment transmission process (S600) in which the terminal 300 transmits equipment information corresponding to the equipment inquiry request when the input selection is an equipment inquiry request as a result of the decision in the request judgment process (S300). ).

The communication security maintenance method of the network equipment includes a device information transmission process (S700) in which the terminal 300 transmits detailed information including a driving state of the equipment information.

From the foregoing, it will be understood that various embodiments of the present disclosure have been described for illustrative purposes, and that there are various modifications possible without departing from the scope and spirit of the present disclosure. And the various embodiments being disclosed are not intended to limit the disclosed spirit, and the true spirit and scope will be presented from the following claims.

S100: Request information generation process
S200: Selection input process
S300: Request judgment process
S400: Line transmission process
S500: Alarm output process
S600: equipment transmission process
S700: equipment information transmission process

Claims (4)

In the wiring facility management method using the communication security maintenance management system of network equipment,
The process of generating the unique information request information by the terminal;
receiving, by the terminal, a selection of one of a wiring inquiry request and an equipment inquiry request;
determining whether the selection received by the terminal is a wiring inquiry request or an equipment inquiry request;
if the input selection is a wiring inquiry request, transmitting line check line information by checking a line corresponding to the wiring inquiry request by the terminal;
transmitting a list of lines including details of occurrence of failures by the terminal;
transmitting, by a terminal, equipment information corresponding to the equipment inquiry request when the input selection is an equipment inquiry request; and
A method for maintaining communication security of network equipment, comprising transmitting detailed information including a driving state of equipment information by a terminal. According to claim 1,
The unique information request process
The process of scanning the code attached to the wiring wiring or communication equipment by the terminal;
Determining whether the code scanned by the terminal is a barcode or a QR code;
If the scanned code is a barcode as a result of the determination, the terminal generating information inquiry request information for searching wiring information matched with the barcode; and
If the scanned code is a QR code, the terminal generates information search request information for searching equipment information matched with the QR code. According to claim 2,
The sending process
transmitting, by the terminal, unique information of a line corresponding to the wiring inquiry request to an integrated wiring management unit;
A process of performing an IP PING test or a TRACERT test of a line corresponding to the unique information received by the integrated wiring management unit;
The process of generating the line check line information including the processing time according to the test execution by the integrated wiring management unit; and
A method for maintaining communication security of network equipment, comprising transmitting line check line information received by a terminal to a screen. According to claim 3,
The equipment inspection transmission process
The terminal transmits the equipment search request and the corresponding equipment's unique information to the integrated wiring management unit;
matching the unique information received by the integrated wiring management unit with corresponding communication equipment information; and
A method for maintaining communication security of network equipment, comprising the step of transmitting, by a terminal, communication equipment information received from an integrated wiring management unit to a screen.

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