SMART ELECTROMAGNETIC SHIELDED DATA TRANSFER SYSTEM

Abstract

The invention is a smart electromagnetic shielded data transfer system which includes an electromagnetic interference detection module (1) that monitors the surrounding electromagnetic spectrum, detects anomalous fluctuations and analyzes the source, level and effect of the interference through artificial intelligence-supported algorithms; a dynamic encryption and routing engine (2) that changes the data transmission method depending on the intensity of the detected interference; an electromagnetic shield (3) that prevents communication signals from being affected by interference by creating a physical barrier with nano-materials; a data transmission module (4) that ensures the secure transmission of encrypted and routed data; and a monitoring and intervention module (5) that intervenes when interference is detected and updates the system status.

Description

1 TARIFF SMART ELECTROMAGNETIC SHIELDED DATA TRANSFER SYSTEM Technical Area The invention is used in military communications, financial data transfer, and aerospace technologies. 5 protection against electromagnetic interference (EMI) in critical communication infrastructures such as industrial IoT. To provide dynamic protection, it stops data transmission when it detects electromagnetic interference. Smart electromagnetic shielded data transfer system that automatically changes its method. It is related to. State of the Art Electromagnetic interference occurs when electrical and magnetic fields interact with each other, causing signals to shift. or the situation where it negatively affects the performance of devices. electromagnetic Interference occurs when electromagnetic waves of different frequencies mix together. It arises as a result of interference. Interference occurs through radio, television signals, telephones, or Electromagnetic interference can prevent devices like computers from functioning properly. generally devices emit electromagnetic fields or strong 15 from external sources It is formed as a result of being affected by electromagnetic fields. Current electromagnetic interference prevention systems have some important features. It has shortcomings;  Some systems used in current technology generally only detect interference and The reports, however, do not include an immediate intervention mechanism. 20  Another existing technique uses EMI protection systems at a specific frequency. It works, but it cannot perform dynamic encryption or routing.  Current data transmission protocols are resistant to electromagnetic attacks or interference. It offers limited encryption options.  While most systems only offer software solutions, physical electromagnetic 25 It does not include shielding solutions. During the research conducted using the current technique, application number TR2023 / 004407 was examined. It has been observed. The application requests real-time measurement of electromagnetic radiation pollution. 2 It relates to an electromagnetic pollution measurement method that allows for its estimation. However, the application states that the data transmission method should be automated when it detects electromagnetic interference. The change is not being implemented. In conclusion, due to the negative aspects described above and the current solutions being the subject of discussion... Due to its shortcomings, an improvement in the relevant technical field is necessary. 5 It has been made. Purpose of the Invention The invention was created by drawing inspiration from existing situations and overcoming the aforementioned drawbacks. It aims to solve the problem. The main purpose of the invention is for military communications, financial data transfer, aviation and space. technologies, electromagnetic interference in critical communication infrastructures such as industrial IoT The aim is to provide dynamic protection against (EMI) radiation. The invention automatically changes the data transmission method when it detects electromagnetic interference. It increases security by changing it. The invention identifies the source and type of the initiative through artificial intelligence algorithms. 15 It is implementing optimal countermeasures. The invention physically protects the signal using steerable nanomaterials, and It absorbs electromagnetic interference. The invention secures data with measures such as adaptive AES and quantum key encryption. It maintains its integrity. 20 The invention features a multi-layered defense mechanism, encompassing both software and hardware. It includes protection methods. To achieve the above objectives, the invention is a data system with intelligent electromagnetic shielding. It is a transfer system that monitors the surrounding electromagnetic spectrum to detect anomalies. by detecting fluctuations and using AI-powered algorithms, the initiative's 25 An electromagnetic interference detection module that analyzes the source, level, and effect of interference. Dynamics that change the data transmission method depending on the perceived intensity of the interference. The encryption and routing engine creates a physical barrier using nanomaterials. electromagnetic shielding that prevents communication signals from being affected by interference, encrypted 3 and a data transmission module that ensures the secure transmission of routed data, Monitoring that updates the system status by intervening when an intrusion is detected, and It includes an intervention module. The structural and characteristic features and all the advantages of the invention are given in the figures and 5 below. This becomes clearer thanks to the detailed explanation written with references to these figures. This will be understood, and therefore the evaluation should also take these forms and detailed explanations into consideration. It needs to be done by taking precautions. Figures that will help understand the invention. Figure 1 shows a representative block diagram view of the system that is the subject of the invention. 10 Explanation of Part References 1. Electromagnetic interference detection module 2. Dynamic encryption and routing engine. 3. Electromagnetic shielding 4. Data transmission module 15 5. Monitoring and intervention module Detailed Description of the Invention This detailed explanation describes the electromagnetically shielded data transfer system that is the subject of the invention. preferred structures are solely for the purpose of better understanding the subject. It is explained. 20 Electromagnetic interference detection module (1) (EMI Sensor Hub), in the environment It analyzes the electromagnetic spectrum and detects interference. Dynamic encryption and The routing engine (2) selects the data transmission method depending on the interference level. It is changing. Smart electromagnetic shield (3), physical shield with nano-materials. It creates and prevents interference. Data transmission module (4), alternative frequencies or 25 It maintains communication by switching to protocols. Monitoring and intervention module (5), intervention When detected, it intervenes immediately and updates the system status. The electromagnetic interference detection module (1) detects the surrounding electromagnetic spectrum. It detects abnormal fluctuations by continuously monitoring. It is powered by artificial intelligence. 4 Thanks to algorithms, it analyzes the source, level, and impact of the initiative. Dynamic encryption and routing engine (2), data transmission depending on the severity of the detected interference It changes the method. Advanced error correction coding (FEC) for mild interference. when implemented, in mid-level initiatives an alternative frequency or a different communication The protocol is switched to. 5 A high level of electromagnetic interference detection by the electromagnetic interference detection module (1) When an electromagnetic attack is detected, the dynamic encryption and routing engine (2), advanced encryption techniques such as quantum key encryption or adaptive AES Data security is ensured by activating the smart electromagnetic shield (3), nano- By creating a physical barrier with materials, critical communication signals are protected from interference. prevents it from being affected. The data transmission module (4) ensures the secure transmission of encrypted and routed data. While ensuring that the data is transmitted in some way, the monitoring and intervention module (5) continuously monitors the process. It monitors and optimizes system settings when necessary.

Claims

REQUESTS 1. It is an intelligent electromagnetic shielded data transfer system, the feature of which is;  Detecting anomalous fluctuations by monitoring the surrounding electromagnetic spectrum Edip traced the source of the initiative through AI-powered algorithms. Electromagnetic interference detection module (1) which analyzes the level and effect of the electromagnetic interference, 5  Changes the data transmission method depending on the perceived severity of the interference dynamic encryption and routing engine (2),  Creating a physical barrier with nanomaterials to block communication signals electromagnetic shield (3) which prevents it from being affected by interference.  10 that ensures the secure transmission of encrypted and routed data. data transmission module (4),  Updates the system status by intervening when an intrusion is detected. It includes a monitoring and intervention module (5).

2. According to Claim 1, it is an intelligent electromagnetic shielded data transfer system, the feature of which is; 15 a high level by electromagnetic interference detection module (1) When an electromagnetic attack is detected, advanced encryption techniques are activated. The domain includes dynamic encryption and routing engine (2).

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