KR20230171041A - The quantum random number security combination wiring panel and Hybrid quantum random number security communication wiring panel and Smart broadcasting system - Google Patents

Abstract

When the terminal control server attempts to log in to the terminal from the external network, the IP/MAC address is received through the external network Alice QUANTUM Lyer2 SWITCH among the QUANTUM SWITCHs, and the quantum random number encryption security server receives the IP/MAC address through the Alice QUANTUM Lyer2 SWITCH. /When the user is authenticated by receiving the MAC Address and Alice QRN, Bob QRN is received from the edge server through the internal network Bob QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH, and (3CH)-Half Mirror Effect quantum-resistant encryption is performed on the internal non-memory operation unit. A security integrated distribution panel that creates a QUANTUM PASSWORD through an algorithm, logs in to the terminal, and connects the network between the terminal control server and the terminal through the external network Alice QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH.

Description

Quantum random number cryptographic security integrated wiring panel and hybrid quantum random number cryptographic security communication integrated wiring panel system and smart broadcasting system { The quantum random number security combination wiring panel and Hybrid quantum random number security communication wiring panel and Smart broadcasting system }

It is differentiated from wired/wireless (satellite) hybrid quantum communication networks in the field of hybrid quantum communication with wired QKD (Quantum Key Distribution) quantum communication network and QRNG (Quantum Random Numbers Generator) quantum cryptography security.

It is related to the integrated security wiring board for operating broadcasting devices, blind surveillance cameras, early fire detectors, and multimedia terminals through the Mediagate edge server and public building Mediagate (platform) edge server for operating smart emotional classrooms such as classrooms, laboratories, and practice rooms in schools. .

It is related to a security integrated distribution panel for operating automatic control terminals such as lighting, access control, surveillance cameras, premises broadcasting equipment, and multimedia inside general and public buildings.

It is related to a hybrid quantum communication security integrated distribution board that applies quantum random number cryptography security technology to IoT terminals connected to a network.

It is related to a quantum random number cryptographic security security integrated wiring board to build a hybrid quantum communication network connected to the quantum communication network between Daejeon Songchon Water Purification Plant ~ Daejeon Waterworks Business Headquarters ~ Daejeon Metropolitan City Hall.

Regarding the construction of a quantum random number cryptographic security integrated wiring board and a hybrid quantum random number cryptographic security communication system that builds a level 1 to 3 security network as follows, temporarily taking into account the high cost burden of building a quantum communication network, which is the most perfect security in existence. am.

Level 1: A quantum communication network that can protect against hacking attacks from quantum computers or supercomputers and is applied to major national security facilities that require the highest security level, such as nuclear power plants.

Grade 2: This is to defend against brute-force attacks by supercomputers or distributed computers, and is intended to protect important information such as corporate security and personal information protection. In this invention, an ultra-small QRNG (Quantum Random Numbers Generator) Chip is applied. It is a quantum random number cryptographic security integrated distribution panel and hybrid quantum communication security integrated distribution system applied to a hybrid quantum communication network.

Level 3: It is of low importance to expect brute-force attacks from supercomputers or distributed computers, and existing 512 to 1024 bit encryption (2^8 to 2^9) is used for places that may be targets of attacks by general hackers. ) A high-entropy quantum-resistant encryption algorithm is applied through the (3CH)-Half Mirror effect Password of the physical network separation PRNG (Pseudo Random Number Generator) by the security integrated wiring board of the present invention, which is stronger than security.

The QRN (Quantum Random Number) Password Key generation technology used in the present invention uses quantum random numbers generated by a 2.5 mm × 2.5 mm (5 mm × 5 mm) QRNG (Quantum Random Number Generator) Chip developed by IDQ and SK Telecom. 'QUANTUM' includes the meaning of 'QRN (Quantum Random Number)' as it creates a password key using a seed.

QRN (Quantum Random Number) developed in the field of quantum communication, such as pseudorandom number PRN (Pseudo Random Number) using a conventionally known random number generation program, unpredictable true random number TRN (True Random Number), and IDQ using quantum (photon) as the source. There has been a random number generator that generates numbers.

MediaGate Edge Server is an edge server that includes a quantum random number generator (QRNG) or pseudo random number generator (PRNG) and is installed at the local terminal.

The terminal control server is a terminal control server that includes a quantum random number generator (QRNG) or pseudo random number generator (PRNG) and is installed on the internal/external network.

Known Korean Registered Patent Publication No. 10-1918976 (application date 2017.03.28)

The known ‘cloud security system’ is,

The terminal pseudo-random number generator inside the quantum terminal and the cloud pseudo-random number generator inside the cloud server are composed of a microprocessor, and the pseudo-random number of the terminal pseudo-random number generator and the pseudo-random number of the cloud pseudo-random number generator are the same according to the pseudo-random number program input. The quantum terminal is composed of a terminal pseudorandom number generator, a terminal quantum random number generator, a security authentication switch, and a terminal OTP memory, and the terminal quantum random number generator is a terminal random number source generator, a terminal quantum detection diode, a terminal quantum random pulse generator, and a terminal quantum random number generator. It is composed of a quantum random number control unit, wherein the terminal random number source generator emits quantum particles, the terminal quantum detection diode detects quantum particles generated from the terminal random number source generator, and the terminal quantum random pulse generator detects the terminal quantum particles. A quantum particle event is detected from a diode and a random pulse corresponding to the detection of the quantum particle is generated, and the terminal quantum random number control unit is composed of a microprocessor, and the terminal quantum random number is generated as a random number source generated through the terminal quantum random pulse generator. When the cloud server connects to the quantum terminal, the terminal pseudo-random number generator generates a pseudo-random number by a program, generates a symmetric encryption key, and transmits it to the terminal quantum random number control unit of the terminal quantum random number generator, and the terminal quantum random number control unit. Receives the symmetric encryption key, generates a terminal asymmetric encryption key through terminal quantum random numbers, stores the symmetric encryption key and terminal asymmetric encryption key in the terminal OTP memory, then transmits the terminal asymmetric encryption key to the cloud server, and sends the terminal asymmetric encryption key to the cloud inside the cloud server. The pseudo-random number generator generates a pseudo-random number by a program, generates a symmetric encryption key, generates a cloud symmetric encryption key encrypted with the terminal asymmetric encryption key, and transmits it to the terminal quantum random number control unit inside the quantum terminal, and the terminal quantum random number control unit is in the cloud. The cloud symmetric encryption key received from the server is decrypted with the terminal asymmetric encryption key stored in the terminal OTP memory, and if it matches the symmetric encryption key stored in the OTP memory, the security authentication switch is turned on and connected to the login network, It is a cloud security system that deletes the terminal asymmetric encryption key in the terminal OTP memory and turns off the security authentication switch when logging out, thereby blocking the network.

As an example,

When constructing one CCTV for crime prevention, the construction cost is approximately KRW 15,000,000 and monthly leased line (fixed IP) rent is KRW 88,000.

If a BB84 quantum communication network is currently built for safe communication in the above crime prevention system, a cost of at least 500 million won will be incurred, so in reality, the hybrid-QUANTUM G-Cloud communication technology of the present invention is applied rather than a quantum communication network. do.

Crawling is collecting, classifying, and storing websites, hyperlinks, data, and information resources in an automated manner.

Software developed for crawling is called a crawler. The crawler accesses a given Internet address (URL), finds related URLs, and repeats the process of finding, classifying, and storing other hyperlinks in the found URLs, and then moving around various web pages to find out what data is where. Its role is to create an index and store it in the database.

A similar concept to crawling is scraping (also called data scraping), which extracts the data itself from a data source such as a target website through software and stores it in a specific form. In big data analysis, the two technologies are sometimes used in combination, such as finding out where necessary data is through crawling, collecting and storing it through scraping, and using it for analysis.

If crawling technology is abused and information is copied without permission, problems with intellectual property rights infringement may arise. To prevent such cases in advance, web page owners use the Robots Exclusion Standard on web pages and describe access restrictions in robots.txt. Alternatively, you can use the ‘noindex’ meta tag to block search indexing by crawlers.

The present invention relates to an integrated wiring board that classifies and automatically controls information data collected through open information (OPEN API) or its own sensor, which does not cause intellectual property infringement issues.

In general, buildings such as government offices, schools, offices, and apartments are equipped with numerous wiring consisting of several strands of communication lines combined into one. These wirings are used for data communication, telephone, video such as cable TV or CCTV, speaker broadcasting, multimedia server, multi-functional office equipment (office PC), Wi-Fi repeater, etc., installed in each classroom, office or room. Information is transmitted by connecting to a business PC, phone, display device, and speaker, and each device is connected to enable mutual communication.

Connectors with multiple contact points connected to each communication line are connected to both ends of the wire, and these connectors are connected to equipment to interconnect each equipment.

Wiring is essential at work sites such as new government offices, schools, new apartments, multi-family homes, and buildings, as well as work sites where existing buildings are remodeled. It is very important to check the status of these wiring for openness, shorting, and wiring number.

In general, in the case of data communication, hubs and patch panels are used to route communication lines coming from outside into the building and to each room. It is common to distinguish the wiring status of each cable by recording the room number and attaching a sticker to each connector on the hub and patch panel.

However, after new construction, after several intermediate works for expansion, maintenance, etc., the arrangement of the wires connected to each connector is changed and new wires are added, so there is a one-to-one relationship between the room number initially recorded on the sticker and the corresponding wire. In most cases, the correspondence relationship is disrupted. Moreover, in most cases, the wiring worker during new construction and the wiring worker during maintenance are not the same, so this situation often occurs.

In this case, a lot of time is wasted manually searching for the wiring corresponding to the room where maintenance needs to be performed, and if the wiring cannot be found, the wiring often has to be reinstalled.

To solve this inconvenience, a wiring tester has been disclosed. The wiring tester is used to check for abnormalities in a single wiring, and is used by two workers, each connecting both ends of a single wire through equipment and a radio, and repeating the same task countless times. However, these wiring testers have a problem in that they require a lot of work time because they have to find and check the number markings of many wires one by one.

Accordingly, there has been a need to develop technology for an integrated wiring system that can comprehensively manage the configuration and arrangement status of wiring for data communication, telephone, video such as cable TV or CCTV, and speaker broadcasting.

In order to solve the above problems, there has been a smart integrated wiring management system under application number 10-2017-0004969.

Control/communication/security functions of terminals such as broadcasting devices, speakers, surveillance cameras, early fire detectors, and multimedia installed in smart emotional classrooms (general classrooms, offices, laboratories, practice rooms, music rooms, etc.) and general/public buildings. The security integrated distribution panel installed in the DMZ (Demilitarized Zone) between the Media Gate edge server and the terminal control server connected to the internal/external network forms a security channel between the Media Gate edge server and the terminal control server, and detects external intrusions and monitors the physical network. The task is to build a separation firewall.

In particular, since many people avoid taking pictures of CCTV surveillance cameras, it features a blind camera that does not take pictures when people are present and takes pictures when no people are present to prevent fires.

In addition, in the case of a laboratory, an early fire detector can generate an event alarm even in the case of flames or temperature rises that normally occur due to various experiments, so the early fire detector can generate an event alarm only when no one is present (during camera filming). It is characterized by occurring.

Security integration installed between the Mediagate Edge Server for control/communication/security functions of automatic control terminals such as lighting, access control, surveillance cameras, premises broadcasting equipment, and multimedia inside general and public buildings and the terminal control server connected to the internal network. The task of the wiring board is to form a security channel between the Media Gate edge server and the terminal control server and to build a physical network separation firewall.

It is a hybrid quantum communication security integrated distribution system that applies quantum random number cryptographic security technology to IoT terminals in the network.

It is related to a quantum random number cryptographic security integrated wiring rack to build a hybrid quantum communication network connected to the quantum communication network between Daejeon Songchon Water Purification Plant ~ Daejeon Waterworks Business Headquarters ~ Daejeon Metropolitan City Hall.

It applies physical QRNG or software PRNG technology to important facilities and equipment requiring security. Unlike the conventional 2-channel encryption/decryption QUANTUM KEY generation technology, it is a 3-channel method with physical quantum random number encryption security applied. (3CH)-Half Mirror effect Password (hereinafter referred to as HMP) The task is to manage the QUANTUM IP (Internet Protocol address) and QUANTUM PASSWORD hybrid quantum communication security integrated distribution system of the integrated distribution system using the Symmetric Cryptographic Algorithm.

It is differentiated from the conventional QUANTUM KEY with the QRNG Chip of the integrated wiring board and the QUANTUM PASSWORD created with the (3CH)-Half Mirror Effect algorithm.

In addition, although PRNG is applied instead of QRNG depending on the security level, it is differentiated by providing the strongest security among the existing PRNG-based (prime factorization, hash function, etc.) encryption security.

In addition, it is differentiated as QUANTUM SWITCH, a physical authentication quantum cryptography security switch that controls integrated wiring of L1~L7 switches, VPN, firewall, control server, and quantum random number cryptography security server.

In addition, for the user's convenience, a conventional user password set by the user that is easy to associate is used, but the Mediagate edge server (multimedia server) and terminal control server on the terminal side only know 50% of the random number seed of the QUANTUM PASSWORD, and quantum random number The password security server only knows the encryption algorithm that creates the QUANTUM PASSWORD.

The present invention is a Half Mirror Effect key generation symmetric key algorithm that encrypts 50% of the quantum random numbers generated by the Alice Media Gate edge server and 50% of the quantum random numbers generated by the Bob Media Gate edge server, thereby influencing each other by 50%. It is different from generating a QUANTUM symmetric key of Cryptographic Algorithm,

The QUANTUM symmetric key of the Half Mirror Effect key generation symmetric key algorithm (Symmetric Cryptographic Algorithm) is generated by Alice and Bob with 50% mutual influence to generate the same QUANTUM symmetric key, and then OTP is sent in a two-channel method using a public key, which is a one-time asymmetric key. The characteristic is that it is shared with each other through QUANTUM KEY.

In the present invention, when Alice and Bob each provide 50% of the quantum random number seed to the quantum random number cryptographic security server, the quantum random number cryptographic security server generates a password through an encryption algorithm that Alice and Bob do not know, and the generated password is It is differentiated by the QUANTUM SWITCH, which is entered as a password on Bob's terminal.

When Alice logs in to Bob, Alice first transmits the 50% quantum random number seed she created to the quantum random number cryptographic security server, and the quantum random number cryptographic security server adds Bob's 50% quantum random number seed and encrypts it. After generating the QUANTUM PASSWORD through an algorithm and entering Bob's terminal PASSWORD, when Alice requests Bob to log in, Bob provides a 50% quantum random number seed to the quantum random number password security server only if Alice is approved, and the quantum random number password security server It is a QUANTUM SWITCH that receives the remaining 50% quantum random number seed from Alice and allows Alice to log in to Bob's terminal. For the internal network, it is a Dual QUANTUM Layer2 Switch for internal and external networks with the concept of L2 QUANTUM SWITCH based on MAC (Media Access Control) Address. differentiated by

In other words, Alice and Bob only know and use the quantum random number seed they created, but they do not know the actual password.

Considering the user's convenience, if the Alice Mediagate edge server generates a quantum random number, convenience is reduced (e.g. a quantum random number seed with poor memorization association, such as 74032857), so if the Alice user generates English and numbers or special symbols, An embodiment that provides convenience is possible, such as converting to a random number seed or applying PUF-QRNG (eFUSE-QRNG), or decrypting and transmitting the 50% quantum random number seed encrypted and stored with NFC or FIDO authentication.

According to the present invention, the Alice Media Gate Edge Server, Bob Media Gate Edge Server, and Quantum Random Number Cryptography Security Server must all succeed in hacking to log in to the terminal,

Alice Mediagate Edge Server only distributes 50% of the quantum random number seeds it generates.

Bob Mediagate Edge Server only distributes 50% of the quantum random number seeds it generates.

Quantum random number cryptographic security servers only know each encryption algorithm through non-memory operations.

In fact, only the terminal itself knows the QUANTUM PASSWORD.

As a major component and differentiated feature of the present invention,

1. QUANTUM SWITCH is a Dual QUANTUM Layer2 SWITCH dedicated to ¹⁾ QRN random number seed to generate QUANTUM PASSWORD and ²⁾ QRN and QUANTUM PASSWORD to process QUANTUM PASSWORD .

2. Mediagate Edge Server generates human body detection event data including moving body detection and stationary body detection .

3. A blind camera captures images when no one is present and generates video data.

4. Physical network separation is based on two conditions ^{: 1)} early fire detection event data from early fire detection devices (flame detectors, thermal imaging cameras, gas leak detectors, earth leakage detectors, etc.) and ² ) 1) + 2) taken when no one is present. Only if it satisfies the requirements, the captured video data is transmitted to the administrator through physical network separation.

5. The human body detection sensor is ¹⁾ infrared multi-spontaneous polarization sensor or ²⁾ 60±1GHz Pulse Radar respiration detection sensor or ³⁾ biosignal biometric detection sensor that detects both moving and stationary human bodies.

6. QUANTUM PASSWORD is a 3CH Half Mirror Effect quantum resistant encryption algorithm.

7. The quantum random number password security server generates the QUANTUM PASSWORD in the internal non-memory processing unit and then resets.

8. QUANTUM PASSWORD exists only in the terminal, ¹⁾ the terminal control server is Alice QRN, ²⁾ the Mediagate edge server is Bob QRN, ³⁾ the quantum random number password security server only knows the encryption algorithm and provides 3-channel authentication .

The terminal is not a typical surveillance camera or broadcasting device, but a blind camera, AI speaker, etc. controlled by a multimedia (MediaGate) edge server that is controlled according to the characteristics of the terminal for special purposes and functions.

The firewall through which the terminal control server controls Log IN access to the multimedia (Media Gate) edge server is composed of a special-purpose firewall based on the concept of physical network separation.

The special-purpose firewall is a physical network separation QUANTUM SWITCH (Quantum Cryptography Security Dual QUANTUM Layer2 Switch) built on a security integrated distribution board installed in the DMZ (Demilitarized Zone) to distinguish between the internal network and the external network.

The security integrated distribution board is a 2-channel or 3-channel physical authentication quantum cryptography security switch, QUANTUM SWITCH, which uses a quantum random number seed generated by a quantum random number generator (QRNG) to generate (3CH)-Half Mirror effect Password (hereinafter HMP). ) Generates the QUANTUM PASSWORD of the Symmetric Cryptographic Algorithm, and manages IP/MAC address access control, physical firewall construction, and integrated management of the dual L2 switch and L3 switch.

Automatic control of smart emotional classrooms and general/public buildings through the Smart Media Gate edge server. IP/MAC address access control through the security integrated distribution panel installed in the DMZ (Demilitarized Zone) between the Media Gate edge server and the terminal control server. Physical network separation QUANTUM SWITCH firewall. , QUANTUM PASSWORD Log IN, Dual QUANTUM This is an integrated security distribution panel with enhanced security through integrated management of Layer 2 Switch.

1 to 11 are examples for understanding the present invention.

It is a quantum random number cryptographic security integrated distribution system consisting of a terminal control server, a security integrated distribution system, a Mediagate edge server, and a terminal unit.

The terminal control server logs in to the Mediagate edge server through the QUANTUM PASSWORD generated by the quantum random number password security server inside the security integrated distribution panel, and the terminal is connected to the internal network through QUANTUM SWITCH (Bob Dual QUANTUM Layer2 Switch). Control the terminal through QUANTUM SWITCH (Alice Dual QUANTUM Layer2 Switch) connected to an external network.

QUANTUM SWITCH is a QUANTUM SWITCH composed of physical network separation of Bob Dual QUANTUM Layer2 Switch for internal network and Alice Dual QUANTUM Layer2 Switch for external network.

In one embodiment, the quantum random number password security server receives the one-time OTP QUANTUM PASSWORD generated after authenticating the terminal with the terminal control server and controls it after logging in.

The terminal control server and Mediagate edge server are composed of a 2.5mm x 2.5mm ultra-small quantum random number generator, QRNG Chip (Quantum Random Number Generator Chip).

The security integrated distribution panel includes lightning arrester, 110 block (Voice/Data), DVR (Digital Video Recorder), quantum random number encryption security server, QUANTUM SWITCH (Alice/Bob Dual QUANTUM Layer2 Switch), UTM (Unified threat management; firewall, Virtual Private Network (VPN), Intrusion Detection/Prevention (IDS/IPS), Anti-Virus, Anti-Spyware, Anti-Spam, Web Filtering, Application Control, L2/L3 Routing, Data Loss Prevention, Wan Optimization, Wireless LAN It is composed including security functions, etc.).

As an example,

The quantum random number password security server is characterized by receiving Alice QRN and Bob QRN quantum random numbers from a non-memory processing unit and generating a QUANTUM PASSWORD through a 3-channel (3CH) Half Mirror Effect quantum-resistant encryption algorithm.

QUANTUM SWITCH is composed of the internal network QUANTUM SWITCH (Bob Dual QUANTUM Layer2 Switch) and the external network QUANTUM SWITCH (Alice Dual QUANTUM Layer2 Switch). It is not a simple switch function, but the control server logs in to the terminal through QUANTUM PASSWORD and controls. The distinguishing feature of physical network separation is that only video data is transmitted in one direction (internal network ⇒ external network) and the data is blocked.

The terminal unit consists of one or more of the following: blind camera, security camera, sensor unit, multimedia, FIDO authentication, access control, emergency bell, and AI speaker.

The sensor unit is an early fire detection sensor or an early fire detection unit (a flame detector, thermal imaging camera, gas leak alarm, earth leakage alarm, etc.) that can generate a warning event alarm according to fire signs before a fire occurs, unlike a fire reception panel that provides an alarm after a fire occurs. ), human body detection sensors (infrared multi-spontaneous polarization sensor, electromagnetic wave radar human breathing detection sensor, ultrasonic sensor, etc.), temperature sensor, abnormal sound source sensor, and fine dust sensor.

Among the human body detection sensors, the human breathing detection sensor is an electromagnetic wave frequency radar sensor that radiates electromagnetic waves and analyzes the reflected electromagnetic waves to detect human breathing and detects even a stationary human body. It emits a pulse radar in the 60 ± 1 GHz band. It is a human body detection sensor that detects both stationary and moving bodies by receiving back-reflected electromagnetic waves to detect human breathing.

In addition, among human body detection sensors, the infrared multi-spontaneous polarization sensor is a dual or quad pyroelectric infrared sensor (PIR sensor; Passive InfraRed Sensor) that detects different spaces, unlike conventional sensors that detect moving bodies. A power supply module, a moving body detection pyroelectric infrared sensor detection module, and a stationary human body detection pyroelectric infrared sensor detection module are placed on a single board inside a single housing, making it a stationary and moving body detection sensor that detects stationary and moving human bodies within the same space. It is characterized as a multi-spontaneous polarization sensor.

This explains the control and operation methods of the multi-spontaneous polarization sensor, which is a stationary and moving body detection sensor.

The Mediagate Edge Server supplies driving power to the moving body detection pyroelectric infrared sensor that detects a moving human body through an internal power supply unit, and maintains the spontaneous polarization equilibrium state in the equilibrium stage.

When the moving body detection pyroelectric infrared sensor switches from a spontaneous polarization equilibrium state to an unbalanced state and a human body detection event signal occurs, the Mediagate Edge Server supplies driving power to one or more stationary human body detection pyroelectric infrared sensors through the power supply unit and stabilizes them. A moving body detection stage in which the moving body detection pyroelectric infrared sensor recognizes the spontaneous polarization unbalanced state during the stabilization time even if it switches from the spontaneous polarization unbalanced state to the balanced state.

After the moving body detection step, if the moving body detection and stationary human body detection pyroelectric infrared sensors maintain spontaneous polarization equilibrium, the edge server cuts off the driving power to the stationary human body detection pyroelectric infrared sensor and returns to the first equilibrium stage, determining that the moving body is moving. Alternatively, when the edge server detects a stationary human body detection pyroelectric infrared sensor is driven and switches from a spontaneous polarization equilibrium state to an unbalanced state and a human body detection event signal is received, the edge server determines that the human body is in a stationary state and supplies driving power to the stationary human body detection pyroelectric infrared sensor. Analysis stage that blocks and switches to the moving body detection stage.

MediaGate Edge Server generates human body detection event data including moving body detection and stationary body detection through the above equilibrium stage, moving body detection stage, and analysis stage.

The terminal blind camera features an object recognition camera that includes a display unit and a shutter.

When a blind camera recognizes a human object or receives human body detection event data from the Mediagate edge server, the shutter turns off (a physical function that blocks the camera lens, so the person being photographed is more likely to visually check a physically hidden camera than a camera that cannot be saved). However, if human body detection event data is not received, the shutter is turned on (opening the camera lens) to capture the video, and when human detection or human body detection event data is generated through object recognition, the shutter is turned off again. If no person is detected, the video is recorded and stored in the internal memory of the Mediagate Edge Server, the SD card memory of the blind camera, or the DVR inside the security integrated distribution box, and the display unit displays “Camera ON” or “Recording.”

The above function can of course be modified to enable shooting and recording only when there are people, depending on the user's settings.

Early fire detection occurs when an early fire detection event occurs through the sensor unit's early fire detection sensor, or a temperature exceeding the administrator's set value is detected from the temperature sensor, and the display unit where no person is detected is "camera on" or "filming." Event shooting video data is generated and transmitted to the QUANTUM SWITCH through the 110 blocks inside the security integrated distribution panel.

QUANTUM SWITCH is a dual QUANTUM Layer2 SWITCH that processes QRN random number seed and QUANTUM PASSWORD to generate QUANTUM PASSWORD. It consists of Bob QUANTUM Lyer2 SWITCH for internal network and Alice QUANTUM Lyer2 SWITCH for external network, and transmits video data of early fire detection event to internal network. Bob QUANTUM Received from Lyer2 SWITCH and transmitted to quantum random number cryptographic security server.

When the quantum random number password security server receives early fire detection event captured video data or fire alarm event data from the fire reception panel, it turns on the blind camera shutter and transmits the captured video or early fire detection event captured video data to QUANTUM SWITCH and Alice QUANTUM Lyer2 SWITCH for external networks. It is a physical structure in which early fire detection event captured video data (video or still photo) is transmitted to a smartphone designated by an administrator connected to the ISP operator network and the network network. Early fire detection event captured video data is transmitted in one direction.

In other words, only video data is transmitted from the internal network to the external network through the Alice QUANTUM Lyer2 SWITCH for the external network, and the IP/MAC Address access control physical network installed in the DMZ (Demilitarized Zone) where control data, etc. cannot infiltrate from the outside to the internal network. It is a separation QUANTUM SWITCH.

The smartphone transmits text broadcast TTS (Text to Speech) text data to the quantum random number encryption security server, and the quantum random number encryption security server broadcasts TTS through the terminal AI speaker.

When the Mediagate Edge Server generates human body detection event data including moving body detection and stationary body detection through the multi-spontaneous polarization sensor in the sensor unit, the “meeting in progress” or “occupancy” indicator lights up on the door.

The terminal control server controls the terminal by logging in (Log IN) through the QUANTUM PASSWORD created in the security integrated distribution panel.

The terminal control server transmits the high-entropy quantum random number seed Alice QRN to the quantum random number encryption security server through the internal Alice QRNG Chip (Quantum Random Number Generator Chip).

Mediagate Edge Server transmits the high-entropy quantum random number seed Bob QRN to the quantum random number encryption security server through the Bob QRNG Chip (Quantum Random Number Generator Chip).

The quantum random number cryptographic security server generates a QUANTUM PASSWORD with high entropy through the (3CH)-Half Mirror Effect quantum resistant encryption algorithm of Alice QRN and Bob QRN in the internal non-memory operation unit and registers matching wiring with the terminal terminal ^. And reset the non-memory operation unit to delete Alice QRN, Bob QRN, and QUANTUM PASSWORD.

The QUANTUM PASSWORD is created and then replaced as a one-time OTP (One Time Password) or on a daily, weekly, monthly, or yearly basis.

The 3-channel (3CH)-Half Mirror Effect quantum-resistant encryption algorithm is differentiated from the 2-channel (2CH)-Half Mirror Effect quantum-resistant encryption algorithm.

The two-channel (CH) method between Alice and Bob generates 50% half mirror quantum random number seeds, exchanges them with each other through a public communication network using an asymmetric cryptographic algorithm, and then uses a symmetric key cryptographic algorithm ( With the symmetric cryptographic algorithm, Alice and Bob create the same QUANTUM PASSWORD, and if one of the two channels (CH) is systematically hacked, the entire encryption system collapses.

However, in this 3-channel (CH) Half Mirror algorithm, all three parties must succeed in hacking the terminal.

Therefore, 2nd channel (CH) recommends QUANTUM OTP as the OTP method, and 3rd channel (CH) provides a more powerful security system than 2nd channel (CH) by adding physical network separation security in the security integrated distribution board.

The (3CH)-Half Mirror Effect quantum resistant encryption algorithm will be described below through an example.

In the case of PRNG (Pseudo Random Number Generator), a quantum (natural) random number that is resistant to quantum computers as its regularity can be easily hacked by quantum computers. Quantum generated by the QRNG (Quantum Random Number Generator) Chip. Create a QUANTUM PASSWORD using a random number as a seed.

50% of the quantum random number seeds generated by Alice and Bob are encrypted using an encryption algorithm in a third quantum random number encryption security server.

As an example, it is explained as a classic beta logical OR (EX-OR) cryptographic operation operator.

In fact, it is not currently used as an encryption algorithm, but it is for explanation purposes and uses various known methods such as fixed-length hash functions, functional formulas, and prime factorization.

For example, when Alice QRNG generates a random number Alice QRN (1001.1110.0011.1110) and Bob QRNG generates a Bob QRN (1110.0001.0000.1111) random number and performs EX-OR encryption, QUANTUM PASSWORD (0111.1111.0011.0001) is generated. .

Alice can know Bob's random number Bob QRN by knowing her random number Alice QRN and the algorithm is EX-OR.

However, Alice knows only her random number Alice QRN, Bob knows only Bob QRN, the quantum random number password security server knows only the encryption algorithm, and the terminal (blind camera, etc.) knows only the QUANTUM PASSWORD. Log IN between Alice and the terminal ) In particular, the quantum random number cryptographic security server is reset (deleted) after calculation on the Alice QRN and Bob QRN non-memory computing devices used to create the QUANTUM PASSWORD with an encryption algorithm.

The terminal control server may be connected to an internal network or an external network.

For example, when the terminal control server is connected to the internal network and attempts to log in to the terminal, the quantum random number password security server inside the security integrated distribution panel establishes a MAC between the terminal control server and the terminal at the Bob QUANTUM Lyer2 SWITCH inside the QUANTUM SWITCH. When mutual user authentication is achieved through address verification, Alice QRN is received from the terminal control server and Bob QRN is received from the Mediagate Edge Server connected to the terminal, and the internal non-memory processing unit generates a (3CH)-Half Mirror effect Password encryption algorithm ( Symmetric Cryptographic Algorithm) by creating a QUANTUM PASSWORD in the terminal (previously with high entropy ^1), creating a QUANTUM PASSWORD and matching it with the terminal wiring registration, logging in through the same QUANTUM PASSWORD as the QUANTUM PASSWORD, and then inside the QUANTUM SWITCH. Connect the network between the terminal control server and the terminal through the Bob QUANTUM Lyer2 SWITCH for the internal network.

When the terminal control server attempts to log in to the terminal from the external network, the IP/MAC address (and Alice QRN) is transferred to the external network Alice QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH through the L3 switch under the control of UTM (Unified threat management). Receive through.

When the quantum random number cryptographic security server receives the IP/MAC Address and Alice QRN through the Alice QUANTUM Lyer2 SWITCH and the user is authenticated, Bob QRN is received from the Mediagate Edge Server through the Bob QUANTUM Lyer2 SWITCH inside the QUANTUM SWITCH and internal non-memory Create a QUANTUM PASSWORD of the (3CH)-Half Mirror effect Password in the processing unit and log in to the terminal using the Symmetric Cryptographic Algorithm. Then, connect between the terminal control server and the terminal through the external network Alice QUANTUM Lyer2 SWITCH in the QUANTUM SWITCH. It is a security integrated distribution board that connects to a network.

Pyrotypical infrared sensor (PIR sensor; Passive InfraRed Sensor) is a representative moving body detection sensor that detects a moving human body using the spontaneous polarization effect. For precise detection, a dual or quad type pyrotypical infrared sensor (hereinafter referred to as There have been a number of prior arts that used an additional PIR sensor to detect different detection areas, but in the present invention, more than one PIR sensor detects the same detection space, so that the detection purpose, detection method, and utilization method of the PIR sensor are different. It is differentiated from prior art.

In addition, due to the nature of the PIR sensor, which only detects moving bodies, there has been prior technology to detect a stationary human body by additionally applying a motor and a shutter to detect a stationary human body. However, because it is based on mechanical movement, it has low efficiency and failure rate. There has been this growing problem.

Using electronic contacts, which have a lower failure rate than mechanical contacts, two or more PIR sensors, which are currently mass-produced at low prices and generally costing less than $1, are used to generate non-human body detection, moving body detection, and stationary human body detection events for blind cameras, occupancy detection, etc. It is characterized by being used as automatic control event data.

It consists of a Mediagate edge server, sensor unit (multi-spontaneous polarization sensor), surveillance camera, and broadcasting device.

The sensor unit (multi-spontaneous polarization sensor), unlike the dual or quad pyroelectric infrared sensor (PIR sensor; Passive InfraRed Sensor) that detects different spaces, is a power supply module on a single board inside a single housing. A first pyrotypical infrared sensor detection module and a second pyrotypical infrared sensor detection module are disposed to detect a human body within the same space. Two or more PIR sensor modules are installed on one board to detect the same space.

The Media Gate edge server supplies initial driving power to the first pyroelectric infrared sensor through the power supply unit, and is initialized in the equilibrium stage where the spontaneous polarization equilibrium state is maintained.

After the initialized equilibrium stage, the edge server detects a moving body when the first pyrotypical infrared sensor switches from a spontaneous polarization equilibrium state to an unbalanced state, and when a human body detection event signal occurs, the edge server transmits the second pyrotypical infrared ray through the power supply unit. Supply driving power to the sensor.

Since the PIR sensor receives driving power and requires time for stabilization, it is a moving body detection stage that recognizes the spontaneous polarization unbalanced state even if it switches from the spontaneous polarization unbalanced state to the balanced state during the stabilization time of the administrator input value programmed into the edge server. is needed.

For example, if the stabilization time of the administrator input value programmed into the edge server is set to 60 seconds, even if the first pyroelectric infrared sensor switches from the spontaneous polarization unbalance state to the equilibrium state within 60 seconds, the time within 60 seconds is less than 60 seconds. This is the moving body detection stage where spontaneous polarization imbalance is recognized.

For example, the time of 60 seconds varies depending on the administrator input time (stabilization time) entered into the program on the edge server.

In addition, if the above 60 seconds is divided between the 2-1 PIR sensor and the 2-2 PIR sensor instead of just one 2nd PIR sensor to reduce the error, it can be divided into 30 seconds + 30 seconds.

That is, the first PIR sensor is used for the purpose of detecting a moving body, and the 2-1 PIR sensor and the 2-2 PIR sensor are used for the purpose of detecting a stationary human body and reducing the stabilization time error.

In the moving body detection step, moving body detection event data is generated and provided to terminal devices (blind cameras, AI broadcasting devices, occupancy detection, automatic control devices, lighting, distribution boards, etc. operating devices).

After the moving body detection step, the edge server maintains the spontaneous polarization equilibrium state of the first PIR sensor and the second PIR sensor by cutting off the driving power to the second PIR sensor in a state where there is no moving body or stationary human body inside the detection area. and returns to the initial equilibrium stage to generate event data that is judged to be moving the body, or when the edge server switches from the spontaneous polarization equilibrium state to the unbalance state when the second PIR sensor is driven and a human body detection event signal is received, the human body is stationary. This is the analysis stage where, after determining, the driving power to the second PIR sensor is cut off and converted to the moving body detection stage.

That is, a stationary human body is detected using the driving time difference between the first PIR sensor and the second PIR sensor.

In other words, supply power in the form of a square wave with overlapping stabilization times, or when an imbalance occurs in the PIR sensor, it is recognized as unbalanced even if it returns to the equilibrium state, and power is supplied in the form of an overlapped square wave with overlapping power supply times during the stabilization time. do.

MediaGate Edge Server generates human body detection event data including moving body detection and stationary body detection.

When the terminal blind camera recognizes a human object or receives human body detection event data from the Mediagate Edge Server, the shutter is turned off (covers the camera lens) and no video is recorded. However, if human body detection event data is not received, the shutter is turned on (the camera lens is closed). If a person is detected through object recognition (or human body detection event data is generated), the shutter is turned off again, and if a person is not detected, the video is captured and stored in the internal memory of the Mediagate Edge Server and displayed through the display unit. It is characterized by displaying “camera ON” or “filming” or by turning on lights and blind cameras during the moving body detection stage to store images with inserted event masking tags and broadcasting event messages stored inside the broadcasting device or AI speaker. .

In one embodiment,

The blind camera features an object recognition camera. If a human object is not recognized and human body detection event data is not received from the edge server, real-time video is captured and stored in the DVR inside the security integrated distribution box through the internal network Layer 2 SWITCH and displayed on the monitor. In this process, the people or face parts of the real-time captured video are masked (mosaiced) and displayed on the monitor.

In one embodiment,

It consists of a quantum communication Alice QKD wiring board, a quantum communication Bob QKD wiring board, a hybrid quantum communication security integrated wiring board, a terminal control server, a media gate edge server, a terminal unit, and a sensor unit.

The terminal unit consists of a blind camera and a broadcasting device including a shutter and a display unit.

The sensor part consists of an early fire detection sensor and a multi-spontaneous polarization sensor.

A quantum communication channel is formed between the quantum communication Alice QKD wiring board and the quantum communication Bob QKD wiring board.

The quantum random number encryption security server inside the quantum communication Alice QKD wiring board or the hybrid quantum communication security integrated wiring board with the quantum communication Bob QKD wiring board and the network network is connected to the terminal control server and Media Gate Edge through QUANTUM SWITCH (Alice/Bob Dual QUANTUM Layer2 Switch). In a hybrid quantum random number cryptographically secure communication system that forms a hybrid quantum random number cryptographically secure communication channel with a server and a terminal,

The terminal control server is connected to the internal network or external network and is controlled by logging in to the terminal through the QUANTUM PASSWORD created in the security integrated distribution panel. When the terminal control server is connected to the internal network, When an attempt is made to connect the network to the terminal, the quantum random number cryptographic security server inside the security integrated distribution panel will receive information from the terminal control server when the user is authenticated through the MAC address between the terminal control server and the terminal in the internal network Bob QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH. Receive Alice QRN and Bob QRN from Mediagate Edge Server, generate (3CH)-Half Mirror effect Password in internal non-memory operation unit, generate QUANTUM PASSWORD of Symmetric Cryptographic Algorithm, and log in to the terminal. Then, connect the network between the terminal control server and the terminal through QUANTUM SWITCH.

When the terminal control server attempts to log in to the terminal from the external network, it receives the IP/MAC address through the external network Alice QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH through the L3 switch under the control of UTM.

When the quantum random number password security server receives the IP/MAC Address and Alice QRN through the Alice QUANTUM Lyer2 SWITCH and the user is authenticated, it receives the Bob QRN from the Mediagate edge server through the internal network Bob QUANTUM Lyer2 SWITCH of the QUANTUM SWITCH and provides internal Generate a (3CH)-Half Mirror effect Password in the non-memory processing unit. Create a QUANTUM PASSWORD of the Symmetric Cryptographic Algorithm, log in to the terminal, and then connect to the terminal control server through the external network Alice QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH. Connect the network between the terminal and the terminal.

The terminal control server is composed of Alice QRNG Chip (Quantum Random Number Generator Chip).

The hybrid quantum communication security integrated distribution panel includes 110 blocks (Voice/Data), exchanger, DVR (Digital Video Recorder), quantum random number encryption security server, QUANTUM SWITCH (Alice/Bob Dual QUANTUM Layer2 Switch), and L3 switch (Layer3 Network Layer Switch). , UTM (Firewall, VPN, Intrusion Detection/Prevention (IDS/IPS), Antivirus, Antispyware, Antispam, Web Filtering, Application Control, L2/L3 Routing, Data It consists of Loss Prevention, Wan Optimization, and Wireless LAN security).

The edge server is composed of Bob QRNG Chip (Quantum Random Number Generator Chip).

Unlike dual or quad pyroelectric infrared sensors (PIR sensors; Passive InfraRed Sensor) that detect different spaces, the sensor multi-spontaneous polarization sensor detects the power supply module and moving body on a single board inside a single housing. It is characterized by detecting a human body within the same space by placing a pyrotypical infrared sensor detection module and a stationary human body detection pyrotypical infrared sensor detection module.

The Mediagate Edge Server supplies driving power to the moving body detection pyroelectric infrared sensor through the power supply inside the multi-spontaneous polarization sensor, and is an equilibrium stage that maintains the spontaneous polarization equilibrium state.

When the moving body detection pyroelectric infrared sensor switches from a spontaneous polarization equilibrium state to an unbalanced state and a human body detection event signal occurs, the Mediagate Edge Server supplies driving power to one or more stationary human body detection pyroelectric infrared sensors through the power supply unit and stabilizes them. A moving body detection stage in which the moving body detection pyroelectric infrared sensor recognizes the spontaneous polarization unbalanced state during the stabilization time even if it switches from the spontaneous polarization unbalanced state to the balanced state.

After the moving body detection step, if the moving body detection and stationary human body detection pyroelectric infrared sensors maintain spontaneous polarization equilibrium, the edge server cuts off the driving power to the stationary human body detection pyroelectric infrared sensor and returns to the first equilibrium stage, determining that the moving body is moving. Alternatively, when the edge server detects a stationary human body detection pyroelectric infrared sensor is driven and switches from a spontaneous polarization equilibrium state to an unbalanced state and a human body detection event signal is received, the edge server determines that the human body is in a stationary state and supplies driving power to the stationary human body detection pyroelectric infrared sensor. Analysis stage that blocks and switches to the moving body detection stage.

MediaGate Edge Server generates human body detection event data including moving body detection and stationary body detection through the above equilibrium stage, moving body detection stage, and analysis stage.

The terminal's blind camera features an object recognition camera that includes a display unit and a shutter. When it recognizes a human object or receives human body detection event data from the MediaGate Edge Server, the shutter turns off (covers the camera lens) and no image is captured. , If the human body detection event data is not received, the shutter is turned on (open the camera lens) to capture the video. If a person is detected through object recognition, the shutter is turned off again. If the human body is not detected, the video is captured and stored in the Mediagate Edge Server's internal memory or It is stored in the blind camera SD card memory or the DVR inside the security integrated distribution box, and “camera ON” or “filming” is displayed through the display of the blind camera.

In the Mediagate Edge Server, an early fire detection event occurs through the early fire detection sensor of the sensor unit, or a temperature exceeding the administrator-set value is detected from the temperature sensor, and the display unit where no people are detected displays “Camera ON” or “Recording.” In this case, the video captured by the blind camera is transmitted to the QUANTUM SWITCH through the 110 block inside the security integrated distribution box as video data from the early fire detection event.

QUANTUM SWITCH is a dual QUANTUM Layer2 SWITCH that processes QRN random number seed and QUANTUM PASSWORD to generate QUANTUM PASSWORD. It consists of internal network Bob QUANTUM Lyer2 SWITCH and external network Alice QUANTUM Lyer2 SWITCH, and transmits early fire detection event captured video data to internal network. Bob QUANTUM Received from Lyer2 SWITCH and transmitted to quantum random number cryptographic security server.

When the quantum random number cryptographic security server receives early fire detection event video data, it sends the early fire detection event video data to the administrator-designated smartphone connected to the ISP operator network and the network network through the external network Alice QUANTUM Lyer2 SWITCH in QUANTUM SWITCH. By transmitting video data of fire detection events,

Among the QUANTUM SWITCH installed inside the DMZ (Demilitarized Zone) security integrated distribution box, it is a physical structure in which early fire detection event shooting video data is transmitted in one direction through the external network Alice QUANTUM Lyer2 SWITCH. Conversely, control data cannot be infiltrated into the internal network through IP. /MAC Address access control physical network separation QUANTUM SWITCH.

When the smartphone transmits the text broadcast TTS to the quantum random number encryption security server, the quantum random number encryption security server broadcasts the TTS through the terminal broadcasting device.

When the Mediagate Edge Server generates human body detection event data including moving body detection and stationary body detection through the multi-spontaneous polarization sensor in the sensor unit, the “meeting in progress” indicator lights up on the door.

The terminal control server controls the terminal by logging in to the terminal through the QUANTUM PASSWORD generated by the quantum random number encryption security server inside the security integrated distribution panel.

The terminal control server transmits the high-entropy quantum random number seed Alice QRN to the quantum random number encryption security server through the internal Alice QRNG Chip (Quantum Random Number Generator Chip).

Mediagate Edge Server transmits the high-entropy quantum random number seed Bob QRN to the quantum random number encryption security server through the Bob QRNG Chip (Quantum Random Number Generator Chip).

The quantum random number cryptographic security server generates a QUANTUM PASSWORD through the (3CH)-Half Mirror Effect quantum-resistant encryption algorithm of Alice QRN and Bob QRN in the internal non-memory operation unit, registers matching wiring with the terminal, and resets the non-memory operation unit. .

The QUANTUM PASSWORD is a quantum random number password security integrated distribution board characterized by changing and generating one-time OTP (One Time Password)/day/week/month/year.

In one embodiment,

It consists of a terminal control server, security integrated wiring board, edge server, terminal, and human body detection sensor, and is connected to the network through the QUANTUM PASSWORD created in the security integrated wiring board between the terminal control server and the terminal.

The terminal control server includes Alice QRNG and the edge server includes Bob QRNG;

The security integrated distribution board includes a quantum random number cryptographic security server and QUANTUM SWITCH.

The quantum random number cryptographic security server receives Alice QRN and Bob QRN quantum random numbers and generates QUANTUM PASSWORD through an encryption algorithm.

QUANTUM SWITCH connects the network between the terminal control server and the terminal through the QUANTUM PASSWORD generated by the quantum random number encryption security server.

The terminal is a blind camera that takes pictures or blinds human objects when there are no human objects.

The human body detection sensor is a human body detection sensor that detects both stationary and moving bodies by emitting a pulse radar in the 60±1GHz band and receiving reflected electromagnetic waves to detect human breathing.

The edge server generates human body detection event data including moving body detection and stationary body detection through the human body detection sensor.

When an early fire detection event occurs through an early fire detection sensor, the edge server generates early fire detection event video data and transmits it to the internal network QUANTUM SWITCH.

QUANTUM SWITCH is a dual QUANTUM SWITCH that processes QRN random number seed and QUANTUM PASSWORD to generate QUANTUM PASSWORD. It consists of internal network QUANTUM SWITCH and external network QUANTUM SWITCH, and receives early fire detection event shooting video data from internal network QUANTUM SWITCH. Quantum random numbers are sent to a cryptographic security server.

When the quantum random number cryptographic security server receives early fire detection event video data, it transmits the early fire detection event video data to the administrator-designated smartphone through the external network QUANTUM SWITCH, providing security. It is a physical network separation QUANTUM SWITCH in which early fire detection event video data is transmitted in one direction through the external network QUANTUM SWITCH installed inside the integrated distribution board.

The network is connected between the terminal control server and the terminal through the QUANTUM PASSWORD generated by the quantum random number cryptographic security server inside the security integrated distribution panel. The terminal control server uses the quantum random number Alice QRN generated through the internal Alice QRNG to provide quantum random number cryptographic security. Send to server.

The edge server transmits the quantum random number Bob QRN generated through Bob QRNG to the quantum random number cryptographic security server.

The quantum random number password security server generates a QUANTUM PASSWORD using Alice QRN and Bob QRN through an encryption algorithm and registers it in the terminal.

The terminal control server is connected to the internal network or to the external network, and when an attempt is made to connect the network to the terminal while the terminal control server is connected to the internal network, the quantum random number encryption security server inside the security integrated distribution panel is connected to the terminal in the internal network QUANTUM SWITCH. When a user is authenticated between the control server and the terminal, Alice QRN is received from the terminal control server and Bob QRN is received from the edge server, a QUANTUM PASSWORD is created through an encryption algorithm, and the user logs in to the terminal through the internal network QUANTUM SWITCH. Connect the network between the terminal control server and the terminal.

When the terminal control server attempts to connect the network to the terminal from the external network, the quantum random number cryptographic security server receives the Alice QRN when the user is authenticated through the external network QUANTUM SWITCH and receives the Bob QRN from the edge server through the internal network QUANTUM SWITCH. Hybrid quantum random number cryptographic security communication integration featuring a security integrated wiring board that creates a QUANTUM PASSWORD through an encryption algorithm, logs in to the terminal, and then connects the network between the terminal control server and the terminal through the external network QUANTUM SWITCH. It is a wiring board system.

In one embodiment,

It consists of a terminal control server, a security integrated distribution panel, an edge server, a blind camera, and a sensor unit, and is connected to a network network between the terminal control server and the blind camera through a quantum-resistant password PASSWORD generated by the password security server inside the security integrated distribution panel. The edge server includes Alice PRNG and Bob PRNG.

The security integrated distribution panel consists of a DVR, password security server, and Dual Layer 2 SWITCH.

The cryptographic security server receives the Alice PRN and Bob PRN random number seeds from the non-memory processing unit and generates the quantum-resistant password PASSWORD through the Half Mirror Effect quantum-resistant encryption algorithm.

Dual Layer2 SWITCH controls network connection between the terminal control server and blind camera through quantum-resistant password PASSWORD.

The sensor unit is a human body detection sensor that detects moving and stationary bodies and is either a biological signal detection sensor or a multi-spontaneous polarization sensor.

The biosignal detection sensor is a human body detection sensor that detects both stationary and moving body detection, which detects biosignals of the human body by receiving electromagnetic waves reflected after emitting a pulse radar.

The multi-spontaneous polarization sensor is characterized by detecting a human body within the same space by placing a power supply module, a moving body detection pyroelectric infrared sensor, and a stationary human body detection pyroelectric infrared sensor inside a single housing. The edge server has a power supply unit inside. It generates moving body detection event data that detects a moving body by supplying driving power to the pyroelectric infrared sensor for detecting moving objects at all times, and sequentially supplies driving power to one or more pyrotypical infrared sensors for detecting stationary human beings through an internal power supply unit. It is a human body detection sensor that detects a stationary human body and generates stationary human body detection event data.

The edge server generates human body detection event data including moving body detection and stationary body detection through the sensor unit.

Dual Layer2 SWITCH is a Dual Layer2 SWITCH that processes the PRN random number seed to generate the quantum-resistant password PASSWORD and the quantum-resistant password PASSWORD. It consists of an internal network Layer2 SWITCH and an external network Layer2 SWITCH. The blind camera features an object recognition camera, When a human object is recognized or human body detection event data is received from the edge server, a black box-type video is captured and stored in its own memory. A blind camera is characterized by an object recognition camera, and human objects are not recognized and human body detection events are received from the edge server. If data is not received, real-time video is captured and stored in the DVR inside the security integrated distribution panel through the internal network Layer 2 SWITCH and displayed on the monitor.

The terminal control server controls the network connection through the quantum-resistant password PASSWORD generated by the cryptographic security server inside the security integrated distribution panel. The terminal control server transmits the random number seed Alice PRN generated through the internal Alice PRNG to the cryptographic security server. .

The edge server transmits the random number seed Bob PRN generated through Bob PRNG to the password security server.

The password security server generates a quantum-resistant password PASSWORD for Alice PRN and Bob PRN through the Half Mirror Effect quantum-resistant encryption algorithm and registers it in the blind camera.

The terminal control server is connected to the internal network or to an external network, and if an attempt is made to connect the network to the blind camera while the terminal control server is connected to the internal network, the password security server inside the security integrated distribution panel controls the terminal from the internal network Layer 2 SWITCH. When the user is authenticated through the MAC Address between the server and the blind camera, Alice PRN is received from the terminal control server and Bob PRN is received from the edge server, and a quantum-resistant password PASSWORD is generated through the Half Mirror Effect quantum-resistant encryption algorithm to log in (Log IN), then connect the network between the terminal control server and the blind camera through the internal network Layer 2 SWITCH.

When the terminal control server attempts to connect to the blind camera from an external network, the IP/MAC address is received through the external network Layer 2 SWITCH.

When the password security server receives the IP/MAC Address and Alice PRN through the external network QLayer2 SWITCH and the user is authenticated, it receives the Bob PRN from the edge server through the internal network Layer2 SWITCH and performs quantum authentication through the Half Mirror Effect quantum-resistant encryption algorithm. It is a hybrid password security communication integrated distribution system featuring a security integrated distribution system that creates a resistant password PASSWORD, logs in, and then connects the network between the terminal control server and the blind camera through the external network Layer 2 SWITCH.

In one embodiment,

It consists of quantum communication Alice QKD wiring board, quantum communication Bob QKD wiring board, hybrid quantum communication security integrated wiring board, terminal control server, mediagate edge server, blind camera, multi-use facility alarm terminal, video conference broadcasting system, public address device, and sensor unit. .

A quantum communication channel is formed between the quantum communication Alice QKD wiring board and the quantum communication Bob QKD wiring board.

The media platform server inside the quantum communication Alice QKD wiring board or the quantum communication Bob QKD wiring board and the network network-wired hybrid quantum communication security integrated wiring board is connected to the terminal control server, media gate edge server, and In the hybrid quantum random number cryptographically secure communication integrated wiring system that forms a hybrid quantum random number cryptographically secure communication channel with a video conference broadcasting system, blind camera, public address device, and a laboratory, science room, technology room, housekeeping room, and electrical room with a high risk of fire. The terminal control server receives early fire detection event video data captured by a blind camera installed in one or more of the blind cameras, and the terminal control server includes an Alice QRNG Chip (Quantum Random Number Generator Chip).

The hybrid quantum communication security integrated distribution board consists of 110 blocks (Voice/Data), exchange, DVR (Digital Video Recorder), media platform server, QUANTUM SWITCH (Alice/Bob Dual QUANTUM Layer 2 Switch), L3 switch (Layer 3 Network Layer Switch), and UTM. (Unified threat management: Firewall, VPN, intrusion detection/prevention (IDS/IPS), anti-virus, anti-spyware, anti-spam, Web Filtering, Application Control, L2/L3 Routing , Data Loss Prevention, Wan Optimization, and Wireless LAN security).

MediaGate Edge Server is composed of Bob QRNG Chip (Quantum Random Number Generator Chip).

The sensor part consists of an early fire detection sensor and a multi-spontaneous polarization sensor. The multi-spontaneous polarization sensor consists of a power supply module, a pyroelectric infrared sensor detection module for moving body detection, and a pyroelectric infrared sensor detection module for stationary human body detection. It is a human body detection sensor that detects.

The Mediagate Edge Server supplies driving power to the moving body detection pyroelectric infrared sensor through the power supply inside the multi-spontaneous polarization sensor, and is an equilibrium stage that maintains the spontaneous polarization equilibrium state.

When the moving body detection pyroelectric infrared sensor switches from a spontaneous polarization equilibrium state to an unbalanced state and a human body detection event signal occurs, the Mediagate Edge Server supplies driving power to one or more stationary human body detection pyroelectric infrared sensors through the power supply unit and stabilizes them. Even if the moving body detection pyroelectric infrared sensor switches from a spontaneous polarization imbalance state to an equilibrium state during the necessary stabilization time, it is a moving body detection stage that recognizes the spontaneous polarization imbalance state during the stabilization time,

After the moving body detection step, if the moving body detection and stationary human body detection pyroelectric infrared sensors maintain spontaneous polarization equilibrium, the Mediagate edge server cuts off the driving power to the stationary human body detection pyroelectric infrared sensor, returns to the first equilibrium stage, and moves the moving body. When the mediagate edge server determines that the human body is in a stationary state or a stationary human body detection pyroelectric infrared sensor is driven and the spontaneous polarization state is converted to an unbalanced state and a human body detection event signal is received, the stationary human body detection pyroelectric infrared sensor determines that the human body is in a stationary state. This is the analysis stage in which the driving power is cut off and converted to the moving body detection stage.

MediaGate Edge Server generates human body detection event data including moving body detection and stationary body detection through the above equilibrium stage, moving body detection stage, and analysis stage.

A blind camera is characterized by an object recognition camera that includes a display unit and a shutter. When it recognizes a human object or receives human body detection event data from the Mediagate Edge Server, the shutter turns off (covers the camera lens) and no image is recorded, but the human body is detected. If detection event data is not received, the shutter is turned on (opening the camera lens) to capture video. If a person is detected through object recognition, the shutter is turned off again. If no person is detected, the video is captured and stored in the Mediagate Edge Server's internal memory or blind camera. It is stored in SD card memory or the DVR inside the security integrated distribution box, and “Camera ON” or “Recording” is displayed through the display of the blind camera.

Mediagate Edge Server generates an early fire detection event through the early fire detection sensor of the sensor unit, and when the display unit where no person is detected is “camera ON” or “filming,” it generates video data of the early fire detection event to provide security. It is transmitted to QUANTUM SWITCH through block 110 inside the integrated distribution board.

QUANTUM SWITCH is a dual QUANTUM Layer2 SWITCH that processes the QRN random number seed and QUANTUM PASSWORD to generate the QUANTUM PASSWORD. It consists of the internal network Bob QUANTUM Lyer2 SWITCH and the external network Alice QUANTUM Lyer2 SWITCH, and transmits early fire detection event video data to the internal network. Bob QUANTUM Received from Lyer2 SWITCH and transmitted to media platform server.

When early fire detection event video data is received, the media platform server detects early fire detection event through an administrator-designated smartphone connected to the ISP network and the network network through the external network Alice QUANTUM Lyer2 SWITCH in QUANTUM SWITCH. It transmits event captured video data. It is a physical structure in which early fire detection event captured video data is transmitted in one direction through the external network Alice QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH installed inside the DMZ (Demilitarized Zone) security integrated distribution box. Inversely, control data is transmitted. is an IP/MAC Address access control physical network separation QUANTUM SWITCH that cannot be infiltrated into the internal network.

When the smartphone transmits an emergency text broadcast TTS (Text To Speech) to the media platform server, the media platform server broadcasts TTS (Text To Speech) on the premises through a public address system.

When the multi-use facility alarm terminal receives disaster disaster (TTS, voice data, etc.)/civil defense (air raid, disaster risk, disaster warning, etc.) event broadcast data through the internal network Bob QUANTUM Lyer2 SWITCH, it broadcasts the alarm within the premises through the public address system. .

When the Mediagate Edge Server generates human body detection event data including moving body detection and stationary body detection through the multi-spontaneous polarization sensor in the sensor unit, the “meeting in progress” indicator lights up on the door.

The terminal control server transmits the quantum random number seed Alice QRN to the media platform server through the internal Alice QRNG Chip (Quantum Random Number Generator Chip).

MediaGate Edge Server transmits the quantum random number seed Bob QRN to the media platform server through Bob QRNG Chip (Quantum Random Number Generator Chip).

The media platform server generates a QUANTUM PASSWORD using Alice QRN and Bob QRN in the internal non-memory operation unit through the (3CH)-Half Mirror Effect quantum-resistant encryption algorithm, registers the blind camera and matching wiring, and resets the non-memory operation unit.

The terminal control server is connected to the internal network or to the external network, and if you try to connect the network to the blind camera while the terminal control server is connected to the internal network, the media platform server inside the security integrated distribution panel is connected to the internal network Bob QUANTUM among the QUANTUM SWITCH. When a user is authenticated through MAC Address between the terminal control server and the blind camera in Lyer2 SWITCH, Alice QRN from the terminal control server and Bob QRN are received from the Mediagate Edge Server and (3CH)-Half Mirror from the internal non-memory operation unit. Create an effect Password creation QUANTUM PASSWORD of the Symmetric Cryptographic Algorithm, log in to the blind camera, and then connect the network between the terminal control server and the blind camera through the QUANTUM SWITCH.

When the terminal control server attempts to connect the network to the blind camera from the external network, it receives the IP/MAC address through the L3 switch under the control of UTM through the external network Alice QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH.

When the media platform server receives the IP/MAC Address and Alice QRN through the Alice QUANTUM Lyer2 SWITCH and is authenticated as a user, it receives the Bob QRN from the Mediagate Edge Server through the internal network Bob QUANTUM Lyer2 SWITCH of the QUANTUM SWITCH and stores it in internal non-memory. Create a QUANTUM PASSWORD of the (3CH)-Half Mirror effect Password generation encryption algorithm (Symmetric Cryptographic Algorithm) in the processing unit, log in to the blind camera, and connect the terminal control server and the blind through the external network Alice QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH. Connect a network between cameras.

The smart emotional classroom is equipped with a video conference broadcasting system including a broadcast camera and AV (Audio/Video) broadcasting device, an electronic whiteboard, AI speaker, tablet PC, and Wi-Fi AP, and the terminal control server provides video conferencing on an external network. When attempting to connect a network to a broadcasting system, the IP/MAC address is received through the external network Alice QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH through the L3 switch under UTM control.

When the media platform server receives the IP/MAC Address and Alice QRN through the Alice QUANTUM Lyer2 SWITCH and is authenticated as a user, it receives the Bob QRN from the Mediagate Edge Server through the internal network Bob QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH and stores it in internal non-memory. Create a (3CH)-Half Mirror effect Password in the processing unit, create the QUANTUM PASSWORD of the Symmetric Cryptographic Algorithm, log in to the video conference broadcasting system, and then connect to the terminal control server through the external network Alice QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH. The network connection between the and video conference broadcasting systems is a smart broadcasting system featuring a security integrated distribution board.

Claims (32)

It consists of a quantum communication Alice QKD wiring board, a quantum communication Bob QKD wiring board, a hybrid quantum communication security integrated wiring board, a terminal control server, a media gate edge server, a terminal unit, and a sensor unit;
The terminal unit consists of a blind camera and a broadcasting device including a shutter and a display unit;
The sensor part consists of an early fire detection sensor and a multi-spontaneous polarization sensor;
A quantum communication channel is formed between the quantum communication Alice QKD wiring board and the quantum communication Bob QKD wiring board;
The quantum random number encryption security server inside the quantum communication Alice QKD wiring board or the hybrid quantum communication security integrated wiring board with the quantum communication Bob QKD wiring board and the network network is connected to the terminal control server and Media Gate Edge through QUANTUM SWITCH (Alice/Bob Dual QUANTUM Layer2 Switch). In a hybrid quantum random number cryptographically secure communication system that forms a hybrid quantum random number cryptographically secure communication channel with a server and a terminal,

The terminal control server is connected to the internal network or external network and is controlled by logging in to the terminal through the QUANTUM PASSWORD created in the security integrated distribution panel.
When the terminal control server is connected to the internal network and attempts to connect the network to the terminal, the quantum random number cryptographic security server inside the security integrated distribution panel sends the MAC Address between the terminal control server and the terminal in the internal network Bob QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH. When the user is authenticated through, Alice QRN is received from the terminal control server and Bob QRN is received from the Mediagate Edge Server, and the (3CH)-Half Mirror effect Password is generated in the internal non-memory operation unit. QUANTUM PASSWORD of the Symmetric Cryptographic Algorithm After creating and logging in to the terminal, connect the network between the terminal control server and the terminal through QUANTUM SWITCH;

When the terminal control server attempts to log in to the terminal from the external network, it receives the IP/MAC address through the external network Alice QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH through the L3 switch under the control of UTM;
When the quantum random number password security server receives the IP/MAC Address and Alice QRN through the Alice QUANTUM Lyer2 SWITCH and the user is authenticated, it receives the Bob QRN from the Mediagate edge server through the internal network Bob QUANTUM Lyer2 SWITCH of the QUANTUM SWITCH and provides internal Generate a (3CH)-Half Mirror effect Password in the non-memory processing unit. Create a QUANTUM PASSWORD of the Symmetric Cryptographic Algorithm, log in to the terminal, and then connect to the terminal control server through the external network Alice QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH. Connects a network between the terminal and the terminal;

The terminal control server is composed of Alice QRNG Chip (Quantum Random Number Generator Chip);
The hybrid quantum communication security integrated distribution panel includes 110 blocks (Voice/Data), exchanger, DVR (Digital Video Recorder), quantum random number encryption security server, QUANTUM SWITCH (Alice/Bob Dual QUANTUM Layer2 Switch), and L3 switch (Layer3 Network Layer Switch). , UTM (Firewall, VPN, Intrusion Detection/Prevention (IDS/IPS), Antivirus, Antispyware, Antispam, Web Filtering, Application Control, L2/L3 Routing, Data It consists of Loss Prevention, Wan Optimization, and Wireless LAN security;
The edge server is composed of Bob QRNG Chip (Quantum Random Number Generator Chip);

Unlike dual or quad pyroelectric infrared sensors (PIR sensors; Passive InfraRed Sensor) that detect different spaces, the sensor multi-spontaneous polarization sensor detects the power supply module and moving body on a single board inside a single housing. It is characterized by detecting a human body within the same space by placing a pyrotypical infrared sensor detection module and a stationary human body detection pyrotypical infrared sensor detection module.
The Mediagate Edge Server supplies driving power to the moving body detection pyroelectric infrared sensor through a power supply inside the multi-spontaneous polarization sensor, and maintains the spontaneous polarization equilibrium state; a balancing step;
When the moving body detection pyroelectric infrared sensor switches from a spontaneous polarization equilibrium state to an unbalanced state and a human body detection event signal occurs, the Mediagate Edge Server supplies driving power to one or more stationary human body detection pyroelectric infrared sensors through the power supply unit and stabilizes them. A moving body detection step in which the moving body detection pyroelectric infrared sensor recognizes the spontaneous polarization unbalanced state during the stabilization time even if the moving body detection pyroelectric infrared sensor switches from the spontaneous polarization unbalanced state to the balanced state;
After the moving body detection step, if the moving body detection and stationary human body detection pyroelectric infrared sensors maintain spontaneous polarization equilibrium, the edge server cuts off the driving power to the stationary human body detection pyroelectric infrared sensor and returns to the first equilibrium stage, determining that the moving body is moving. Alternatively, when the edge server detects a stationary human body detection pyroelectric infrared sensor is driven and switches from a spontaneous polarization equilibrium state to an unbalanced state and a human body detection event signal is received, the edge server determines that the human body is in a stationary state and supplies driving power to the stationary human body detection pyroelectric infrared sensor. An analysis stage that blocks and switches to a moving body detection stage;
The MediaGate edge server generates human body detection event data including moving body detection and stationary body detection through the balancing step, moving body detection step, and analysis step;

The terminal's blind camera features an object recognition camera that includes a display unit and a shutter. When it recognizes a human object or receives human body detection event data from the MediaGate Edge Server, the shutter turns off (covers the camera lens) and no image is captured. , If the human body detection event data is not received, the shutter is turned on (open the camera lens) to capture the video. If a person is detected through object recognition, the shutter is turned off again. If the human body is not detected, the video is captured and stored in the Mediagate Edge Server's internal memory or It is stored in the blind camera SD card memory or the DVR inside the security integrated distribution box and displays “camera ON” or “filming” through the display of the blind camera;

In the Mediagate Edge Server, an early fire detection event occurs through the early fire detection sensor of the sensor unit, or a temperature exceeding the administrator-set value is detected from the temperature sensor, and the display unit where no people are detected displays “Camera ON” or “Recording.” In this case, early fire detection event shooting video data is generated and transmitted to QUANTUM SWITCH through block 110 inside the security integrated distribution panel;
QUANTUM SWITCH is a dual QUANTUM Layer2 SWITCH that processes QRN random number seed and QUANTUM PASSWORD to generate QUANTUM PASSWORD. It consists of internal network Bob QUANTUM Lyer2 SWITCH and external network Alice QUANTUM Lyer2 SWITCH, and transmits early fire detection event captured video data to internal network. Bob QUANTUM Received from Lyer2 SWITCH and transmitted to quantum random number cryptographic security server;

When the quantum random number cryptographic security server receives early fire detection event video data, it sends the early fire detection event video data to the administrator-designated smartphone connected to the ISP operator network and the network network through the external network Alice QUANTUM Lyer2 SWITCH in QUANTUM SWITCH. By transmitting video data of fire detection events,
Among the QUANTUM SWITCH installed inside the DMZ (Demilitarized Zone) security integrated distribution box, it is a physical structure in which early fire detection event shooting video data is transmitted in one direction through the external network Alice QUANTUM Lyer2 SWITCH. Conversely, control data cannot be infiltrated into the internal network through IP. /MAC Address access control physical network separation QUANTUM SWITCH;

When the smartphone transmits the text broadcast TTS to the quantum random number encryption security server, the quantum random number encryption security server broadcasts the TTS through the terminal broadcasting device;

When the Mediagate Edge Server generates human body detection event data including moving body detection and stationary body detection through the multi-spontaneous polarization sensor in the sensor unit, the “meeting in progress” indicator lights up on the door;

The terminal control server controls the terminal by logging in to the terminal through the QUANTUM PASSWORD generated by the quantum random number encryption security server inside the security integrated distribution panel.
The terminal control server transmits the high-entropy quantum random number seed Alice QRN to the quantum random number encryption security server through the internal Alice QRNG Chip (Quantum Random Number Generator Chip);
Mediagate Edge Server transmits the high-entropy quantum random number seed Bob QRN to the quantum random number encryption security server through the Bob QRNG Chip (Quantum Random Number Generator Chip);
The quantum random number cryptographic security server generates a QUANTUM PASSWORD through the (3CH)-Half Mirror Effect quantum resistant encryption algorithm of Alice QRN and Bob QRN in the internal non-memory operation unit, performs matching wiring registration with the terminal, and resets the non-memory operation unit. ;
The QUANTUM PASSWORD is a quantum random number password security integrated distribution panel characterized in that it is changed and generated in one of the following cycles: one-time OTP (One Time Password)/day/week/month/year.
It consists of a terminal control server, a security integrated distribution panel, an edge server, a terminal unit, and a sensor unit. The terminal control server controls the terminal by logging in (Log IN) through the QUANTUM PASSWORD created in the security integrated distribution unit.

The terminal control server includes the Alice QRNG Chip and the edge server includes the Bob QRNG Chip;
The security integrated distribution board consists of 110 blocks, exchanger, DVR, quantum random number encryption security server, QUANTUM SWITCH (Alice/Bob Dual QUANTUM Layer2 Switch), and L3 switch (Layer3 Network Layer Switch);

The terminal unit is a blind camera including a shutter and a display unit;
The sensor part consists of a multi-spontaneous polarization sensor and an early fire detection sensor;

The sensor part multi-spontaneous polarization sensor is characterized by detecting a human body in the same space by placing a power supply module, a moving body detection pyroelectric infrared sensor, and a stationary human body detection pyroelectric infrared sensor inside a single housing.
The edge server supplies driving power to the moving body detection pyroelectric infrared sensor through an internal power supply unit and performs a balancing step to maintain the spontaneous polarization equilibrium state;
When the moving body detection pyroelectric infrared sensor switches from a spontaneous polarization equilibrium state to an unbalanced state and a human body detection event signal occurs, the edge server supplies driving power to one or more stationary human body detection pyroelectric infrared sensors through the power supply unit and provides stabilization necessary for stabilization. A moving body detection step in which the moving body detection pyroelectric infrared sensor recognizes the spontaneous polarization unbalanced state during the stabilization time even if the pyroelectric infrared sensor switches from the spontaneous polarization unbalanced state to the balanced state;
After the moving body detection step, if the moving body detection and stationary human body detection pyroelectric infrared sensors maintain spontaneous polarization equilibrium, the edge server cuts off the driving power to the stationary human body detection pyroelectric infrared sensor and returns to the first equilibrium stage, determining that the moving body is moving. Alternatively, when the edge server detects a stationary human body detection pyroelectric infrared sensor is driven and switches from a spontaneous polarization equilibrium state to an unbalanced state and a human body detection event signal is received, the edge server determines that the human body is in a stationary state and supplies driving power to the stationary human body detection pyroelectric infrared sensor. An analysis stage that blocks and switches to a moving body detection stage;
The edge server generates body detection event data including moving body detection and stationary body detection;

The terminal's blind camera features an object recognition camera that includes a display unit and a shutter. When a human object is recognized or human body detection event data is received from the edge server, the shutter is turned off, but if human body detection event data is not received, the shutter is turned on and the video is recorded. filming; and
The blind camera in the terminal turns on the shutter to capture video. If a person is detected or human body detection event data is received through object recognition, the shutter turns off again. However, if no person is detected, the video is captured and stored in the DVR and the display of the blind camera is turned on. display;

When an early fire detection event occurs through the early fire detection sensor of the sensor unit or a temperature higher than the administrator-set value is detected from the temperature sensor and the display unit without a person is detected lights up, the edge server records video data of the early fire detection event. Generated and transmitted to QUANTUM SWITCH through block 110 inside the security integrated distribution panel;
QUANTUM SWITCH is a dual QUANTUM Layer2 SWITCH that processes QRN random number seed and QUANTUM PASSWORD to generate QUANTUM PASSWORD. It consists of internal network Bob QUANTUM Lyer2 SWITCH and external network Alice QUANTUM Lyer2 SWITCH, and transmits early fire detection event captured video data to internal network. Bob QUANTUM Received from Lyer2 SWITCH and transmitted to quantum random number cryptographic security server;

When early fire detection event captured video data is received, the quantum random number cryptographic security server uses the external network Alice QUANTUM Lyer2 SWITCH of the QUANTUM SWITCH to connect to the ISP operator network and the network network through the L3 switch. By transmitting video data of early fire detection events to your phone,
A physical structure in which early fire detection event video data is transmitted in one direction through the external network Alice QUANTUM Lyer2 SWITCH installed inside the security integrated distribution panel. Conversely, IP/MAC address access control and physical network separation prevent control data from intruding into the internal network. It is QUANTUM SWITCH;

When the edge server generates human body detection event data including moving body detection and stationary body detection through the multi-spontaneous polarization sensor in the sensor unit, the display unit on the door lights up;

The terminal control server controls the terminal by logging in through the QUANTUM PASSWORD created in the security integrated distribution panel.
The terminal control server transmits the high-entropy quantum random number seed Alice QRN to the quantum random number encryption security server through the internal Alice QRNG Chip;
The edge server transmits the high-entropy quantum random number seed Bob QRN to the quantum random number encryption security server through the Bob QRNG Chip;
The quantum random number cryptographic security server generates a QUANTUM PASSWORD with high entropy through the (3CH)-Half Mirror Effect quantum resistant encryption algorithm of Alice QRN and Bob QRN in the internal non-memory processing unit, registers matching with the terminal, and resets the non-memory computing device. and;

The terminal control server is connected to the internal network or to the external network,
When the terminal control server is connected to the internal network and attempts to log in to the terminal, the quantum random number encryption security server inside the security integrated distribution panel is connected between the terminal control server and the terminal in the internal network Bob QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH. When the user is authenticated through MAC Address, Alice QRN is received from the terminal control server and Bob QRN is received from the edge server, and a QUANTUM PASSWORD is generated through the (3CH)-Half Mirror Effect quantum-resistant encryption algorithm in the internal non-memory operation unit to be sent to the terminal. After logging in to the terminal, connect the network between the terminal control server and the terminal through QUANTUM SWITCH;

When the terminal control server attempts to log in to the terminal from the external network, the IP/MAC address is received through the external network Alice QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH;
When the quantum random number cryptographic security server receives the IP/MAC Address and Alice QRN through the Alice QUANTUM Lyer2 SWITCH and the user is authenticated, it receives Bob QRN from the edge server through the internal network Bob QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH and provides internal non-memory information. After creating a QUANTUM PASSWORD through the (3CH)-Half Mirror Effect quantum-resistant encryption algorithm in the computing device and logging in to the terminal, the network between the terminal control server and the terminal is connected through the external network Alice QUANTUM Lyer2 SWITCH in the QUANTUM SWITCH. Quantum random number cryptographic security integrated wiring board featuring a security integrated wiring board that connects to the network.
It consists of a terminal control server, a security integrated distribution panel, an edge server, a terminal unit, and a sensor unit. The terminal control server controls Log IN to the terminal unit through the QUANTUM PASSWORD created in the security integrated distribution unit.

The terminal control server includes Alice QRNG and the edge server includes Bob QRNG;
The security integrated distribution panel consists of 110 blocks, DVR, quantum random number encryption security server, and QUANTUM SWITCH;
The quantum random number password security server receives Alice QRN and Bob QRN quantum random numbers from a non-memory processing unit and generates QUANTUM PASSWORD through a 3-channel (3CH) Half Mirror Effect quantum-resistant encryption algorithm;
QUANTUM SWITCH controls the terminal control server to log in to the terminal through QUANTUM PASSWORD;

The terminal unit is a blind camera including a shutter and a display unit;
The sensor part consists of a multi-spontaneous polarization sensor and an early fire detection sensor;
The sensor part multi-spontaneous polarization sensor is characterized by detecting a human body in the same space by placing a power supply module, a moving body detection pyroelectric infrared sensor, and a stationary human body detection pyroelectric infrared sensor inside a single housing.
The edge server supplies driving power to the moving body detection pyroelectric infrared sensor through an internal power supply unit to generate moving body detection event data that detects a moving body; and
The edge server sequentially supplies driving power to one or more pyrotypical infrared sensors for detecting a stationary human body through an internal power supply unit to generate stationary human body detection event data that detects a stationary human body; And
The edge server generates body detection event data including moving body detection and stationary body detection;

The terminal's blind camera features an object recognition camera that includes a display unit and an ON/OFF shutter. When a human object is recognized or human body detection event data is received from the edge server, the shutter is turned off, but when human body detection event data is not received, the shutter is turned on. and take video; and
The blind camera at the terminal turns on the shutter to record video. If a person is detected or human body detection event data is received through object recognition, the shutter turns off again. However, if a person is not detected, the video is recorded and saved in the DVR and output to the disaster prevention room monitor. The display unit lights up;

If an early fire detection event occurs through the early fire detection sensor in the sensor unit or a temperature exceeding the administrator-set value is detected from the temperature sensor and the display unit where no people are detected is turned on, the edge server records video data of the early fire detection event. Generates and transmits to the QUANTUM SWITCH inside the security integrated distribution box;
QUANTUM SWITCH is a dual QUANTUM SWITCH that processes QRN random number seed and QUANTUM PASSWORD to generate QUANTUM PASSWORD. It consists of internal network QUANTUM SWITCH and external network QUANTUM SWITCH, and receives early fire detection event shooting video data from internal network QUANTUM SWITCH. Quantum random numbers are sent to a cryptographic security server;

When early fire detection event video data is received, the quantum random number cryptographic security server transmits the early fire detection event video data to the administrator-designated smartphone through the external network QUANTUM SWITCH and the ISP business network. By sending,
It is a physical structure in which early fire detection event shooting video data is transmitted in one direction through the external network QUANTUM SWITCH installed inside the security integrated distribution panel. Conversely, IP/MAC address access control physical network separation QUANTUM SWITCH prevents control data from intruding into the internal network. and;

The terminal control server controls Log IN to the terminal through the QUANTUM PASSWORD created in the security integrated distribution panel.
The terminal control server transmits the quantum random number Alice QRN generated through the internal Alice QRNG to the quantum random number cryptographic security server;
The edge server transmits the quantum random number Bob QRN generated through Bob QRNG to the quantum random number cryptographic security server;
The quantum random number password security server generates a QUANTUM PASSWORD using Alice QRN and Bob QRN through the Half Mirror Effect quantum-resistant encryption algorithm and registers it in the terminal;

The terminal control server is connected to the internal network or to the external network,
When the terminal control server is connected to the internal network and attempts to log in to the terminal, the quantum random number encryption security server inside the security integrated distribution panel uses the MAC address between the terminal control server and the terminal on the internal network QUANTUM SWITCH to connect the user to the user. When authenticated, receive Alice QRN from the terminal control server and Bob QRN from the edge server, create a QUANTUM PASSWORD through the Half Mirror Effect quantum-resistant encryption algorithm, log in to the terminal, and then log in to the terminal control server through QUANTUM SWITCH. Connects a network between the terminal and the terminal;

When the terminal control server attempts to log in to the terminal from the external network, the IP/MAC address is received through the external network QUANTUM SWITCH;
When the quantum random number encryption security server receives the IP/MAC Address and Alice QRN through the external network QUANTUM SWITCH and is authenticated as a user, it receives the Bob QRN from the edge server through the internal network QUANTUM SWITCH and uses the Half Mirror Effect quantum-resistant encryption algorithm. A quantum random number cryptographic security integrated wiring board featuring a security integrated wiring board that creates a QUANTUM PASSWORD and logs in to the terminal, then connects the network between the terminal control server and the terminal through the external network QUANTUM SWITCH.
It consists of a terminal control server, security integrated distribution panel, edge server, terminal, and sensor unit, and the terminal control server controls logging in to the terminal through the QUANTUM PASSWORD created in the security integrated distribution panel.

The terminal control server includes Alice QRNG and the edge server includes Bob QRNG;
The security integrated distribution panel includes a quantum random number cryptographic security server and QUANTUM SWITCH;
The quantum random number cryptographic security server receives Alice QRN and Bob QRN quantum random numbers from a non-memory processing unit and generates a QUANTUM PASSWORD through a quantum-resistant encryption algorithm;
QUANTUM SWITCH controls the terminal control server to log in to the terminal through QUANTUM PASSWORD;

The terminal is a blind camera that takes pictures or blinds human objects when there are no human objects present;
The sensor unit is a multi-spontaneous polarization sensor that simultaneously detects a moving body and a stationary body;
The edge server generates human body detection event data including moving body detection and stationary body detection through a multi-spontaneous polarization sensor;

When an early fire detection event occurs through an early fire detection sensor, the edge server generates video data of the early fire detection event and transmits it to the internal network QUANTUM SWITCH;
QUANTUM SWITCH is a dual QUANTUM SWITCH that processes QRN random number seed and QUANTUM PASSWORD to generate QUANTUM PASSWORD. It consists of internal network QUANTUM SWITCH and external network QUANTUM SWITCH, and receives early fire detection event shooting video data from internal network QUANTUM SWITCH. Quantum random numbers are sent to a cryptographic security server;

When the quantum random number cryptographic security server receives early fire detection event video data, it transmits the early fire detection event video data to the administrator-designated smartphone through the external network QUANTUM SWITCH.
It is a physical structure in which early fire detection event shooting video data is transmitted in one direction through the external network QUANTUM SWITCH installed inside the security integrated distribution panel. Conversely, IP/MAC address access control physical network separation QUANTUM SWITCH prevents control data from intruding into the internal network. and;

The terminal control server controls Log IN to the terminal through the QUANTUM PASSWORD created in the security integrated distribution panel.
The terminal control server transmits the quantum random number Alice QRN generated through the internal Alice QRNG to the quantum random number cryptographic security server;
The edge server transmits the quantum random number Bob QRN generated through Bob QRNG to the quantum random number cryptographic security server;
The quantum random number password security server generates a QUANTUM PASSWORD using Alice QRN and Bob QRN through a quantum-resistant encryption algorithm and registers it in the blind camera terminal;

The terminal control server is connected to the internal network or to the external network,
If you attempt to log in to the terminal while the terminal control server is connected to the internal network, the quantum random number password security server inside the security integrated distribution panel will Receive Alice QRN from and Bob QRN from edge server, create QUANTUM PASSWORD through quantum-resistant encryption algorithm, log in to the terminal, and connect the network between the terminal control server and the blind camera terminal through the internal network QUANTUM SWITCH. connecting;

When the terminal control server attempts to log in to the terminal from an external network,
When a user is authenticated through the external network QUANTUM SWITCH, the quantum random number encryption security server receives the Alice QRN and receives the Bob QRN from the edge server through the internal network QUANTUM SWITCH, generates a QUANTUM PASSWORD through a quantum-resistant encryption algorithm, and sends it to the terminal. Quantum random number cryptographic security integrated wiring board featuring a security integrated wiring board that connects the network between the terminal control server and the terminal through the external network QUANTUM SWITCH after logging in.
It consists of a terminal control server, security integrated wiring board, edge server, terminal, and human body detection sensor, and connects the Log IN network between the terminal control server and the terminal through the QUANTUM PASSWORD created in the security integrated wiring board.

The terminal control server includes Alice QRNG and the edge server includes Bob QRNG;
The security integrated distribution panel includes a quantum random number cryptographic security server and QUANTUM SWITCH;
The quantum random number password security server receives Alice QRN and Bob QRN quantum random numbers and generates QUANTUM PASSWORD through an encryption algorithm;
QUANTUM SWITCH connects the Log IN network between the terminal control server and the terminal through the QUANTUM PASSWORD generated by the quantum random number password security server;

The terminal is a blind camera that takes pictures or blinds human objects when there are no human objects;
The human body detection sensor is a human body detection sensor that detects both stationary and moving bodies by emitting a pulse radar in the 60 ± 1 GHz band and receiving reflected electromagnetic waves to detect human breathing;
The edge server generates human body detection event data including moving body detection and stationary body detection through the human body detection sensor;

When an early fire detection event occurs through an early fire detection sensor, the edge server generates video data of the early fire detection event and transmits it to the internal network QUANTUM SWITCH;
QUANTUM SWITCH is a dual QUANTUM SWITCH that processes QRN random number seed and QUANTUM PASSWORD to generate QUANTUM PASSWORD. It consists of internal network QUANTUM SWITCH and external network QUANTUM SWITCH, and receives early fire detection event shooting video data from internal network QUANTUM SWITCH. Quantum random numbers are sent to a cryptographic security server;

When the quantum random number cryptographic security server receives early fire detection event video data, it transmits the early fire detection event video data to the administrator-designated smartphone through the external network QUANTUM SWITCH.
It is a physical network separation QUANTUM SWITCH in which early fire detection event shooting video data is transmitted in one direction through the external network QUANTUM SWITCH installed inside the security integrated distribution panel;

A network connection is made between the terminal control server and the terminal through the QUANTUM PASSWORD generated by the quantum random number encryption security server inside the security integrated distribution panel.
The terminal control server transmits the quantum random number Alice QRN generated through the internal Alice QRNG to the quantum random number cryptographic security server;
The edge server transmits the quantum random number Bob QRN generated through Bob QRNG to the quantum random number cryptographic security server;
The quantum random number password security server generates a QUANTUM PASSWORD using Alice QRN and Bob QRN through an encryption algorithm and registers it on the terminal;

The terminal control server is connected to the internal network or to the external network,
If you attempt to log in to the terminal while the terminal control server is connected to the internal network, the quantum random number password security server inside the security integrated distribution panel will Receives Alice QRN from and Bob QRN from edge server, creates QUANTUM PASSWORD through encryption algorithm, logs in to terminal, and connects network between terminal control server and terminal through internal network QUANTUM SWITCH;

When the terminal control server attempts to log in to the terminal from an external network,
When the quantum random number password security server authenticates a user through the external network QUANTUM SWITCH, it receives Alice QRN and Bob QRN from the edge server through the internal network QUANTUM SWITCH, generates a QUANTUM PASSWORD through an encryption algorithm, and logs in to the terminal ( Quantum random number cryptographic security integrated wiring board featuring a security integrated wiring board that connects the network between the terminal control server and the terminal through the external network QUANTUM SWITCH.
It consists of a terminal control server, a security integrated wiring board, an edge server, and a terminal, and the terminal control server connects to the network network to the terminal through the QUANTUM PASSWORD created in the security integrated wiring board.

The terminal control server includes Alice QRNG and the edge server includes Bob QRNG;
The security integrated distribution panel includes a quantum random number cryptographic security server and QUANTUM SWITCH;
The quantum random number password security server receives the Alice QRN and Bob QRN quantum random numbers through the Dual QUANTUM SWITCH and generates the QUANTUM PASSWORD through an encryption algorithm;
The terminal control server logs in to the terminal with QUANTUM PASSWORD through QUANTUM SWITCH;

The terminal control server controls login (Log IN) to the terminal through the QUANTUM PASSWORD generated by the quantum random number password security server inside the security integrated distribution panel.
The terminal control server transmits the quantum random number Alice QRN generated through the internal Alice QRNG to the quantum random number cryptographic security server;
The edge server transmits the quantum random number Bob QRN generated through Bob QRNG to the quantum random number cryptographic security server;
The quantum random number password security server generates a QUANTUM PASSWORD using Alice QRN and Bob QRN through an encryption algorithm and registers it on the terminal;

The terminal control server is connected to the internal network or to the external network,
If you attempt to log in to the terminal while the terminal control server is connected to the internal network, the quantum random number password security server inside the security integrated distribution panel will Receives Alice QRN from and Bob QRN from edge server, creates QUANTUM PASSWORD through encryption algorithm, logs in to terminal, and connects network between terminal control server and terminal through internal network QUANTUM SWITCH;

When the terminal control server attempts to log in to the terminal from an external network,
When the quantum random number password security server authenticates a user through the external network QUANTUM SWITCH, it receives Alice QRN and Bob QRN from the edge server through the internal network QUANTUM SWITCH, generates a QUANTUM PASSWORD through an encryption algorithm, and logs in to the terminal ( A quantum random number cryptographic security integrated distribution panel characterized by connecting a network between the terminal control server and the terminal through the external network QUANTUM SWITCH (Log IN).
It consists of a terminal control server, a security integrated distribution panel, an edge server, a blind camera, and a sensor unit. The terminal control server controls logging in to the blind camera through the QUANTUM PASSWORD created in the security integrated distribution panel.

The control server includes Alice QRNG and the edge server includes Bob QRNG;
The security integrated distribution panel consists of 110 blocks, DVR, quantum random number encryption security server, and QUANTUM SWITCH;
The quantum random number cryptographic security server receives Alice QRN and Bob QRN quantum random numbers from a non-memory processing unit and generates QUANTUM PASSWORD through a 3-channel Half Mirror Effect quantum-resistant encryption algorithm;
QUANTUM SWITCH controls log IN to the blind camera through a quantum random number password security server through QUANTUM PASSWORD;

The sensor part consists of a human body detection sensor and an early fire detection sensor;
The sensor unit human body detection sensor is a human body detection sensor that detects both stationary and moving bodies by emitting electromagnetic waves and then receiving reflected electromagnetic waves to detect human breathing;
The edge server generates body detection event data including moving body detection and stationary body detection;

A blind camera is characterized by an object recognition camera that includes a display unit and an ON/OFF shutter. When it recognizes a human object or receives human body detection event data from the edge server, the shutter turns off, but when human body detection event data is not received, the shutter turns on and the video is captured. filming; and
The blind camera turns on the shutter to capture video, and when a person is detected or human body detection event data is received through object recognition, the shutter turns off again. However, if no person is detected, the blind camera captures the video and stores it in the DVR, outputs and displays it on the monitor in the disaster prevention room. Lights up;

The edge server generates early fire detection event through the early fire detection sensor of the sensor unit, and when the display unit where no person is detected is turned on, it generates video data of the early fire detection event and transmits it to the QUANTUM SWITCH inside the security integrated distribution panel;
QUANTUM SWITCH is a dual QUANTUM SWITCH that processes QRN random number seed and QUANTUM PASSWORD to generate QUANTUM PASSWORD. It consists of internal network QUANTUM SWITCH and external network QUANTUM SWITCH, and receives early fire detection event shooting video data from internal network QUANTUM SWITCH. Quantum random numbers are sent to a cryptographic security server;

When the quantum random number cryptographic security server receives early fire detection event video data, it transmits the early fire detection event video data to the administrator-designated smartphone through the external network QUANTUM SWITCH.
It is a physical structure in which early fire detection event shooting video data is transmitted in one direction through the external network QUANTUM SWITCH installed inside the security integrated distribution panel. Conversely, IP/MAC address access control physical network separation QUANTUM SWITCH prevents control data from intruding into the internal network. and;

The terminal control server controls Log IN to the blind camera through the QUANTUM PASSWORD created in the security integrated distribution panel.
The terminal control server transmits the quantum random number Alice QRN generated through the internal Alice QRNG to the quantum random number cryptographic security server;
The edge server transmits the quantum random number Bob QRN generated through Bob QRNG to the quantum random number cryptographic security server;
The quantum random number cryptographic security server generates a QUANTUM PASSWORD from Alice QRN and Bob QRN through the Half Mirror Effect quantum-resistant encryption algorithm and registers it in the blind camera;

The terminal control server is connected to the internal network or to the external network,
If you try to log in to the blind camera while the terminal control server is connected to the internal network, the quantum random number password security server inside the security integrated distribution panel will log the user through the MAC Address between the terminal control server and the blind camera on the internal network QUANTUM SWITCH. When authenticated, receive Alice QRN from the terminal control server and Bob QRN from the edge server, generate QUANTUM PASSWORD through the Half Mirror Effect quantum-resistant encryption algorithm, log in to the blind camera, and then log in to the terminal control server through QUANTUM SWITCH. Connects a network between and blind camera;

When the terminal control server attempts to log in to the blind camera from an external network, the IP/MAC address is received through the external network QUANTUM SWITCH;
When the quantum random number encryption security server receives the IP/MAC Address and Alice QRN through the external network QUANTUM SWITCH and is authenticated as a user, it receives the Bob QRN from the edge server through the internal network QUANTUM SWITCH and uses the Half Mirror Effect quantum-resistant encryption algorithm. A quantum random number cryptographic security integrated wiring board featuring a security integrated wiring board that creates a QUANTUM PASSWORD and logs in to the blind camera, then connects the network between the terminal control server and the blind camera through the external network QUANTUM SWITCH.
It consists of a terminal control server, a security integrated distribution panel, an edge server, and a terminal. The terminal control server logs in to the terminal through the Half Mirror Effect quantum-resistant password generated by the security integrated distribution panel.

The terminal control server includes Alice PRNG (Pseudo Random Number Generator) and the edge server includes Bob PRNG (Pseudo Random Number Generator);
The security integrated distribution panel consists of a password security server and QUANTUM SWITCH;
The cryptographic security server receives Alice PRN and Bob PRN random numbers through a dual QUANTUM SWITCH consisting of an internal network QUANTUM SWITCH and an external network QUANTUM SWITCH, and generates a Half Mirror Effect quantum-resistant password through an encryption algorithm;
QUANTUM SWITCH allows the terminal control server to log in to the terminal through Half Mirror Effect quantum-resistant encryption;

The terminal control server controls login (Log IN) to the terminal through the Half Mirror Effect quantum-resistant password generated by the security integrated distribution panel.
The terminal control server transmits the Alice PRN generated through the internal Alice PRNG to the password security server;
The edge server transmits the Bob PRN generated through Bob PRNG to the password security server;
The password security server generates a Half Mirror Effect quantum-resistant password using the Alice PRN and Bob PRN encryption algorithm and registers it in the terminal;

The terminal control server is connected to the internal network or to the external network,
If you try to log in to the terminal while the terminal control server is connected to the internal network, the password security server inside the security integrated distribution panel will receive information from the terminal control server when the user is authenticated between the terminal control server and the terminal on the internal network QUANTUM SWITCH. It receives Alice PRN and Bob PRN from the edge server, generates a Half Mirror Effect quantum-resistant password through an encryption algorithm, logs in to the terminal, and connects the network between the terminal control server and the terminal through the internal network QUANTUM SWITCH. ;

When the terminal control server attempts to log in to the terminal from an external network,
When a user is authenticated through the external network QUANTUM SWITCH, the password security server receives the Alice PRN and receives the Bob PRN from the edge server through the internal network QUANTUM SWITCH, generates a Half Mirror Effect quantum-resistant password through an encryption algorithm, and sends it to the terminal. A password security integrated wiring board featuring a security integrated wiring board that connects the network between the terminal control server and the terminal through the external network QUANTUM SWITCH after logging in.
It consists of a terminal control server, a security integrated wiring board, an edge server, and a terminal, and the terminal control server connects to the network network to the terminal through the QUANTUM PASSWORD created in the security integrated wiring board.

The terminal control server includes Alice PRNG (Pseudo Random Number Generator) and the edge server includes Bob PRNG (Pseudo Random Number Generator);
The security integrated distribution panel includes a password security server and dual QUANTUM SWITCH;
The password security server receives Alice PRN and Bob PRN random numbers through the internal network/external network Dual QUANTUM SWITCH and creates a QUANTUM PASSWORD through an encryption algorithm;
QUANTUM SWITCH logs in to the terminal through QUANTUM PASSWORD;

Connecting the network using the QUANTUM PASSWORD created in the security integrated distribution panel through the Dual QUANTUM SWITCH between the terminal control server and the terminal.
The terminal control server transmits the Alice PRN generated through the internal Alice PRNG to the password security server;
The edge server transmits the Bob PRN generated through Bob PRNG to the password security server;
The password security server creates a QUANTUM PASSWORD using Alice PRN and Bob PRN through an encryption algorithm and registers it on the terminal;

The terminal control server is connected to the internal network or to the external network,
If you try to log in to the terminal while the terminal control server is connected to the internal network, the password security server inside the security integrated distribution panel will receive information from the terminal control server when the user is authenticated between the terminal control server and the terminal on the internal network QUANTUM SWITCH. It receives Alice PRN and Bob PRN from the edge server, creates a QUANTUM PASSWORD through an encryption algorithm, logs in to the terminal, and connects the network between the terminal control server and the terminal through the internal network QUANTUM SWITCH;

When the terminal control server attempts to log in to the terminal from an external network,
When a user is authenticated through the external network QUANTUM SWITCH, the password security server receives Alice PRN and receives Bob PRN from the edge server through the internal network QUANTUM SWITCH, generates a QUANTUM PASSWORD through an encryption algorithm, and logs in to the terminal (Log IN ), then a password security integrated wiring board featuring a security integrated wiring board that connects to the terminal control server through the external network QUANTUM SWITCH.
It consists of a quantum communication Alice QKD wiring board, a quantum communication Bob QKD wiring board, a hybrid quantum communication security integrated wiring board, a terminal control server, a media gate edge server, a blind camera, and a sensor unit;
A quantum communication channel is formed between the quantum communication Alice QKD wiring board and the quantum communication Bob QKD wiring board;
The quantum random number encryption security server inside the quantum communication Alice QKD wiring board or the hybrid quantum communication security integrated wiring board with the quantum communication Bob QKD wiring board and the network network is connected to the terminal control server and Media Gate Edge through QUANTUM SWITCH (Alice/Bob Dual QUANTUM Layer2 Switch). In the hybrid quantum random number cryptographically secure communication integrated wiring system that forms a hybrid quantum random number cryptographically secure communication channel with a server, a blind camera,

The terminal control server receives early fire detection event video data through the QUANTUM PASSWORD generated by the quantum random number encryption security server inside the security integrated distribution panel.

The terminal control server is composed of Alice QRNG Chip (Quantum Random Number Generator Chip);
The hybrid quantum communication security integrated distribution panel includes 110 blocks (Voice/Data), exchanger, DVR (Digital Video Recorder), quantum random number encryption security server, QUANTUM SWITCH (Alice/Bob Dual QUANTUM Layer2 Switch), and L3 switch (Layer3 Network Layer Switch). , UTM (Unified threat management: Firewall, VPN, Intrusion Detection/Prevention (IDS/IPS), Antivirus, Antispyware, Antispam, Web Filtering, Application Control, L2/ It consists of one or more of L3 Routing, Data Loss Prevention, Wan Optimization, and Wireless LAN security);
MediaGate Edge Server is composed of Bob QRNG Chip (Quantum Random Number Generator Chip);

The sensor part consists of an early fire detection sensor and a multi-spontaneous polarization sensor.
The multi-spontaneous polarization sensor is a human body detection sensor that detects moving and stationary bodies, consisting of a power supply module, a moving body detection pyroelectric infrared sensor detection module, and a stationary body detection pyroelectric infrared sensor detection module;
The Mediagate Edge Server supplies driving power to the moving body detection pyroelectric infrared sensor through a power supply inside the multi-spontaneous polarization sensor, and maintains the spontaneous polarization equilibrium state; a balancing step;
When the moving body detection pyroelectric infrared sensor switches from a spontaneous polarization equilibrium state to an unbalanced state and a human body detection event signal occurs, the Mediagate Edge Server supplies driving power to one or more stationary human body detection pyroelectric infrared sensors through the power supply unit and stabilizes them. A moving body detection step in which the moving body detection pyroelectric infrared sensor recognizes the spontaneous polarization unbalanced state during the stabilization time even if the moving body detection pyroelectric infrared sensor switches from the spontaneous polarization unbalanced state to the balanced state;
After the moving body detection step, if the moving body detection and stationary human body detection pyroelectric infrared sensors maintain spontaneous polarization equilibrium, the Mediagate edge server cuts off the driving power to the stationary human body detection pyroelectric infrared sensor, returns to the first equilibrium stage, and moves the moving body. When the mediagate edge server determines that the human body is in a stationary state or a stationary human body detection pyroelectric infrared sensor is driven and the spontaneous polarization state is converted to an unbalanced state and a human body detection event signal is received, the stationary human body detection pyroelectric infrared sensor determines that the human body is in a stationary state. An analysis step of cutting off the driving power and switching to a moving body detection step;
The MediaGate edge server generates human body detection event data including moving body detection and stationary body detection through the balancing step, moving body detection step, and analysis step;

A blind camera is characterized by an object recognition camera that includes a display unit and a shutter. When it recognizes a human object or receives human body detection event data from the Mediagate Edge Server, the shutter turns off (covers the camera lens) and no image is recorded, but the human body is detected. If detection event data is not received, the shutter is turned on (opening the camera lens) to capture video. If a person is detected through object recognition, the shutter is turned off again. If no person is detected, the video is captured and stored in the Mediagate Edge Server's internal memory or blind camera. It is stored in SD card memory or DVR inside the security integrated distribution box and displays “Camera ON” or “Recording” through the display of the blind camera;

Mediagate Edge Server generates an early fire detection event through the early fire detection sensor of the sensor unit, and when the display unit where no person is detected is “camera ON” or “filming,” it generates video data of the early fire detection event to provide security. Transmitted to QUANTUM SWITCH through block 110 inside the integrated distribution board;
QUANTUM SWITCH is a dual QUANTUM Layer2 SWITCH that processes QRN random number seed and QUANTUM PASSWORD to generate QUANTUM PASSWORD. It consists of internal network Bob QUANTUM Lyer2 SWITCH and external network Alice QUANTUM Lyer2 SWITCH, and transmits early fire detection event captured video data to internal network. Bob QUANTUM Received from Lyer2 SWITCH and transmitted to quantum random number cryptographic security server;

When the quantum random number cryptographic security server receives early fire detection event video data, it sends the early fire detection event video data to the administrator-designated smartphone connected to the ISP operator network and the network network through the external network Alice QUANTUM Lyer2 SWITCH in QUANTUM SWITCH. By transmitting video data of fire detection events,
Among the QUANTUM SWITCH installed inside the DMZ (Demilitarized Zone) security integrated distribution box, it is a physical structure in which early fire detection event shooting video data is transmitted in one direction through the external network Alice QUANTUM Lyer2 SWITCH. Conversely, control data cannot be infiltrated into the internal network through IP. /MAC Address access control physical network separation QUANTUM SWITCH;

The smartphone transmits text broadcast TTS to the premises broadcasting device and broadcasts TTS;

When the Mediagate Edge Server generates human body detection event data including moving body detection and stationary body detection through the multi-spontaneous polarization sensor of the sensor unit, the “in meeting” indicator on the door lights up;

The terminal control server transmits the quantum random number seed Alice QRN to the quantum random number encryption security server through the internal Alice QRNG Chip (Quantum Random Number Generator Chip);
MediaGate Edge Server transmits the quantum random number seed Bob QRN to the quantum random number encryption security server through the Bob QRNG Chip (Quantum Random Number Generator Chip);
The quantum random number cryptographic security server generates a QUANTUM PASSWORD through the (3CH)-Half Mirror Effect quantum resistant encryption algorithm of Alice QRN and Bob QRN in the internal non-memory processing unit, registers the blind camera and matching wiring, and resets the non-memory computing device. ;

The terminal control server is connected to the internal network or to the external network,
When the terminal control server is connected to the internal network and attempts to connect to the network to the blind camera, the quantum random number encryption security server inside the security integrated distribution panel sends the MAC Address between the terminal control server and the blind camera in the internal network Bob QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH. When the user is authenticated through, Alice QRN is received from the terminal control server and Bob QRN is received from the Mediagate Edge Server, and the (3CH)-Half Mirror effect Password is generated in the internal non-memory operation unit. QUANTUM PASSWORD of the Symmetric Cryptographic Algorithm After creating and logging in to the blind camera, connect the network between the terminal control server and the blind camera through QUANTUM SWITCH;

When the terminal control server attempts to connect the network to the blind camera from the external network, it receives the IP/MAC address through the L3 switch under the control of UTM through the external network Alice QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH;
When the quantum random number password security server receives the IP/MAC Address and Alice QRN through the Alice QUANTUM Lyer2 SWITCH and the user is authenticated, it receives the Bob QRN from the Mediagate edge server through the internal network Bob QUANTUM Lyer2 SWITCH of the QUANTUM SWITCH and provides internal Create a QUANTUM PASSWORD of the (3CH)-Half Mirror effect Password in the non-memory operation unit and log in to the blind camera by creating a QUANTUM PASSWORD of the Symmetric Cryptographic Algorithm and then accessing the terminal control server through the external network Alice QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH. A hybrid quantum random number cryptographic security communication integrated distribution system featuring a security integrated distribution system that connects the network between the blind camera and the blind camera.
It consists of a terminal control server, a security integrated distribution panel, an edge server, a terminal unit, and a sensor unit. The terminal control server receives early fire detection event video data through the QUANTUM PASSWORD generated by the quantum random number encryption security server inside the security integrated distribution unit.

The terminal control server includes the Alice QRNG Chip and the edge server includes the Bob QRNG Chip;
The security integrated distribution board consists of 110 blocks, exchanger, DVR, quantum random number encryption security server, QUANTUM SWITCH (Alice/Bob Dual QUANTUM Layer2 Switch), and L3 switch (Layer3 Network Layer Switch);

The sensor part consists of a multi-spontaneous polarization sensor and an early fire detection sensor;
The sensor part multi-spontaneous polarization sensor is characterized by detecting a human body in the same space by placing a power supply module, a moving body detection pyroelectric infrared sensor, and a stationary human body detection pyroelectric infrared sensor inside a single housing.
The edge server supplies driving power to the moving body detection pyroelectric infrared sensor through an internal power supply unit and performs a balancing step to maintain the spontaneous polarization equilibrium state;
When the moving body detection pyroelectric infrared sensor switches from a spontaneous polarization equilibrium state to an unbalanced state and a human body detection event signal occurs, the edge server supplies driving power to one or more stationary human body detection pyroelectric infrared sensors through the power supply unit and provides stabilization necessary for stabilization. A moving body detection step in which the moving body detection pyroelectric infrared sensor recognizes the spontaneous polarization unbalanced state during the stabilization time even if the pyroelectric infrared sensor switches from the spontaneous polarization unbalanced state to the balanced state;
After the moving body detection step, if the moving body detection and stationary human body detection pyroelectric infrared sensors maintain spontaneous polarization equilibrium, the edge server cuts off the driving power to the stationary human body detection pyroelectric infrared sensor and returns to the first equilibrium stage, determining that the moving body is moving. Alternatively, when the edge server detects a stationary human body detection pyroelectric infrared sensor is driven and switches from a spontaneous polarization equilibrium state to an unbalanced state and a human body detection event signal is received, the edge server determines that the human body is in a stationary state and supplies driving power to the stationary human body detection pyroelectric infrared sensor. An analysis stage that blocks and switches to a moving body detection stage;
The edge server generates body detection event data including moving body detection and stationary body detection;

The terminal's blind camera features an object recognition camera that includes a display unit and a shutter. When a human object is recognized or human body detection event data is received from the edge server, the shutter is turned off, but if human body detection event data is not received, the shutter is turned on and the video is recorded. filming; and
The blind camera in the terminal turns on the shutter to capture video. If a person is detected or human body detection event data is received through object recognition, the shutter turns off again. However, if no person is detected, the video is captured and stored in the DVR and the display of the blind camera is turned on. display;

The edge server generates an early fire detection event through the early fire detection sensor of the sensor unit, and when the display unit where no person is detected turns on, it generates video data of the early fire detection event and sends it to the QUANTUM SWITCH through the 110 blocks inside the security integrated distribution panel. transmit to;
QUANTUM SWITCH is a dual QUANTUM Layer2 SWITCH that processes QRN random number seed and QUANTUM PASSWORD to generate QUANTUM PASSWORD. It consists of internal network Bob QUANTUM Lyer2 SWITCH and external network Alice QUANTUM Lyer2 SWITCH, and transmits early fire detection event captured video data to internal network. Bob QUANTUM Received from Lyer2 SWITCH and transmitted to quantum random number cryptographic security server;

When early fire detection event captured video data is received, the quantum random number cryptographic security server uses the external network Alice QUANTUM Lyer2 SWITCH of the QUANTUM SWITCH to connect to the ISP operator network and the network network through the L3 switch. By transmitting video data of early fire detection events to your phone,
A physical structure in which early fire detection event video data is transmitted in one direction through the external network Alice QUANTUM Lyer2 SWITCH installed inside the security integrated distribution panel. Conversely, IP/MAC address access control and physical network separation prevent control data from intruding into the internal network. It is QUANTUM SWITCH;

When the edge server generates human body detection event data including moving body detection and stationary body detection through the multi-spontaneous polarization sensor in the sensor unit, the display unit on the door lights up;

By connecting the terminal control server and the terminal blind camera to the network through the QUANTUM PASSWORD generated by the quantum random number encryption security server inside the security integrated distribution panel,
The terminal control server transmits the quantum random number seed Alice QRN to the quantum random number encryption security server through the internal Alice QRNG Chip;
The edge server transmits the quantum random number seed Bob QRN to the quantum random number encryption security server through the Bob QRNG Chip;
The quantum random number cryptographic security server generates a QUANTUM PASSWORD through the (3CH)-Half Mirror Effect quantum-resistant encryption algorithm of Alice QRN and Bob QRN in the internal non-memory processing unit, performs matching registration with the terminal, and resets the non-memory computing device;

The terminal control server is connected to the internal network or to the external network,
When the terminal control server is connected to the internal network and attempts to connect the network to the terminal, the quantum random number cryptographic security server inside the security integrated distribution panel sends the MAC Address between the terminal control server and the terminal in the internal network Bob QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH. When the user is authenticated through, Alice QRN is received from the terminal control server and Bob QRN is received from the edge server, and the internal non-memory operation unit generates a QUANTUM PASSWORD through the (3CH)-Half Mirror Effect quantum-resistant encryption algorithm and sends it to the terminal. After logging in, connect the network between the terminal control server and the terminal through QUANTUM SWITCH;

When the terminal control server attempts to connect to the terminal from the external network, the IP/MAC address is received through the external network Alice QUANTUM Lyer2 SWITCH among the QUANTUM SWITCHs;
When the quantum random number cryptographic security server receives the IP/MAC Address and Alice QRN through the Alice QUANTUM Lyer2 SWITCH and the user is authenticated, it receives Bob QRN from the edge server through the internal network Bob QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH and provides internal non-memory information. After creating a QUANTUM PASSWORD through the (3CH)-Half Mirror Effect quantum-resistant encryption algorithm in the computing device and logging in to the terminal, the network between the terminal control server and the terminal is connected through the external network Alice QUANTUM Lyer2 SWITCH in the QUANTUM SWITCH. A hybrid quantum random number cryptographically secure communication integrated distribution system that features a security integrated distribution system that connects to the network.
It consists of a terminal control server, a security integrated distribution panel, an edge server, a terminal unit, and a sensor unit, and is connected to a network between the terminal control server and the terminal unit through the QUANTUM PASSWORD generated by the quantum random number encryption security server inside the security integrated distribution unit.

The terminal control server includes Alice QRNG and the edge server includes Bob QRNG;
The security integrated distribution panel consists of 110 blocks, DVR, quantum random number encryption security server, and QUANTUM SWITCH;
The quantum random number password security server receives Alice QRN and Bob QRN quantum random numbers from a non-memory processing unit and generates QUANTUM PASSWORD through a 3-channel (3CH) Half Mirror Effect quantum-resistant encryption algorithm;
QUANTUM SWITCH controls network connection to the terminal control server and terminal through QUANTUM PASSWORD;

The terminal unit is a blind camera including a shutter and a display unit;
The sensor part consists of a multi-spontaneous polarization sensor and an early fire detection sensor;
The sensor part multi-spontaneous polarization sensor is characterized by detecting a human body in the same space by placing a power supply module, a moving body detection pyroelectric infrared sensor, and a stationary human body detection pyroelectric infrared sensor inside a single housing.
The edge server supplies driving power to the moving body detection pyroelectric infrared sensor through an internal power supply unit to generate moving body detection event data that detects a moving body; and
The edge server sequentially supplies driving power to one or more pyrotypical infrared sensors for detecting a stationary human body through an internal power supply unit to generate stationary human body detection event data that detects a stationary human body; And
The edge server generates body detection event data including moving body detection and stationary body detection;

The terminal's blind camera features an object recognition camera that includes a display unit and an ON/OFF shutter. When a human object is recognized or human body detection event data is received from the edge server, the shutter is turned off, but when human body detection event data is not received, the shutter is turned on. and take video; and
The blind camera at the terminal turns on the shutter to record video. If a person is detected or human body detection event data is received through object recognition, the shutter turns off again. However, if a person is not detected, the video is recorded and saved in the DVR and output to the disaster prevention room monitor. The display unit lights up;

When an early fire detection event occurs through the early fire detection sensor in the sensor unit and the display unit where no people are detected is turned on, the edge server generates video data of the early fire detection event and transmits it to the QUANTUM SWITCH inside the security integrated distribution panel. ;
QUANTUM SWITCH is a dual QUANTUM SWITCH that processes QRN random number seed and QUANTUM PASSWORD to generate QUANTUM PASSWORD. It consists of internal network QUANTUM SWITCH and external network QUANTUM SWITCH, and receives early fire detection event shooting video data from internal network QUANTUM SWITCH. Quantum random numbers are sent to a cryptographic security server;

When the quantum random number cryptographic security server receives early fire detection event video data, it transmits the early fire detection event video data to the administrator-designated smartphone through the external network QUANTUM SWITCH.
It is a physical structure in which early fire detection event shooting video data is transmitted in one direction through the external network QUANTUM SWITCH installed inside the security integrated distribution panel. Conversely, IP/MAC address access control physical network separation QUANTUM SWITCH prevents control data from intruding into the internal network. and;

The terminal control server controls the network connection through the QUANTUM PASSWORD generated by the quantum random number encryption security server inside the security integrated distribution panel.
The terminal control server transmits the quantum random number Alice QRN generated through the internal Alice QRNG to the quantum random number cryptographic security server;
The edge server transmits the quantum random number Bob QRN generated through Bob QRNG to the quantum random number cryptographic security server;
The quantum random number password security server generates a QUANTUM PASSWORD using Alice QRN and Bob QRN through the Half Mirror Effect quantum-resistant encryption algorithm and registers it in the terminal;

The terminal control server is connected to the internal network or to the external network,
If the terminal control server is connected to the internal network and attempts to connect the network to the terminal, the quantum random number encryption security server inside the security integrated distribution panel will authenticate the user through the MAC Address between the terminal control server and the terminal in the internal network QUANTUM SWITCH. In this case, receive Alice QRN from the terminal control server and Bob QRN from the edge server, create a QUANTUM PASSWORD through the Half Mirror Effect quantum-resistant encryption algorithm, log in to the terminal, and then log in to the terminal control server and the terminal through QUANTUM SWITCH. Connecting networks between departments;

When the terminal control server attempts to connect to the terminal from the external network, the IP/MAC address is received through the external network QUANTUM SWITCH;
When the quantum random number encryption security server receives the IP/MAC Address and Alice QRN through the external network QUANTUM SWITCH and the user is authenticated, it receives the Bob QRN from the edge server through the internal network QUANTUM SWITCH and uses the Half Mirror Effect quantum-resistant encryption algorithm. A hybrid quantum random number cryptographic security communication integrated distribution system featuring a security integrated distribution system that creates a QUANTUM PASSWORD and logs in to the terminal and then connects the network between the terminal control server and the terminal through the external network QUANTUM SWITCH. .
It consists of a terminal control server, security integrated wiring board, edge server, terminal, and sensor unit, and the terminal control server connects to the network network through the QUANTUM PASSWORD created in the security integrated wiring board.

The terminal control server includes Alice QRNG and the edge server includes Bob QRNG;
The security integrated distribution panel includes a quantum random number cryptographic security server and QUANTUM SWITCH;
The quantum random number cryptographic security server receives Alice QRN and Bob QRN quantum random numbers from a non-memory processing unit and generates a QUANTUM PASSWORD through a quantum-resistant encryption algorithm;
QUANTUM SWITCH controls the network connection between the terminal control server and the terminal through QUANTUM PASSWORD;

The terminal is a blind camera that takes pictures or blinds human objects when there are no human objects;
The sensor unit is a multi-spontaneous polarization sensor that simultaneously detects a moving body and a stationary body;
The edge server generates body detection event data including moving body detection and stationary body detection;

When an early fire detection event occurs through an early fire detection sensor, the edge server generates video data of the early fire detection event and transmits it to the internal network QUANTUM SWITCH;
QUANTUM SWITCH is a dual QUANTUM SWITCH that processes QRN random number seed and QUANTUM PASSWORD to generate QUANTUM PASSWORD. It consists of internal network QUANTUM SWITCH and external network QUANTUM SWITCH, and receives early fire detection event shooting video data from internal network QUANTUM SWITCH. Quantum random numbers are sent to a cryptographic security server;

When the quantum random number cryptographic security server receives early fire detection event video data, it transmits the early fire detection event video data to the administrator-designated smartphone through the external network QUANTUM SWITCH.
It is a physical network separation QUANTUM SWITCH in which early fire detection event shooting video data is transmitted in one direction through the external network QUANTUM SWITCH installed inside the security integrated distribution panel;

It controls the network connection between the terminal control server and the terminal through the QUANTUM PASSWORD created in the security integrated distribution panel.
The terminal control server transmits the quantum random number Alice QRN generated through the internal Alice QRNG to the quantum random number cryptographic security server;
The edge server transmits the quantum random number Bob QRN generated through Bob QRNG to the quantum random number cryptographic security server;
The quantum random number password security server generates a QUANTUM PASSWORD using Alice QRN and Bob QRN through a quantum-resistant encryption algorithm and registers it in the blind camera terminal;

The terminal control server is connected to the internal network or to the external network,
When the terminal control server is connected to the internal network and attempts to connect the network to the terminal, the quantum random number encryption security server inside the security integrated distribution panel sends information from the terminal control server when the user is authenticated between the terminal control server and the terminal on the internal network QUANTUM SWITCH. Receives Alice QRN and Bob QRN from the edge server, creates QUANTUM PASSWORD through quantum-resistant encryption algorithm, logs in to the terminal, and connects the network between the terminal control server and the blind camera terminal through the internal network QUANTUM SWITCH. ;

When the terminal control server attempts to connect a network to the terminal from an external network,
When a user is authenticated through the external network QUANTUM SWITCH, the quantum random number encryption security server receives the Alice QRN and receives the Bob QRN from the edge server through the internal network QUANTUM SWITCH, generates a QUANTUM PASSWORD through a quantum-resistant encryption algorithm, and sends it to the terminal. A hybrid quantum random number cryptographic security communication integrated distribution system featuring a security integrated distribution system that connects the network between the terminal control server and the terminal through the external network QUANTUM SWITCH after logging in.
It consists of a terminal control server, security integrated wiring board, edge server, terminal, and human body detection sensor, and is connected to the network through the QUANTUM PASSWORD created in the security integrated wiring board between the terminal control server and the terminal.

The terminal control server includes Alice QRNG and the edge server includes Bob QRNG;
The security integrated distribution panel includes a quantum random number cryptographic security server and QUANTUM SWITCH;
The quantum random number password security server receives Alice QRN and Bob QRN quantum random numbers and generates QUANTUM PASSWORD through an encryption algorithm;
QUANTUM SWITCH connects the network between the terminal control server and the terminal through the QUANTUM PASSWORD generated by the quantum random number encryption security server;

The terminal is a blind camera that takes pictures or blinds human objects when there are no human objects;
The human body detection sensor is a human body detection sensor that detects both stationary and moving bodies by emitting a pulse radar in the 60 ± 1 GHz band and receiving reflected electromagnetic waves to detect human breathing;
The edge server generates human body detection event data including moving body detection and stationary body detection through the human body detection sensor;

When an early fire detection event occurs through an early fire detection sensor, the edge server generates video data of the early fire detection event and transmits it to the internal network QUANTUM SWITCH;
QUANTUM SWITCH is a dual QUANTUM SWITCH that processes QRN random number seed and QUANTUM PASSWORD to generate QUANTUM PASSWORD. It consists of internal network QUANTUM SWITCH and external network QUANTUM SWITCH, and receives early fire detection event shooting video data from internal network QUANTUM SWITCH. Quantum random numbers are sent to a cryptographic security server;

When the quantum random number cryptographic security server receives early fire detection event video data, it transmits the early fire detection event video data to the administrator-designated smartphone through the external network QUANTUM SWITCH.
It is a physical network separation QUANTUM SWITCH in which early fire detection event shooting video data is transmitted in one direction through the external network QUANTUM SWITCH installed inside the security integrated distribution panel;

A network connection is made between the terminal control server and the terminal through the QUANTUM PASSWORD generated by the quantum random number encryption security server inside the security integrated distribution panel.
The terminal control server transmits the quantum random number Alice QRN generated through the internal Alice QRNG to the quantum random number cryptographic security server;
The edge server transmits the quantum random number Bob QRN generated through Bob QRNG to the quantum random number cryptographic security server;
The quantum random number password security server generates a QUANTUM PASSWORD using Alice QRN and Bob QRN through an encryption algorithm and registers it on the terminal;

The terminal control server is connected to the internal network or to the external network,
When the terminal control server is connected to the internal network and attempts to connect the network to the terminal, the quantum random number encryption security server inside the security integrated distribution panel sends information from the terminal control server when the user is authenticated between the terminal control server and the terminal on the internal network QUANTUM SWITCH. It receives Alice QRN and Bob QRN from the edge server, creates a QUANTUM PASSWORD through an encryption algorithm, logs in to the terminal, and then connects the network between the terminal control server and the terminal through the internal network QUANTUM SWITCH;

When the terminal control server attempts to connect a network to the terminal from an external network,
When the quantum random number password security server authenticates a user through the external network QUANTUM SWITCH, it receives Alice QRN and Bob QRN from the edge server through the internal network QUANTUM SWITCH, generates a QUANTUM PASSWORD through an encryption algorithm, and logs in to the terminal ( A hybrid quantum random number cryptographic security communication integrated distribution system featuring a security integrated distribution system that connects the network between the terminal control server and the terminal through the external network QUANTUM SWITCH (Log IN).
It consists of a terminal control server, a security integrated wiring board, an edge server, and a terminal, and the terminal control server connects to the network network to the terminal through the QUANTUM PASSWORD created in the security integrated wiring board.

The terminal control server includes Alice QRNG and the edge server includes Bob QRNG;
The security integrated distribution panel consists of a quantum random number cryptographic security server and QUANTUM SWITCH;
The quantum random number password security server receives the Alice QRN and Bob QRN quantum random numbers through the Dual QUANTUM SWITCH and generates the QUANTUM PASSWORD through an encryption algorithm;
The terminal control server connects the terminal to the network through QUANTUM PASSWORD through QUANTUM SWITCH;

It controls the network connection between the terminal control server and the terminal through the QUANTUM PASSWORD generated by the quantum random number encryption security server inside the security integrated distribution panel.
The terminal control server transmits the quantum random number Alice QRN generated through the internal Alice QRNG to the quantum random number cryptographic security server;
The edge server transmits the quantum random number Bob QRN generated through Bob QRNG to the quantum random number cryptographic security server;
The quantum random number password security server generates a QUANTUM PASSWORD using Alice QRN and Bob QRN through an encryption algorithm and registers it on the terminal;

The terminal control server is connected to the internal network or to the external network,
When the terminal control server is connected to the internal network and attempts to connect the network to the terminal, the quantum random number encryption security server inside the security integrated distribution panel sends information from the terminal control server when the user is authenticated between the terminal control server and the terminal on the internal network QUANTUM SWITCH. It receives Alice QRN and Bob QRN from the edge server, creates a QUANTUM PASSWORD through an encryption algorithm, logs in to the terminal, and connects the network between the terminal control server and the terminal through the internal network QUANTUM SWITCH;

When the terminal control server attempts to connect a network to the terminal from an external network,
When the quantum random number password security server authenticates a user through the external network QUANTUM SWITCH, it receives Alice QRN and Bob QRN from the edge server through the internal network QUANTUM SWITCH, generates a QUANTUM PASSWORD through an encryption algorithm, and logs in to the terminal ( A hybrid quantum random number cryptographic security communication integrated distribution system characterized by connecting a network between the terminal control server and the terminal through the external network QUANTUM SWITCH after Log IN).
It consists of a terminal control server, security integrated distribution panel, edge server, terminal unit, and sensor unit, and the terminal control server controls network connection through the QUANTUM PASSWORD created in the security integrated distribution unit.

The terminal control server includes Alice QRNG and the edge server includes Bob QRNG;
The security integrated distribution panel consists of 110 blocks, DVR, quantum random number encryption security server, and QUANTUM SWITCH;
The quantum random number cryptographic security server receives Alice QRN and Bob QRN quantum random numbers from a non-memory processing unit and generates QUANTUM PASSWORD through a 3-channel Half Mirror Effect quantum-resistant encryption algorithm;
In QUANTUM SWITCH, a quantum random number cryptographic security server controls the terminal through QUANTUM PASSWORD;

The terminal unit is a blind camera including a shutter and a display unit;
The sensor part consists of a human body detection sensor and an early fire detection sensor;
The sensor unit human body detection sensor is a human body detection sensor that detects both stationary and moving bodies by emitting electromagnetic waves and then receiving reflected electromagnetic waves to detect human breathing;
The edge server generates human body detection event data including moving body detection and stationary body detection through the human body detection sensor;

The terminal's blind camera features an object recognition camera that includes a display unit and an ON/OFF shutter. When a human object is recognized or human body detection event data is received from the edge server, the shutter is turned off, but when human body detection event data is not received, the shutter is turned on. and take video; and
The blind camera at the terminal turns on the shutter to record video. If a person is detected or human body detection event data is received through object recognition, the shutter turns off again. However, if a person is not detected, the video is recorded and saved in the DVR and output to the disaster prevention room monitor. The display unit lights up;

The edge server generates early fire detection event through the early fire detection sensor of the sensor unit, and when the display unit where no person is detected is turned on, it generates video data of the early fire detection event and transmits it to the QUANTUM SWITCH inside the security integrated distribution panel;
QUANTUM SWITCH is a dual QUANTUM SWITCH that processes QRN random number seed and QUANTUM PASSWORD to generate QUANTUM PASSWORD. It consists of internal network QUANTUM SWITCH and external network QUANTUM SWITCH, and receives early fire detection event shooting video data from internal network QUANTUM SWITCH. Quantum random numbers are sent to a cryptographic security server;

When the quantum random number cryptographic security server receives early fire detection event video data, it transmits the early fire detection event video data to the administrator-designated smartphone through the external network QUANTUM SWITCH.
It is a physical structure in which early fire detection event shooting video data is transmitted in one direction through the external network QUANTUM SWITCH installed inside the security integrated distribution panel. Conversely, IP/MAC address access control physical network separation QUANTUM SWITCH prevents control data from intruding into the internal network. and;

The terminal control server and the terminal are connected to the network through the QUANTUM PASSWORD created in the security integrated distribution panel.
The terminal control server transmits the quantum random number Alice QRN generated through the internal Alice QRNG to the quantum random number cryptographic security server;
The edge server transmits the quantum random number Bob QRN generated through Bob QRNG to the quantum random number cryptographic security server;
The quantum random number password security server generates a QUANTUM PASSWORD using Alice QRN and Bob QRN through the Half Mirror Effect quantum-resistant encryption algorithm and registers it in the terminal;

The terminal control server is connected to the internal network or to the external network,
If the terminal control server is connected to the internal network and attempts to connect the network to the terminal, the quantum random number encryption security server inside the security integrated distribution panel will authenticate the user through the MAC Address between the terminal control server and the terminal in the internal network QUANTUM SWITCH. In this case, receive Alice QRN from the terminal control server and Bob QRN from the edge server, create a QUANTUM PASSWORD through the Half Mirror Effect quantum-resistant encryption algorithm, log in to the terminal, and then log in to the terminal control server and the terminal through QUANTUM SWITCH. Connecting networks between departments;

When the terminal control server attempts to connect to the terminal from the external network, the IP/MAC address is received through the external network QUANTUM SWITCH;
When the quantum random number encryption security server receives the IP/MAC Address and Alice QRN through the external network QUANTUM SWITCH and is authenticated as a user, it receives the Bob QRN from the edge server through the internal network QUANTUM SWITCH and uses the Half Mirror Effect quantum-resistant encryption algorithm. A hybrid quantum random number cryptographic security communication integrated distribution system featuring a security integrated distribution system that connects the network between the terminal control server and the terminal through the external network QUANTUM SWITCH after creating the QUANTUM PASSWORD and logging in to the terminal. .
It consists of a terminal control server, a security integrated wiring board, an edge server, and a terminal, and the terminal control server connects the network to the terminal through the Half Mirror Effect quantum-resistant encryption generated by the security integrated wiring board.

The terminal control server includes Alice PRNG (Pseudo Random Number Generator) and the edge server includes Bob PRNG (Pseudo Random Number Generator);
The security integrated distribution panel consists of a password security server and QUANTUM SWITCH;
The cryptographic security server receives Alice PRN and Bob PRN random numbers through a dual QUANTUM SWITCH consisting of an internal network QUANTUM SWITCH and an external network QUANTUM SWITCH, and generates a Half Mirror Effect quantum-resistant password through an encryption algorithm;
QUANTUM SWITCH connects the network to the terminal control server and terminal through Half Mirror Effect quantum-resistant encryption;

The terminal control server controls the network connection to the terminal through the Half Mirror Effect quantum-resistant password generated by the security integrated distribution panel.
The terminal control server transmits the Alice PRN generated through the internal Alice PRNG to the password security server;
The edge server transmits the Bob PRN generated through Bob PRNG to the password security server;
The password security server generates a Half Mirror Effect quantum-resistant password using the Alice PRN and Bob PRN encryption algorithm and registers it in the terminal;

The terminal control server is connected to the internal network or to the external network,
When the terminal control server is connected to the internal network and attempts to connect the network to the terminal, the password security server inside the security integrated distribution panel receives Alice PRN from the terminal control server when the user is authenticated between the terminal control server and the terminal on the internal network QUANTUM SWITCH. It receives the Bob PRN from the edge server, generates a Half Mirror Effect quantum-resistant password through an encryption algorithm, logs in to the terminal, and connects the network between the terminal control server and the terminal through the internal network QUANTUM SWITCH;

When the terminal control server attempts to connect a network to the terminal from an external network,
When a user is authenticated through the external network QUANTUM SWITCH, the password security server receives the Alice PRN and receives the Bob PRN from the edge server through the internal network QUANTUM SWITCH, generates a Half Mirror Effect quantum-resistant password through an encryption algorithm, and sends it to the terminal. A password-secured communication integrated wiring system featuring a security integrated wiring system that connects the network between the terminal control server and the terminal through the external network QUANTUM SWITCH after logging in.
It consists of a terminal control server, a security integrated wiring board, an edge server, and a terminal, and the terminal control server connects the network to the terminal through the Half Mirror Effect quantum-resistant encryption generated by the security integrated wiring board.

The terminal control server includes Alice PRNG (Pseudo Random Number Generator) and the edge server includes Bob PRNG (Pseudo Random Number Generator);
The security integrated distribution panel includes a password security server and dual QUANTUM SWITCH;
The password security server receives Alice PRN and Bob PRN random numbers through the internal network/external network Dual QUANTUM SWITCH and generates a Half Mirror Effect quantum-resistant password through an encryption algorithm;
QUANTUM SWITCH logs in to the terminal through Half Mirror Effect quantum-resistant encryption;

A network connection is made between the terminal control server and the terminal using the Half Mirror Effect quantum-resistant encryption generated by the security integrated distribution panel through the Dual QUANTUM SWITCH.
The terminal control server transmits the Alice PRN generated through the internal Alice PRNG to the password security server;
The edge server transmits the Bob PRN generated through Bob PRNG to the password security server;
The password security server generates a Half Mirror Effect quantum-resistant password using the Alice PRN and Bob PRN encryption algorithm and registers it in the terminal;

The terminal control server is connected to the internal network or to the external network,
When the terminal control server is connected to the internal network and attempts to connect the network to the terminal, the password security server inside the security integrated distribution panel receives Alice PRN from the terminal control server when the user is authenticated between the terminal control server and the terminal on the internal network QUANTUM SWITCH. It receives the Bob PRN from the edge server, generates a Half Mirror Effect quantum-resistant password through an encryption algorithm, logs in to the terminal, and connects the network between the terminal control server and the terminal through the internal network QUANTUM SWITCH;

When the terminal control server attempts to connect a network to the terminal from an external network,
When a user is authenticated through the external network QUANTUM SWITCH, the password security server receives the Alice PRN and receives the Bob PRN from the edge server through the internal network QUANTUM SWITCH, generates a Half Mirror Effect quantum-resistant password through an encryption algorithm, and sends it to the terminal. A hybrid quantum random number cryptographic security communication integrated distribution system featuring a security integrated distribution system that connects the network between the terminal control server and the terminal through the external network QUANTUM SWITCH after logging in.
It consists of a terminal control server, a security integrated distribution panel, an edge server, a blind camera, and a sensor unit. It connects the terminal control server and the blind camera to the network through the quantum-resistant password PASSWORD generated by the password security server inside the security integrated distribution panel.

The terminal control server includes Alice PRNG and the edge server includes Bob PRNG;
The security integrated distribution panel consists of a DVR, password security server, and Dual Layer 2 SWITCH;
The password security server receives the Alice PRN and Bob PRN random number seeds from the non-memory processing unit and generates a quantum-resistant password PASSWORD through the Half Mirror Effect quantum-resistant encryption algorithm;
Dual Layer2 SWITCH controls network connection between the terminal control server and blind camera through quantum-resistant password PASSWORD;

The sensor unit is a human body detection sensor that detects moving and stationary bodies and is either a biological signal detection sensor or a multi-spontaneous polarization sensor;
The biosignal detection sensor is a human body detection sensor that detects both stationary and moving body detection, which detects biosignals of the human body by receiving electromagnetic waves reflected after emitting a pulse radar;
The multi-spontaneous polarization sensor is characterized by detecting a human body within the same space by placing a power supply module, a moving body detection pyroelectric infrared sensor, and a stationary human body detection pyroelectric infrared sensor inside a single housing. The edge server has a power supply unit inside. It generates moving body detection event data that detects a moving body by supplying driving power to the pyroelectric infrared sensor for detecting moving objects at all times, and sequentially supplies driving power to one or more pyrotypical infrared sensors for detecting stationary human beings through an internal power supply unit. It is a human body detection sensor that detects a stationary human body and generates stationary human body detection event data;

The edge server generates human body detection event data including moving body detection and stationary body detection through the sensor unit;

Dual Layer2 SWITCH is a Dual Layer2 SWITCH that processes the PRN random number seed to generate the quantum-resistant password PASSWORD and the quantum-resistant password PASSWORD. It consists of an internal network Layer2 SWITCH and an external network Layer2 SWITCH.
The blind camera features an object recognition camera, and when it recognizes a human object or receives human body detection event data from an edge server, it captures a black box-type video and stores it in its own memory; and
The blind camera features an object recognition camera. If a human object is not recognized and human body detection event data is not received from the edge server, real-time video is captured and stored in the DVR inside the security integrated distribution box through the internal network Layer 2 SWITCH and displayed on the monitor. and;

The terminal control server controls the network connection through the quantum-resistant password PASSWORD generated by the password security server inside the security integrated distribution panel.
The terminal control server transmits the random number seed Alice PRN generated through the internal Alice PRNG to the password security server;
The edge server transmits the random number seed Bob PRN generated through Bob PRNG to the password security server;
The password security server generates a quantum-resistant password PASSWORD for Alice PRN and Bob PRN through the Half Mirror Effect quantum-resistant encryption algorithm and registers it in the blind camera;

The terminal control server is connected to the internal network or to the external network,
If the terminal control server is connected to the internal network and attempts to connect the network to the blind camera, the password security server inside the security integrated distribution panel will authenticate the terminal through the MAC address between the terminal control server and the blind camera on the internal network Layer 2 SWITCH. Receive Alice PRN from the control server and Bob PRN from the edge server, create a quantum-resistant password PASSWORD through the Half Mirror Effect quantum-resistant encryption algorithm, log in, and then log in to the terminal control server and blind camera through the internal network Layer 2 SWITCH. Connecting networks between;

When the terminal control server attempts to connect to the blind camera from an external network, the IP/MAC address is received through the external network Layer 2 SWITCH;
When the password security server receives the IP/MAC Address and Alice PRN through the external network QLayer2 SWITCH and the user is authenticated, it receives the Bob PRN from the edge server through the internal network Layer2 SWITCH and performs quantum authentication through the Half Mirror Effect quantum-resistant encryption algorithm. A hybrid password security communication integrated distribution system featuring a security integrated distribution system that creates a resistant password PASSWORD, logs in, and then connects the network between the terminal control server and the blind camera through the external network Layer 2 SWITCH.
It consists of a quantum communication Alice QKD wiring board, a quantum communication Bob QKD wiring board, a hybrid quantum communication security integrated wiring board, a terminal control server, a media gate edge server, a blind camera, a multi-use facility alarm terminal, a video conference broadcasting system, a public address system, and a sensor unit. ;
A quantum communication channel is formed between the quantum communication Alice QKD wiring board and the quantum communication Bob QKD wiring board;
The media platform server inside the quantum communication Alice QKD wiring board or the quantum communication Bob QKD wiring board and the network network-wired hybrid quantum communication security integrated wiring board is connected to the terminal control server, media gate edge server, and In the hybrid quantum random number cryptographically secure communication integrated distribution system that forms a hybrid quantum random number cryptographically secure communication channel with a video conference broadcasting system, blind camera, public address device,

The terminal control server receives early fire detection event video data taken from a blind camera installed in one or more of the laboratories, science rooms, technology rooms, housekeeping rooms, and electrical rooms where there is a high risk of fire occurrence.
The terminal control server is composed of Alice QRNG Chip (Quantum Random Number Generator Chip);
The hybrid quantum communication security integrated distribution board consists of 110 blocks (Voice/Data), exchange, DVR (Digital Video Recorder), media platform server, QUANTUM SWITCH (Alice/Bob Dual QUANTUM Layer 2 Switch), L3 switch (Layer 3 Network Layer Switch), and UTM. (Unified threat management: Firewall, VPN, intrusion detection/prevention (IDS/IPS), anti-virus, anti-spyware, anti-spam, Web Filtering, Application Control, L2/L3 Routing , Data Loss Prevention, Wan Optimization, and Wireless LAN security);
MediaGate Edge Server is composed of Bob QRNG Chip (Quantum Random Number Generator Chip);

The sensor part consists of an early fire detection sensor and a multi-spontaneous polarization sensor.
The multi-spontaneous polarization sensor is a human body detection sensor that detects moving and stationary bodies, consisting of a power supply module, a moving body detection pyroelectric infrared sensor detection module, and a stationary body detection pyroelectric infrared sensor detection module;
The Mediagate Edge Server supplies driving power to the moving body detection pyroelectric infrared sensor through a power supply inside the multi-spontaneous polarization sensor, and maintains the spontaneous polarization equilibrium state; a balancing step;
When the moving body detection pyroelectric infrared sensor switches from a spontaneous polarization equilibrium state to an unbalanced state and a human body detection event signal occurs, the Mediagate Edge Server supplies driving power to one or more stationary human body detection pyroelectric infrared sensors through the power supply unit and stabilizes them. A moving body detection step in which the moving body detection pyroelectric infrared sensor recognizes the spontaneous polarization unbalanced state during the stabilization time even if the moving body detection pyroelectric infrared sensor switches from the spontaneous polarization unbalanced state to the balanced state;
After the moving body detection step, if the moving body detection and stationary human body detection pyroelectric infrared sensors maintain spontaneous polarization equilibrium, the Mediagate edge server cuts off the driving power to the stationary human body detection pyroelectric infrared sensor, returns to the first equilibrium stage, and moves the moving body. When the mediagate edge server determines that the human body is in a stationary state or a stationary human body detection pyroelectric infrared sensor is driven and the spontaneous polarization state is converted to an unbalanced state and a human body detection event signal is received, the stationary human body detection pyroelectric infrared sensor determines that the human body is in a stationary state. An analysis step of cutting off the driving power and switching to a moving body detection step;
The MediaGate edge server generates human body detection event data including moving body detection and stationary body detection through the balancing step, moving body detection step, and analysis step;

A blind camera is characterized by an object recognition camera that includes a display unit and a shutter. When it recognizes a human object or receives human body detection event data from the Mediagate Edge Server, the shutter turns off (covers the camera lens) and no image is recorded, but the human body is detected. If detection event data is not received, the shutter is turned on (opening the camera lens) to capture video. If a person is detected through object recognition, the shutter is turned off again. If no person is detected, the video is captured and stored in the Mediagate Edge Server's internal memory or blind camera. It is stored in SD card memory or DVR inside the security integrated distribution box and displays “Camera ON” or “Recording” through the display of the blind camera;

Mediagate Edge Server generates an early fire detection event through the early fire detection sensor of the sensor unit, and when the display unit where no person is detected is “camera ON” or “filming,” it generates video data of the early fire detection event to provide security. Transmitted to QUANTUM SWITCH through block 110 inside the integrated distribution board;
QUANTUM SWITCH is a dual QUANTUM Layer2 SWITCH that processes QRN random number seed and QUANTUM PASSWORD to generate QUANTUM PASSWORD. It consists of internal network Bob QUANTUM Lyer2 SWITCH and external network Alice QUANTUM Lyer2 SWITCH, and transmits early fire detection event captured video data to internal network. Bob QUANTUM Received from Lyer2 SWITCH and transmitted to media platform server;

When early fire detection event video data is received, the media platform server detects early fire detection event through an administrator-designated smartphone connected to the ISP network and the network network through the external network Alice QUANTUM Lyer2 SWITCH in QUANTUM SWITCH. By transmitting event video data,
Among the QUANTUM SWITCH installed inside the DMZ (Demilitarized Zone) security integrated distribution box, it is a physical structure in which early fire detection event shooting video data is transmitted in one direction through the external network Alice QUANTUM Lyer2 SWITCH. Conversely, control data cannot be infiltrated into the internal network through IP. /MAC Address access control physical network separation QUANTUM SWITCH;

When the smartphone transmits an emergency text broadcast TTS (Text To Speech) to the media platform server, the media platform server broadcasts TTS (Text To Speech) on the premises through a public address system;

When the multi-use facility alarm terminal receives disaster disaster (TTS, voice data, etc.)/civil defense (air raid, disaster risk, disaster warning, etc.) event broadcast data through the internal network Bob QUANTUM Lyer2 SWITCH, it broadcasts the alarm within the premises through the public address system. ;

When the Mediagate Edge Server generates human body detection event data including moving body detection and stationary body detection through the multi-spontaneous polarization sensor of the sensor unit, the “in meeting” indicator on the door lights up;

The terminal control server transmits the quantum random number seed Alice QRN to the media platform server through the internal Alice QRNG Chip (Quantum Random Number Generator Chip);
MediaGate Edge Server transmits the quantum random number seed Bob QRN to the media platform server through Bob QRNG Chip (Quantum Random Number Generator Chip);
The media platform server generates QUANTUM PASSWORD through the (3CH)-Half Mirror Effect quantum-resistant encryption algorithm of Alice QRN and Bob QRN in the internal non-memory operation unit, registers the blind camera and matching wiring, and resets the non-memory operation unit;

The terminal control server is connected to the internal network or to the external network,
When the terminal control server is connected to the internal network and attempts to connect the network to the blind camera, the media platform server inside the security integrated distribution panel connects the internal network Bob QUANTUM Lyer2 SWITCH among the QUANTUM SWITCHs through the MAC Address between the terminal control server and the blind camera. When the user is authenticated, Alice QRN is received from the terminal control server and Bob QRN is received from the Mediagate edge server, and the QUANTUM PASSWORD of the (3CH)-Half Mirror effect Password generation encryption algorithm (Symmetric Cryptographic Algorithm) is generated in the internal non-memory operation unit. After logging in to the blind camera, connect the network between the terminal control server and the blind camera through QUANTUM SWITCH;

When the terminal control server attempts to connect the network to the blind camera from the external network, it receives the IP/MAC address through the L3 switch under the control of UTM through the external network Alice QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH;
When the media platform server receives the IP/MAC Address and Alice QRN through the Alice QUANTUM Lyer2 SWITCH and is authenticated as a user, it receives the Bob QRN from the Mediagate Edge Server through the internal network Bob QUANTUM Lyer2 SWITCH of the QUANTUM SWITCH and stores it in internal non-memory. Create a QUANTUM PASSWORD of the (3CH)-Half Mirror effect Password generation encryption algorithm (Symmetric Cryptographic Algorithm) in the processing unit, log in to the blind camera, and connect the terminal control server and the blind through the external network Alice QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH. Connects a network between cameras;

The smart emotional classroom is equipped with a video conference broadcasting system including a broadcast camera and AV (Audio/Video) broadcasting device, an electronic whiteboard, AI speaker, tablet PC, and Wi-Fi AP.

When the terminal control server attempts to connect the network to the video conference broadcasting system from the external network, it receives the IP/MAC address through the external network Alice QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH through the L3 switch under the control of UTM;
When the media platform server receives the IP/MAC Address and Alice QRN through the Alice QUANTUM Lyer2 SWITCH and is authenticated as a user, it receives the Bob QRN from the Mediagate Edge Server through the internal network Bob QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH and stores it in internal non-memory. Create a (3CH)-Half Mirror effect Password in the processing unit, create the QUANTUM PASSWORD of the Symmetric Cryptographic Algorithm, log in to the video conference broadcasting system, and then connect to the terminal control server through the external network Alice QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH. A smart broadcasting system featuring a security integrated wiring board that connects the network between the video conference broadcasting system and the video conference broadcasting system.
It consists of a terminal control server, a security integrated distribution panel, an edge server, a terminal unit, and a sensor unit. The terminal control server receives early fire detection event video data through the QUANTUM PASSWORD generated by the media platform server inside the security integrated distribution unit.
The terminal control server includes the Alice QRNG Chip and the edge server includes the Bob QRNG Chip;
The security integrated distribution panel consists of 110 blocks, switchboard, DVR, media platform server, QUANTUM SWITCH (Alice/Bob Dual QUANTUM Layer2 Switch), and L3 switch (Layer3 Network Layer Switch);

The terminal unit consists of a blind camera including a shutter and a display unit, a sensor unit including a multi-spontaneous polarization sensor and an early fire detection sensor, a multi-use facility alarm terminal, a video conference broadcasting system, and a public address device;

The sensor part multi-spontaneous polarization sensor is characterized by detecting a human body in the same space by placing a power supply module, a moving body detection pyroelectric infrared sensor, and a stationary human body detection pyroelectric infrared sensor inside a single housing.
The edge server supplies driving power to the moving body detection pyroelectric infrared sensor through an internal power supply unit and performs a balancing step to maintain the spontaneous polarization equilibrium state;
When the moving body detection pyroelectric infrared sensor switches from a spontaneous polarization equilibrium state to an unbalanced state and a human body detection event signal occurs, the edge server supplies driving power to one or more stationary human body detection pyroelectric infrared sensors through the power supply unit and provides stabilization necessary for stabilization. A moving body detection step in which the moving body detection pyroelectric infrared sensor recognizes the spontaneous polarization unbalanced state during the stabilization time even if the pyroelectric infrared sensor switches from the spontaneous polarization unbalanced state to the balanced state;
After the moving body detection step, if the moving body detection and stationary human body detection pyroelectric infrared sensors maintain spontaneous polarization equilibrium, the edge server cuts off the driving power to the stationary human body detection pyroelectric infrared sensor and returns to the first equilibrium stage, determining that the moving body is moving. Alternatively, when the edge server detects a stationary human body detection pyroelectric infrared sensor is driven and switches from a spontaneous polarization equilibrium state to an unbalanced state and a human body detection event signal is received, the edge server determines that the human body is in a stationary state and supplies driving power to the stationary human body detection pyroelectric infrared sensor. An analysis stage that blocks and switches to a moving body detection stage;
The edge server generates body detection event data including moving body detection and stationary body detection;

The media platform server receives early fire detection event video data captured from a blind camera installed indoors with a high risk of fire.
The terminal's blind camera features an object recognition camera that includes a display unit and a shutter. When a human object is recognized or human body detection event data is received from the edge server, the shutter is turned off, but if human body detection event data is not received, the shutter is turned on and the video is recorded. filming; and
The blind camera in the terminal turns on the shutter to capture video. If a person is detected or human body detection event data is received through object recognition, the shutter turns off again. However, if no person is detected, the video is captured and stored in the DVR and the display of the blind camera is turned on. display;

An early fire detection event occurs through the early fire detection sensor of the sensor unit, and when the display unit where no person is detected turns on, early fire detection event captured video data is generated and transmitted to the QUANTUM SWITCH through the 110 block inside the security integrated distribution box;
QUANTUM SWITCH is a dual QUANTUM Layer2 SWITCH that processes QRN random number seed and QUANTUM PASSWORD to generate QUANTUM PASSWORD. It consists of internal network Bob QUANTUM Lyer2 SWITCH and external network Alice QUANTUM Lyer2 SWITCH, and transmits early fire detection event captured video data to internal network. Bob QUANTUM Received from Lyer2 SWITCH and transmitted to media platform server;

When early fire detection event video data is received, the media platform server sends the early fire detection event video data to the administrator-designated smartphone connected to the network through the ISP operator network and L3 switch through the external network Alice QUANTUM Lyer2 SWITCH in QUANTUM SWITCH. By transmitting video data of early fire detection events,
A physical structure in which early fire detection event video data is transmitted in one direction through the external network Alice QUANTUM Lyer2 SWITCH installed inside the security integrated distribution panel. Conversely, IP/MAC address access control and physical network separation prevent control data from intruding into the internal network. It is QUANTUM SWITCH;

When the smartphone transmits an emergency text broadcast TTS (Text To Speech) to the media platform server, the media platform server broadcasts TTS (Text To Speech) on the premises through a public address system;
When the multi-use facility alarm terminal receives disaster/civil defense event broadcast data through the internal network Bob QUANTUM Lyer2 SWITCH, it broadcasts the alarm within the premises through the public address system;

When the edge server generates human body detection event data including moving body detection and stationary body detection through the multi-spontaneous polarization sensor in the sensor unit, the display unit on the door lights up;

By connecting the terminal control server and the terminal blind camera to the network through the QUANTUM PASSWORD created on the media platform server inside the security integrated distribution panel,
The terminal control server transmits the quantum random number seed Alice QRN to the media platform server through the internal Alice QRNG Chip;
The edge server transmits the quantum random number seed Bob QRN to the media platform server through the Bob QRNG Chip;
The media platform server creates a QUANTUM PASSWORD using Alice QRN and Bob QRN in the internal non-memory operation unit through the (3CH)-Half Mirror Effect quantum resistant encryption algorithm, performs matching registration with the terminal and resets the non-memory operation unit;

The terminal control server is connected to the internal network or to the external network,
When the terminal control server is connected to the internal network and attempts to connect the network to the terminal, the media platform server inside the security integrated distribution panel uses the MAC address between the terminal control server and the terminal in the internal network Bob QUANTUM Lyer2 SWITCH among QUANTUM SWITCH. When the user is authenticated, Alice QRN is received from the terminal control server and Bob QRN is received from the edge server, and a QUANTUM PASSWORD is generated through the (3CH)-Half Mirror Effect quantum-resistant encryption algorithm in the internal non-memory operation unit to log in to the terminal ( Log IN), then connect the network between the terminal control server and the terminal through QUANTUM SWITCH;

When the terminal control server attempts to connect to the terminal from the external network, the IP/MAC address is received through the external network Alice QUANTUM Lyer2 SWITCH among the QUANTUM SWITCHs;
When the media platform server receives the IP/MAC Address and Alice QRN through the Alice QUANTUM Lyer2 SWITCH and the user is authenticated, it receives the Bob QRN from the edge server through the internal network Bob QUANTUM Lyer2 SWITCH of the QUANTUM SWITCH and uses the internal non-memory computing device. In (3CH) - Create a QUANTUM PASSWORD through the Half Mirror Effect quantum-resistant encryption algorithm, log in to the terminal, and then connect the network between the terminal control server and the terminal through the external network Alice QUANTUM Lyer2 SWITCH in QUANTUM SWITCH. and;

The smart emotional classroom is equipped with a video conference broadcasting system including broadcast cameras and AV (Audio/Video) broadcasting devices, an electronic whiteboard, AI speakers, tablet PCs, and Wi-Fi AP.

When the terminal control server attempts to connect the network to the video conference broadcasting system from the external network, it receives the IP/MAC address through the L3 switch under the control of UTM through the external network Alice QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH;
When the media platform server receives the IP/MAC Address and Alice QRN through the Alice QUANTUM Lyer2 SWITCH and the user is authenticated, it receives the Bob QRN from the edge server through the internal network Bob QUANTUM Lyer2 SWITCH of the QUANTUM SWITCH and uses the internal non-memory computing device. In (3CH) - Half Mirror effect Password generation, create a QUANTUM PASSWORD of the Symmetric Cryptographic Algorithm, log in to the video conference broadcasting system, and then connect to the terminal control server and video through the external network Alice QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH. A smart broadcasting system featuring a security integrated wiring board that connects the network between conference broadcasting systems.
It consists of a terminal control server, a security integrated distribution panel, an edge server, a terminal unit, and a sensor unit, and connects the network to the terminal control server and the terminal unit through the QUANTUM PASSWORD created by the media platform server inside the security integrated distribution unit.
The terminal control server includes Alice QRNG and the edge server includes Bob QRNG;
The security integrated distribution panel consists of 110 blocks, DVR, media platform server, and QUANTUM SWITCH;
The media platform server receives Alice QRN and Bob QRN quantum random numbers from a non-memory processing unit and generates QUANTUM PASSWORD through a 3-channel (3CH) Half Mirror Effect quantum-resistant encryption algorithm;
QUANTUM SWITCH controls network connection to the terminal control server and terminal through QUANTUM PASSWORD;

The terminal unit consists of a blind camera including a shutter and a display unit, a video conference broadcasting system, and a public address system;
The sensor unit is a sensor unit including a multi-spontaneous polarization sensor and an early fire detection sensor;
The sensor part multi-spontaneous polarization sensor is characterized by detecting a human body in the same space by placing a power supply module, a moving body detection pyroelectric infrared sensor, and a stationary human body detection pyroelectric infrared sensor inside a single housing.
The edge server supplies driving power to the moving body detection pyroelectric infrared sensor through an internal power supply unit to generate moving body detection event data that detects a moving body; and
The edge server sequentially supplies driving power to one or more pyrotypical infrared sensors for detecting a stationary human body through an internal power supply unit to generate stationary human body detection event data that detects a stationary human body; And
The edge server generates body detection event data including moving body detection and stationary body detection;

The media platform server receives early fire detection event video data captured from a blind camera installed indoors with a high risk of fire.
The terminal's blind camera features an object recognition camera that includes a display unit and an ON/OFF shutter. When a human object is recognized or human body detection event data is received from the edge server, the shutter is turned off, but when human body detection event data is not received, the shutter is turned on. and take video; and
The blind camera at the terminal turns on the shutter to record video. If a person is detected or human body detection event data is received through object recognition, the shutter turns off again. However, if a person is not detected, the video is recorded and saved in the DVR and output to the disaster prevention room monitor. The display unit lights up;

When an early fire detection event occurs through the early fire detection sensor in the sensor unit and the display unit where no people are detected is turned on, the edge server generates video data of the early fire detection event and transmits it to the QUANTUM SWITCH inside the security integrated distribution panel. ;
QUANTUM SWITCH is a dual QUANTUM SWITCH that processes QRN random number seed and QUANTUM PASSWORD to generate QUANTUM PASSWORD. It consists of internal network QUANTUM SWITCH and external network QUANTUM SWITCH, and receives early fire detection event shooting video data from internal network QUANTUM SWITCH. Transmits to the media platform server;

When the media platform server receives early fire detection event video data, it transmits the early fire detection event video data to the administrator-designated smartphone through the external network QUANTUM SWITCH.
It is a physical structure in which early fire detection event shooting video data is transmitted in one direction through the external network QUANTUM SWITCH installed inside the security integrated distribution panel. Conversely, IP/MAC address access control physical network separation QUANTUM SWITCH prevents control data from intruding into the internal network. and;
The smartphone transmits an emergency text broadcast TTS (Text To Speech) to the media platform server, and the media platform server broadcasts TTS (Text To Speech) within the premises through a public address system;

The terminal control server controls the network connection through the QUANTUM PASSWORD created by the media platform server inside the security integrated distribution panel.
The terminal control server transmits the quantum random number Alice QRN generated through the internal Alice QRNG to the media platform server;
The edge server transmits the quantum random number Bob QRN generated through Bob QRNG to the media platform server;
The media platform server generates a QUANTUM PASSWORD for Alice QRN and Bob QRN through the Half Mirror Effect quantum-resistant encryption algorithm and registers it in the terminal;

The terminal control server is connected to the internal network or to the external network,
If the terminal control server is connected to the internal network and attempts to connect the network to the terminal, the media platform server inside the security integrated distribution panel will connect the terminal if the user is authenticated through the MAC address between the terminal control server and the terminal in the internal network QUANTUM SWITCH. Receive Alice QRN from the control server and Bob QRN from the edge server, create a QUANTUM PASSWORD through the Half Mirror Effect quantum-resistant encryption algorithm, log in to the terminal, and then log in between the terminal control server and the terminal through QUANTUM SWITCH. connects to a network;

When the terminal control server attempts to connect to the terminal from the external network, the IP/MAC address is received through the external network QUANTUM SWITCH;
When the media platform server receives the IP/MAC Address and Alice QRN through the external network QUANTUM SWITCH and the user is authenticated, it receives the Bob QRN from the edge server through the internal network QUANTUM SWITCH and uses the Half Mirror Effect quantum-resistant encryption algorithm to authenticate the user. Create a PASSWORD, log in to the terminal, and connect the network between the terminal control server and the terminal through the external network QUANTUM SWITCH;

The smart emotional classroom is equipped with a video conference broadcasting system including a broadcast camera and AV (Audio/Video) broadcasting device.

When the terminal control server attempts to connect the network to the video conference broadcasting system from the external network, it receives the IP/MAC address through the L3 switch under the control of UTM through the external network Alice QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH;
When the media platform server receives the IP/MAC Address and Alice QRN through the Alice QUANTUM Lyer2 SWITCH and the user is authenticated, it receives the Bob QRN from the edge server through the internal network Bob QUANTUM Lyer2 SWITCH of the QUANTUM SWITCH and uses the internal non-memory computing device. In (3CH) - Half Mirror effect Password generation, create a QUANTUM PASSWORD of the Symmetric Cryptographic Algorithm, log in to the video conference broadcasting system, and then connect to the terminal control server and video through the external network Alice QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH. A smart broadcasting system featuring a security integrated wiring board that connects the network between conference broadcasting systems.
It consists of a terminal control server, security integrated wiring board, edge server, terminal, and sensor unit, and the terminal control server connects to the network network through the QUANTUM PASSWORD created in the security integrated wiring board.
The terminal control server includes Alice QRNG and the edge server includes Bob QRNG;
The security integrated distribution panel consists of a media platform server and QUANTUM SWITCH;
The media platform server receives the Alice QRN and Bob QRN quantum random numbers from the non-memory processing unit and generates the QUANTUM PASSWORD through a quantum-resistant encryption algorithm;
QUANTUM SWITCH controls the network connection between the terminal control server and the terminal through QUANTUM PASSWORD;

The terminal consists of a blind camera that takes pictures or blinds human objects when there are no human objects, a video conference broadcasting system, and a public address device;
The sensor is a multi-spontaneous polarization sensor that simultaneously detects moving and stationary bodies;
The edge server generates body detection event data including moving body detection and stationary body detection;

When an early fire detection event occurs through an early fire detection sensor, the edge server generates video data of the early fire detection event and transmits it to the internal network QUANTUM SWITCH;
QUANTUM SWITCH is a dual QUANTUM SWITCH that processes QRN random number seed and QUANTUM PASSWORD to generate QUANTUM PASSWORD. It consists of internal network QUANTUM SWITCH and external network QUANTUM SWITCH, and receives early fire detection event shooting video data from internal network QUANTUM SWITCH. Transmits to the media platform server;

When the media platform server receives early fire detection event video data, it transmits the early fire detection event video data to the administrator-designated smartphone through the external network QUANTUM SWITCH.
It is a physical network separation QUANTUM SWITCH in which early fire detection event shooting video data is transmitted in one direction through the external network QUANTUM SWITCH installed inside the security integrated distribution panel;
The smartphone transmits an emergency text broadcast TTS (Text To Speech) to the media platform server, and the media platform server broadcasts TTS (Text To Speech) within the premises through a public address system;

It controls the network connection between the terminal control server and the terminal through the QUANTUM PASSWORD created in the security integrated distribution panel.
The terminal control server transmits the quantum random number Alice QRN generated through the internal Alice QRNG to the media platform server;
The edge server transmits the quantum random number Bob QRN generated through Bob QRNG to the media platform server;
The media platform server generates a QUANTUM PASSWORD using Alice QRN and Bob QRN through a quantum-resistant encryption algorithm and registers it in the blind camera terminal;

The terminal control server is connected to the internal network or to the external network,
When the terminal control server is connected to the internal network and attempts to connect the network to the terminal, the media platform server inside the security integrated distribution panel receives Alice QRN from the terminal control server when the user is authenticated between the terminal control server and the terminal on the internal network QUANTUM SWITCH. Receives the Bob QRN from the edge server, creates a QUANTUM PASSWORD through a quantum-resistant encryption algorithm, logs in to the terminal, and connects the network between the terminal control server and the blind camera terminal through the internal network QUANTUM SWITCH;

When the terminal control server attempts to connect a network to the terminal from an external network,
When the media platform server is authenticated as a user through the external network QUANTUM SWITCH, it receives Alice QRN and Bob QRN from the edge server through the internal network QUANTUM SWITCH, generates a QUANTUM PASSWORD through a quantum-resistant encryption algorithm, and logs in to the terminal ( Log IN), then connect the network between the terminal control server and the terminal through the external network QUANTUM SWITCH;

The smart emotional classroom is equipped with a video conference broadcasting system including a broadcast camera and AV (Audio/Video) broadcasting device.
When the terminal control server attempts to connect the network to the video conference broadcasting system from the external network, it receives the IP/MAC address through the L3 switch under the control of UTM through the external network Alice QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH;
When the media platform server receives the IP/MAC Address and Alice QRN through the Alice QUANTUM Lyer2 SWITCH and the user is authenticated, it receives the Bob QRN from the edge server through the internal network Bob QUANTUM Lyer2 SWITCH of the QUANTUM SWITCH and uses the internal non-memory computing device. In (3CH) - Half Mirror effect Password generation, create a QUANTUM PASSWORD of the Symmetric Cryptographic Algorithm, log in to the video conference broadcasting system, and then connect to the terminal control server and video through the external network Alice QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH. A smart broadcasting system featuring a security integrated wiring board that connects the network between conference broadcasting systems.
It consists of a terminal control server, security integrated wiring board, edge server, terminal, and human body detection sensor, and is connected to the network through the QUANTUM PASSWORD created in the security integrated wiring board between the terminal control server and the terminal.

The terminal control server includes Alice QRNG and the edge server includes Bob QRNG;
The security integrated distribution panel consists of a media platform server and QUANTUM SWITCH;
The media platform server receives Alice QRN and Bob QRN quantum random numbers and generates QUANTUM PASSWORD through an encryption algorithm;
QUANTUM SWITCH connects the network between the terminal control server and the terminal through the QUANTUM PASSWORD created by the media platform server;

The terminal consists of a blind camera that takes pictures or blinds human objects when there are no human objects, a video conference broadcasting system, and a public address device;
The human body detection sensor is a human body detection sensor that detects both stationary and moving bodies by emitting a pulse radar in the 60 ± 1 GHz band and receiving reflected electromagnetic waves to detect human breathing;
The edge server generates body detection event data including moving body detection and stationary body detection;

When an early fire detection event occurs through an early fire detection sensor, the edge server generates video data of the early fire detection event and transmits it to the internal network QUANTUM SWITCH;
QUANTUM SWITCH is a dual QUANTUM SWITCH that processes QRN random number seed and QUANTUM PASSWORD to generate QUANTUM PASSWORD. It consists of internal network QUANTUM SWITCH and external network QUANTUM SWITCH, and receives early fire detection event shooting video data from internal network QUANTUM SWITCH. Transmits to the media platform server;

When the media platform server receives early fire detection event video data, it transmits the early fire detection event video data to the administrator-designated smartphone through the external network QUANTUM SWITCH.
It is a physical network separation QUANTUM SWITCH in which early fire detection event shooting video data is transmitted in one direction through the external network QUANTUM SWITCH installed inside the security integrated distribution panel;
The smartphone transmits an emergency text broadcast TTS (Text To Speech) to the media platform server, and the media platform server broadcasts TTS (Text To Speech) within the premises through a public address system;

Connecting the network between the terminal control server and the terminal through the QUANTUM PASSWORD created on the media platform server inside the security integrated distribution panel.
The terminal control server transmits the quantum random number Alice QRN generated through the internal Alice QRNG to the media platform server;
The edge server transmits the quantum random number Bob QRN generated through Bob QRNG to the media platform server;
The media platform server creates a QUANTUM PASSWORD using Alice QRN and Bob QRN through an encryption algorithm and registers it in the terminal;

The terminal control server is connected to the internal network or to the external network,
When the terminal control server is connected to the internal network and attempts to connect the network to the terminal, the media platform server inside the security integrated distribution panel receives Alice QRN from the terminal control server when the user is authenticated between the terminal control server and the terminal on the internal network QUANTUM SWITCH. It receives the Bob QRN from the edge server, creates a QUANTUM PASSWORD through an encryption algorithm, logs in to the terminal, and connects the network between the terminal control server and the terminal through the internal network QUANTUM SWITCH;

When the terminal control server attempts to connect a network to the terminal from an external network,
When the media platform server authenticates a user through the external network QUANTUM SWITCH, it receives Alice QRN and Bob QRN from the edge server through the internal network QUANTUM SWITCH, generates a QUANTUM PASSWORD through an encryption algorithm, and logs in to the terminal (Log IN ), then connect the network between the terminal control server and the terminal through the external network QUANTUM SWITCH;

The smart emotional classroom is equipped with a video conference broadcasting system including a broadcast camera and AV (Audio/Video) broadcasting device.
When the terminal control server attempts to connect the network to the video conference broadcasting system from the external network, it receives the IP/MAC address through the L3 switch under the control of UTM through the external network Alice QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH;
When the media platform server receives the IP/MAC Address and Alice QRN through the Alice QUANTUM Lyer2 SWITCH and the user is authenticated, it receives Bob QRN from the edge server through the internal network Bob QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH and uses the internal non-memory computing device. In (3CH) - Half Mirror effect Password generation, create a QUANTUM PASSWORD of the Symmetric Cryptographic Algorithm, log in to the video conference broadcasting system, and then connect to the terminal control server and video through the external network Alice QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH. A smart broadcasting system featuring a security integrated wiring board that connects the network between conference broadcasting systems.
It consists of a terminal control server, a security integrated wiring board, an edge server, and a terminal, and the terminal control server connects to the network network to the terminal through the QUANTUM PASSWORD created in the security integrated wiring board.

The terminal control server includes Alice QRNG and the edge server includes Bob QRNG;
The security integrated distribution panel consists of a media platform server and QUANTUM SWITCH;
The media platform server receives Alice QRN and Bob QRN quantum random numbers through Dual QUANTUM SWITCH and generates QUANTUM PASSWORD through an encryption algorithm;
The terminal control server connects the terminal to the network through QUANTUM PASSWORD through QUANTUM SWITCH;

It controls the network connection between the terminal control server and the terminal through the QUANTUM PASSWORD created by the media platform server inside the security integrated distribution panel.
The terminal control server transmits the quantum random number Alice QRN generated through the internal Alice QRNG to the media platform server;
The edge server transmits the quantum random number Bob QRN generated through Bob QRNG to the media platform server;
The media platform server creates a QUANTUM PASSWORD using Alice QRN and Bob QRN through an encryption algorithm and registers it in the terminal;

The terminal consists of a video conference broadcasting system and a public address device;

The terminal control server is connected to the internal network or to the external network,
When the terminal control server is connected to the internal network and attempts to connect the network to the terminal, the media platform server inside the security integrated distribution panel receives Alice QRN from the terminal control server when the user is authenticated between the terminal control server and the terminal on the internal network QUANTUM SWITCH. It receives the Bob QRN from the edge server, creates a QUANTUM PASSWORD through an encryption algorithm, logs in to the terminal, and connects the network between the terminal control server and the terminal through the internal network QUANTUM SWITCH;

When the terminal control server attempts to connect a network to the terminal from an external network,
When the media platform server authenticates a user through the external network QUANTUM SWITCH, it receives Alice QRN and Bob QRN from the edge server through the internal network QUANTUM SWITCH, generates a QUANTUM PASSWORD through an encryption algorithm, and logs in to the terminal (Log IN ), then connect the network between the terminal control server and the terminal through the external network QUANTUM SWITCH;

The smart emotional classroom and broadcasting room are equipped with a video conference broadcasting system including broadcasting cameras and AV (Audio/Video) broadcasting devices, and public address broadcasting.
When the terminal control server attempts to connect the network to the video conference broadcasting system from the external network, it receives the IP/MAC address through the L3 switch under the control of UTM through the external network Alice QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH;
When the media platform server receives the IP/MAC Address and Alice QRN through the Alice QUANTUM Lyer2 SWITCH and the user is authenticated, it receives the Bob QRN from the edge server through the internal network Bob QUANTUM Lyer2 SWITCH of the QUANTUM SWITCH and uses the internal non-memory computing device. In (3CH) - Half Mirror effect Password generation, create a QUANTUM PASSWORD of the Symmetric Cryptographic Algorithm, log in to the video conference broadcasting system, and then connect to the terminal control server and video through the external network Alice QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH. A smart broadcasting system featuring a security integrated wiring board that connects the network between conference broadcasting systems.
It consists of a terminal control server, security integrated distribution panel, edge server, terminal unit, and sensor unit, and the terminal control server controls network connection through the QUANTUM PASSWORD created in the security integrated distribution unit.
The terminal control server includes Alice QRNG and the edge server includes Bob QRNG;
The security integrated distribution panel consists of 110 blocks, DVR, media platform server, and QUANTUM SWITCH;
The media platform server receives Alice QRN and Bob QRN quantum random numbers from the non-memory processing unit and generates QUANTUM PASSWORD through a 3-channel Half Mirror Effect quantum-resistant encryption algorithm;
QUANTUM SWITCH controls the media platform server to log in to the terminal through QUANTUM PASSWORD;

The terminal unit consists of a blind camera including a shutter and a display unit, a video conference broadcasting system, and a public address device;
The sensor part consists of a human body detection sensor and an early fire detection sensor;
The sensor unit human body detection sensor is a human body detection sensor that detects both stationary and moving bodies by emitting electromagnetic waves and then receiving reflected electromagnetic waves to detect human breathing;
The edge server generates body detection event data including moving body detection and stationary body detection;

The media platform server receives early fire detection event video data captured from a blind camera installed indoors with a high risk of fire.
The terminal's blind camera features an object recognition camera that includes a display unit and an ON/OFF shutter. When a human object is recognized or human body detection event data is received from the edge server, the shutter is turned off, but when human body detection event data is not received, the shutter is turned on. and take video; and
The blind camera at the terminal turns on the shutter to record video. If a person is detected or human body detection event data is received through object recognition, the shutter turns off again. However, if a person is not detected, the video is recorded and saved in the DVR and output to the disaster prevention room monitor. The display unit lights up;

The edge server generates early fire detection event through the early fire detection sensor of the sensor unit, and when the display unit where no person is detected is turned on, it generates video data of the early fire detection event and transmits it to the QUANTUM SWITCH inside the security integrated distribution panel;
QUANTUM SWITCH is a dual QUANTUM SWITCH that processes QRN random number seed and QUANTUM PASSWORD to generate QUANTUM PASSWORD. It consists of internal network QUANTUM SWITCH and external network QUANTUM SWITCH, and receives early fire detection event shooting video data from internal network QUANTUM SWITCH. Transmits to the media platform server;

When the media platform server receives early fire detection event video data, it transmits the early fire detection event video data to the administrator-designated smartphone through the external network QUANTUM SWITCH.
It is a physical structure in which early fire detection event shooting video data is transmitted in one direction through the external network QUANTUM SWITCH installed inside the security integrated distribution panel. Conversely, IP/MAC address access control physical network separation QUANTUM SWITCH prevents control data from intruding into the internal network. and;
The smartphone transmits an emergency text broadcast TTS (Text To Speech) to the media platform server, and the media platform server broadcasts TTS (Text To Speech) within the premises through a public address system;

The terminal control server and the terminal are connected to the network through the QUANTUM PASSWORD created in the security integrated distribution panel.
The terminal control server transmits the quantum random number Alice QRN generated through the internal Alice QRNG to the media platform server;
The edge server transmits the quantum random number Bob QRN generated through Bob QRNG to the media platform server;
The media platform server generates a QUANTUM PASSWORD for Alice QRN and Bob QRN through the Half Mirror Effect quantum-resistant encryption algorithm and registers it in the terminal;

The terminal control server is connected to the internal network or to the external network,
If the terminal control server is connected to the internal network and attempts to connect the network to the terminal, the media platform server inside the security integrated distribution panel will connect the terminal if the user is authenticated through the MAC address between the terminal control server and the terminal in the internal network QUANTUM SWITCH. Receive Alice QRN from the control server and Bob QRN from the edge server, create a QUANTUM PASSWORD through the Half Mirror Effect quantum-resistant encryption algorithm, log in to the terminal, and then log in between the terminal control server and the terminal through QUANTUM SWITCH. connects to a network;

When the terminal control server attempts to connect to the terminal from the external network, the IP/MAC address is received through the external network QUANTUM SWITCH;
When the media platform server receives the IP/MAC Address and Alice QRN through the external network QUANTUM SWITCH and the user is authenticated, it receives the Bob QRN from the edge server through the internal network QUANTUM SWITCH and uses the Half Mirror Effect quantum-resistant encryption algorithm to authenticate the user. Create a PASSWORD, log in to the terminal, and connect the network between the terminal control server and the terminal through the external network QUANTUM SWITCH;

The smart emotional classroom is equipped with a video conference broadcasting system including a broadcast camera and AV (Audio/Video) broadcasting device.

When the terminal control server attempts to connect the network to the video conference broadcasting system from the external network, it receives the IP/MAC address through the external network Alice QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH through the L3 switch under the control of UTM;
When the media platform server receives the IP/MAC Address and Alice QRN through the Alice QUANTUM Lyer2 SWITCH and the user is authenticated, it receives Bob QRN from the edge server through the internal network Bob QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH and uses the internal non-memory computing device. In (3CH) - Half Mirror effect Password generation, create a QUANTUM PASSWORD of the Symmetric Cryptographic Algorithm, log in to the video conference broadcasting system, and then connect to the terminal control server and video through the external network Alice QUANTUM Lyer2 SWITCH among the QUANTUM SWITCH. A smart broadcasting system featuring a security integrated wiring board that connects the network between conference broadcasting systems.
It consists of a terminal control server, a security integrated wiring board, an edge server, and a terminal, and the terminal control server connects the network to the terminal through the Half Mirror Effect quantum-resistant encryption generated by the security integrated wiring board.

The terminal control server includes Alice PRNG (Pseudo Random Number Generator) and the edge server includes Bob PRNG (Pseudo Random Number Generator);
The security integrated distribution panel consists of a password security server and QUANTUM SWITCH;
The cryptographic security server receives Alice PRN and Bob PRN random numbers through a dual QUANTUM SWITCH consisting of an internal network QUANTUM SWITCH and an external network QUANTUM SWITCH, and generates a Half Mirror Effect quantum-resistant password through an encryption algorithm;
QUANTUM SWITCH connects the network to the terminal control server and terminal through Half Mirror Effect quantum-resistant encryption;
The terminal consists of a video conference platform, a video conference broadcasting system, and a public address device;

The terminal control server controls the network connection to the terminal through the Half Mirror Effect quantum-resistant password generated by the security integrated distribution panel.
The terminal control server transmits the Alice PRN generated through the internal Alice PRNG to the password security server;
The edge server transmits the Bob PRN generated through Bob PRNG to the password security server;
The password security server generates a Half Mirror Effect quantum-resistant password using the Alice PRN and Bob PRN encryption algorithm and registers it in the terminal;

The terminal control server is connected to the internal network or to the external network,
When the terminal control server is connected to the internal network and attempts to connect the network to the terminal, the password security server inside the security integrated distribution panel receives Alice PRN from the terminal control server when the user is authenticated between the terminal control server and the terminal on the internal network QUANTUM SWITCH. It receives the Bob PRN from the edge server, generates a Half Mirror Effect quantum-resistant password through an encryption algorithm, logs in to the terminal, and connects the network between the terminal control server and the terminal through the internal network QUANTUM SWITCH;

When the terminal control server attempts to connect a network to the terminal from an external network,
When a user is authenticated through the external network QUANTUM SWITCH, the password security server receives the Alice PRN and receives the Bob PRN from the edge server through the internal network QUANTUM SWITCH, generates a Half Mirror Effect quantum-resistant password through an encryption algorithm, and sends it to the terminal. A smart broadcasting system featuring a security integrated wiring board that connects the network between the terminal control server and the terminal through the external network QUANTUM SWITCH after logging in.
It consists of a terminal control server, a security integrated wiring board, an edge server, and a terminal, and the terminal control server connects the network to the terminal through the Half Mirror Effect quantum-resistant encryption generated by the security integrated wiring board.

The terminal control server includes Alice PRNG (Pseudo Random Number Generator) and the edge server includes Bob PRNG (Pseudo Random Number Generator);
The security integrated distribution panel includes a password security server and dual QUANTUM SWITCH;
The password security server receives Alice PRN and Bob PRN random numbers through the internal network/external network Dual QUANTUM SWITCH and generates a Half Mirror Effect quantum-resistant password through an encryption algorithm;
The terminal consists of a video conference broadcasting system and a public address device;
QUANTUM SWITCH logs in to the terminal through Half Mirror Effect quantum-resistant encryption;

A network connection is made between the terminal control server and the terminal using the Half Mirror Effect quantum-resistant encryption generated by the security integrated distribution panel through the Dual QUANTUM SWITCH.
The terminal control server transmits the Alice PRN generated through the internal Alice PRNG to the password security server;
The edge server transmits the Bob PRN generated through Bob PRNG to the password security server;
The password security server generates a Half Mirror Effect quantum-resistant password using the Alice PRN and Bob PRN encryption algorithm and registers it in the terminal;

The terminal control server is connected to the internal network or to the external network,
When the terminal control server is connected to the internal network and attempts to connect the network to the terminal, the password security server inside the security integrated distribution panel receives Alice PRN from the terminal control server when the user is authenticated between the terminal control server and the terminal on the internal network QUANTUM SWITCH. It receives the Bob PRN from the edge server, generates a Half Mirror Effect quantum-resistant password through an encryption algorithm, logs in to the terminal, and connects the network between the terminal control server and the terminal through the internal network QUANTUM SWITCH;

When the terminal control server attempts to connect a network to the terminal from an external network,
When a user is authenticated through the external network QUANTUM SWITCH, the password security server receives the Alice PRN and receives the Bob PRN from the edge server through the internal network QUANTUM SWITCH, generates a Half Mirror Effect quantum-resistant password through an encryption algorithm, and sends it to the terminal. A smart broadcasting system featuring a security integrated wiring board that connects the network between the terminal control server and the terminal through the external network QUANTUM SWITCH after logging in.
It consists of a terminal control server, a security integrated distribution panel, an edge server, a blind camera, and a sensor unit. It connects the terminal control server and the blind camera to the network through the quantum-resistant password PASSWORD generated by the password security server inside the security integrated distribution panel.

The terminal control server includes Alice PRNG and the edge server includes Bob PRNG;
The security integrated distribution panel consists of a DVR, password security server, and Dual Layer 2 SWITCH;
The password security server receives the Alice PRN and Bob PRN random number seeds from the non-memory processing unit and generates a quantum-resistant password PASSWORD through the Half Mirror Effect quantum-resistant encryption algorithm;
Dual Layer2 SWITCH controls network connection between the terminal control server and blind camera through quantum-resistant password PASSWORD;

The sensor unit is a human body detection sensor that detects moving and stationary bodies and is either a biological signal detection sensor or a multi-spontaneous polarization sensor;
The biosignal detection sensor is a human body detection sensor that detects both stationary and moving body detection, which detects biosignals of the human body by receiving electromagnetic waves reflected after emitting a pulse radar;
The multi-spontaneous polarization sensor is characterized by detecting a human body within the same space by placing a power supply module, a moving body detection pyroelectric infrared sensor, and a stationary human body detection pyroelectric infrared sensor inside a single housing. The edge server has a power supply unit inside. It generates moving body detection event data that detects a moving body by supplying driving power to the pyroelectric infrared sensor for detecting moving objects at all times, and sequentially supplies driving power to one or more pyrotypical infrared sensors for detecting stationary human beings through an internal power supply unit. It is a human body detection sensor that detects a stationary human body and generates stationary human body detection event data;

The edge server generates human body detection event data including moving body detection and stationary body detection through the sensor unit;

Dual Layer2 SWITCH is a Dual Layer2 SWITCH that processes the PRN random number seed to generate the quantum-resistant password PASSWORD and the quantum-resistant password PASSWORD. It consists of an internal network Layer2 SWITCH and an external network Layer2 SWITCH.
The blind camera features an object recognition camera, and when it recognizes a human object or receives human body detection event data from an edge server, it captures a black box-type video and stores it in its own memory; and
The blind camera features an object recognition camera. If a human object is not recognized and human body detection event data is not received from the edge server, real-time video is captured and stored in the DVR inside the security integrated distribution box through the internal network Layer 2 SWITCH and displayed on the monitor. and;

The terminal control server controls the network connection through the quantum-resistant password PASSWORD generated by the password security server inside the security integrated distribution panel.
The terminal control server transmits the random number seed Alice PRN generated through the internal Alice PRNG to the password security server;
The edge server transmits the random number seed Bob PRN generated through Bob PRNG to the password security server;
The password security server generates a quantum-resistant password PASSWORD for Alice PRN and Bob PRN through the Half Mirror Effect quantum-resistant encryption algorithm and registers it in the blind camera;

The terminal control server is connected to the internal network or to the external network,
If the terminal control server is connected to the internal network and attempts to connect the network to the blind camera, the password security server inside the security integrated distribution panel will authenticate the terminal through the MAC address between the terminal control server and the blind camera on the internal network Layer 2 SWITCH. Receive Alice PRN from the control server and Bob PRN from the edge server, create a quantum-resistant password PASSWORD through the Half Mirror Effect quantum-resistant encryption algorithm, log in, and then log in to the terminal control server and blind camera through the internal network Layer 2 SWITCH. Connecting networks between;

When the terminal control server attempts to connect to the blind camera from an external network, the IP/MAC address is received through the external network Layer 2 SWITCH;
When the password security server receives the IP/MAC Address and Alice PRN through the external network QLayer2 SWITCH and the user is authenticated, it receives the Bob PRN from the edge server through the internal network Layer2 SWITCH and performs quantum authentication through the Half Mirror Effect quantum-resistant encryption algorithm. Create a resistant password PASSWORD, log in, and connect the network between the terminal control server and the blind camera through the external network Layer 2 SWITCH;

When a smartphone attempts to connect to a network network from an external network to a blind camera, the IP/MAC address is received through the external network Layer 2 SWITCH;
When the password security server receives the IP/MAC Address and Alice PRN through the external network QLayer2 SWITCH and the user is authenticated, it receives the Bob PRN from the edge server through the internal network Layer2 SWITCH and uses the Half Mirror Effect quantum-resistant encryption algorithm to authenticate the user. A smart broadcasting system featuring a security integrated distribution panel that creates a resistant password PASSWORD, logs in, and connects the network between the smartphone and the video conference broadcasting system and public address device through the external network Layer 2 SWITCH.

According to any one of claims 1, 2, 3, 4, 5, and 7,
The sensor is a password-secured integrated wiring board characterized by being a human body detection sensor that detects biological signals.
According to any one of claims 10, 11, 12, 13, 14, 16, and 19,
The sensor is a password-secured integrated wiring system characterized by a human body detection sensor that detects biological signals.
According to any one of paragraphs 20, 21, 22, 23, 24, 26, and 29,
A smart broadcasting system characterized by the sensor being a human body detection sensor that detects biological signals.