Ra's Secure Data Bag

Abstract

Ra Secure Data Case is a portable data security system designed to protect data storage media against physical tampering, environmental impacts, and unauthorized access attempts. The system performs security operations through an electrical interference network, sensor array, user authentication mechanism, and data protection modules.

Description

1 DEFINITION Ra's Secure Data Case Technical Area 5 This invention relates to the technical field of portable data security systems, and specifically to sensitive data. protecting storage media from unauthorized access, physical interference, and environmental impacts It includes systems aimed at this. The invention also includes electronic control systems, physical protection structures, environmental sensing units, and with multi-layered security systems technology that brings together data protection mechanisms 10 It is related. The invention also includes sensor structures for detecting environmental changes and location. These include data authentication systems and portable data protection applications. Background of the Invention Portable data storage media are used in 15 fields such as research, finance, technology, journalism, and more. It is widely used. In current systems, data security is generally secured using software-based encryption methods or mechanical methods. This is achieved through the use of protection solutions. However, these systems are physical. Limited protection against intrusions, environmental impacts, or hardware-based attacks. It can provide. 20 In addition, existing solutions involve the combination of physical protection structures and electronic security systems. It may lack the integrated structures that enable it to function. While some systems can enable the detection of environmental changes, such as pressure and temperature... different safety parameters such as light, gas and electromagnetic changes together It appears that the structures enabling its evaluation are limited. 25 Therefore, we need to bring together physical and electronic security components and address environmental changes. a portable security system capable of detecting and performing data protection operations It is needed. Summary of the Invention The purpose of this invention is to create a portable data 30 that provides protection for sensitive data storage media. The goal is to provide a security system. The system developed within the scope of the invention combines physical protection structures with electronic control components. It consists of a multi-layered security architecture that includes several components. The system may include the following components: 1. Tamper network structure that enables the detection of physical interventions, 35 2. Sensor units that enable monitoring of environmental changes, 3. The protected data compartment where the data storage medium is placed, 2 4. Access control system that performs user authentication processes, 5. Data security modules that perform data protection operations during security incidents. Thanks to this structure, the system can handle the transportation, storage, and protection of data storage media. It can carry out security operations related to this. Explanation of the figures 5 Figure 1: General external view of the Ra Secure Data Case. Figure 2: View of the inner frame covered with Tamper Mesh. Figure 3: Sensor and hardware in the right inner compartment with part of the Tamper Mesh removed. Layout view of its components. Figure 4: Sensor and hardware in the rear inner compartment with part of the Tamper Mesh removed. Layout view of the components. 15 Figure 5: Sensor and control panel in the front inner compartment with part of the Tamper Mesh removed. Layout view of its components. Figure 6: Sensor and wiring in the left inner compartment with part of the Tamper Mesh removed. 20 and a view of the layout of the hardware components. Figure 7: Front view of the elevator shaft mechanism. Figure 8: Rear view of the elevator shaft mechanism. 25 Figure 9: View of the data platform and ports. List of Reference Numbers The table below lists all the diagrams and descriptions used in the Ra Secure Data Bag. It shows the physical components and reference numbers. 30 Each number represents a specific mechanical, electronic, or structural element of the invention. No. Component Name 1 Outer Casing / Body 2 Electromechanical Covers 3 Screen Units 4 Keypad GPS Antenna 6 Inner Frames 7 Tamper Network 8 Gas Insulation Layers 9 Data Rooms Internal Elevator Platform 11 Left Elevator Motor 12 Right Elevator Motors 3 No. Component Name 13 Internal Sliding Doors 14 Pressure Sensors Temperature Sensor 16 IR Motion Sensors 17 Gas Sensors 18 Carbon Dioxide Sensors 19 Light Sensors Electric Field Sensor 21 Electromagnetic Sensors 22 Main Control Units 23 Distributed Control Units 24 Battery Management System Rechargeable Power Unit 26 Incident Log Unit 27 Electrical Data Destruction Modules 28 Thermal Data Destruction Modules 29 Lower Gas Sensor Unit Gas Filling Pump 31 Gas Injection Valve 32 Service Entrances 33 Charging Ports 34 First Indicator Light 35 Second Indicator Light 36 Third Indicator Light 37 Battery Compartment Cover 38 Cable Entry Ports 39 Gas Maintenance Port 40 GPS Receiver Modules 41 Lid Pulling Motor 42 Lid Pull Rail 10 4 Descriptive Description 1. General System Structure and Operating Principle 1.1 System Description Ra Secure Data Case protects sensitive data storage media from physical interference and environmental damage. a portable data security system that provides protection against interference and unauthorized access attempts. It is related to the system. As shown in Figure 1, the system consists of: outer casing / body (1), electromechanical cover (2), display unit (3), keypad (4), GPS antenna (5), service port (32), charging port (33) and indicator lights (34,35,36) It consists of an external structure containing 10 elements. As shown in Figures 2–6, the system includes an inner frame (6), Tamper mesh (7), and gas insulation. layer (8), data room (9), internal elevator platform (10), sensor units (14–21), main control unit (22), distributed control units (23), battery management system (24), rechargeable power unit (25), event log unit (26), electrical data destruction module (27), thermal data destruction module (28), lower gas sensor unit (29), gas filling pump (30), gas injection valve (31) and GPS 15 There is a receiver module (40). The system structure includes multiple tracking elements corresponding to the top, bottom, right, left, front, and back surfaces. It can consist of regions. Sensor units (14–21) detect environmental changes occurring within the system. It can provide. 20 The collected data can be processed through distributed control units (23) and main control It can be transferred to unit (22). Main control unit (22) performs security assessment procedures within the system. is able to accomplish this. 1.2 Mechanical Structure and Data Platform 25 As shown in Figures 7 and 8, the data room (9) is located on the internal elevator platform (10). It is in an installed structure. Movement of the internal elevator platform (10);  left elevator motor (11),  right elevator motor (12), 30  cover pulling motor (41),  cover pull rail (42) This can be done through this channel. This mechanical structure enables the controlled movement of the data storage medium within the system. It can provide. 35 1.3 System Operation Scenario The operational processes of the Ra Secure Data Bag may include the following sequence of operations: a) Placement of the data storage medium in the data room (9), b) Closing the electromechanical cover (2) and activating the system protection procedures, c) Distributed control units (23) of environmental information obtained from sensor units (14–21) 5 processing through, d) Transfer of the processed information to the main control unit (22), e) Security assessment of the system status. f) Authorization processes using user login data or location verification processes implementation, 10 g) If the verification procedures are found to be satisfactory, the internal elevator platform (10) activation, h) Implementing the relevant protection measures in case a security incident is detected. 1.4 System Operating Principle The sensor units, safety structures, and control components within the system together comprise 15 By working with data storage media, it can ensure their protection. Access procedures and security assessments are carried out based on information obtained by the system. and protection measures can be implemented. 2. Exterior and Interior Structure 2.1 Outer Casing 20 As shown in Figure 1, the external structure of the Ra Secure Data Bag consists of the outer casing / body (1), electromechanical cover (2), display unit (3), keypad (4), GPS antenna (5), service input (32) includes the charging port (33) and indicator lights (34, 35, 36). The outer sheath (1) is a structure that provides mechanical strength and protection against external influences. It consists of the outer sheath (1), top, bottom, right, left, front and back surfaces. The surfaces in question are connected to each other via fasteners. The electromechanical cover (2) can be opened after authorization procedures. Display unit (3) displays system status information, and the keypad (4) provides user input. It performs its operations. The GPS antenna (5) enables the reception of location data. Service port (32) and charging port (33), external surface 30 for system maintenance and power connection operations. It is located on it. 6 2.2 Inner Frame As shown in Figures 2–6, the inner frame (6) contains the electronics and It serves as a supporting structure in which mechanical components are placed. Gas insulation layer (8) and Tamper mesh (7) between inner frame (6) and outer sheath (1) It is located in 5 positions. Data room (9) on the inner frame (6), internal elevator platform (10), main control unit (22), Distributed control units (23), battery management system (24), rechargeable power unit (25), event log unit (26), electrical data destruction module (27) and thermal data destruction module (28) are located It is receiving. 2.3 Sensor Layout 10 As seen in Figures 3–6, the system contains a pressure sensor (14), a temperature sensor (15), IR motion sensor (16), gas sensor (17), carbon dioxide sensor (18), light sensor (19), There is an electric field sensor (20) and an electromagnetic sensor (21). These sensors are distributed across different areas of the system and It enables the perception of environmental data. 15 Data obtained from the sensors are transmitted to the main control unit via distributed control units (23). (22) is transferred. 2.4 Internal Electronic Units Internal electronic units within the system include the main control unit (22), distributed control units (23), battery management system (24), event log unit (26), electrical data destruction module 20 (27) and thermal data destruction module (28). These units handle data communication and security operations between system components. It is carrying out. 2.5 Power System The rechargeable power unit (25) is located inside the system to meet the energy needs. It is located. The rechargeable power unit (25) is connected to the battery management system (24) and the power distribution The transactions are carried out through the aforementioned unit. The charging port (33) allows the system to be connected to an external power source. 2.6 Gas and Environmental Protection Structure 30 Gas insulation layer (8) is used for environmental insulation and safety control within the system. It is used. Lower gas sensor unit (29), gas filling pump (30) and gas injection valve (31), system It performs gas control operations inside. The gas maintenance port (39) provides external connection during maintenance and inspection operations. 35 7 2.7 System Integration The mechanical and electronic sub-units within the system communicate with each other via a common data communication structure. They are arranged in a way that they will be interconnected. Data room (9), internal elevator platform (10), power system, sensor units and data destruction modules Data transfer between them is carried out via the main control unit (22). 5 3. Tamper Network and Electrical Detection System 3.1 System Description As shown in Figures 2–6, the Tamper mesh (7) is between the outer sheath (1) and the inner frame (6). Electrical sensing that enables the detection of positioned and physical interventions. It consists of the following structures: 10 Tamper mesh (7) protects against cutting, drilling, breaking or similar damage that may occur on the external structure. It includes conductive structural elements that enable the detection of physical interferences. Gas insulation layer (8), together with Tamper mesh (7) for environmental insulation and system safety. It functions as part of the structure. 3.2 Network Structural Arrangement 15 Tamper network (7) consists of interconnected conductive lines covering the outer surfaces. The conductive lines in question are distributed throughout the outer sheath (1) and are continuously electrical. It is designed to provide a connection. The mesh sections corresponding to each surface are positioned in such a way that they are interconnected. 3.3 Connection Structure 20 The tamper network (7) is configured in connection with distributed control units (23). Distributed control units (23) monitor electrical data received via the Tamper network (7) and It transmits the data in question to the main control unit (22). The main control unit (22) performs a security assessment on the received data. 3.4 Detection and Security Response 25 Interruption, electrical change or physical interference occurring on the Tamper network (7) In such cases, the relevant security incident is evaluated by the main control unit (22). If the security incident is confirmed, the system can perform the following actions:  closing the internal sliding door (13),  Restriction of data access operations, 30  Activation of the electrical data destruction module (27),  Activation of the thermal data destruction module (28). 8 3.5 Advanced Security Structure Tamper network (7) with variable electrical signal structure supporting security verification processes is able to work. The main control unit (22) compares the signals from different regions to detect unusual situations. It enables detection. 5 3.6 Assembly and Insulation Structure The tamper mesh (7) is fixed onto the inner frame (6). Conductive lines are enclosed within insulation elements to protect them from mechanical and thermal effects. It has been placed. Tamper network (7) with modular structure suitable for maintenance and replacement operations 10 It can be edited. 3.7 Testing and Control Procedures The system checks the connection status between the Tamper network (7) and the distributed control units (23). It is able to perform the necessary testing procedures. System control and maintenance operations can be performed via the service input (32). 15 4. Authentication and Secure Access System 4.1 System Description Ra Secure Data Bag uses user authentication processes to prevent unauthorized access. It has a secure access structure that enables this. As shown in Figure 1, the verification processes are carried out by the display unit (3), keypad (4), GPS antenna (5), 20 This is done via the GPS receiver module (40) and the main control unit (22). Main control unit (22) evaluates the verification data received from the user and access It manages its operations. 4.2 Validation Structure The system uses 25 different authentication methods to verify user access. It may include. Verification processes;  Evaluation of user login data,  Evaluation of location verification data,  Assessment of security status information 30 It may include operations. 9 Main control unit (22) processes the said verification data and makes the access decision. It constitutes. 4.3 User Login Procedures The verification information entered by the user is received via the keypad (4) and the main It is transferred to the control unit (22). 5 The display unit (3) enables the display of status information regarding verification processes. If the verification process is successful, the system can enable access. 4.4 Location Verification Procedures The GPS antenna (5) and GPS receiver module (40) enable the system to obtain location data. It provides. 10 The main control unit (22) compares the current location information with the recorded verification data. It conducts access assessment. Location verification processes can be used in making access decisions. 4.5 Security Control Procedures Before access operations, the system, Tamper network (7), sensor units (14–21) and related security 15 It is able to evaluate the data obtained from its components. If a security incident is detected, the main control unit (22);  It can restrict access operations,  It can close the internal sliding door (13),  It can enable security operations. 20 4.6 Event Logging Procedures Access operations and security events occurring within the system are recorded in the event log unit. (26) can be stored. Event logs contain access information, system status data, and information about security events. It may include. 25 Registration transactions or maintenance transactions can be viewed via the service entry (32). It can be accomplished. 4.7 Service and Maintenance Procedures Service operations can be performed via service entry (32). Checking, configuring, and updating system components during maintenance procedures 30 It can be provided. The main control unit (22) records the events that occur during maintenance operations. is able to obtain. 5. Data Destruction System 5.1 System Description The Ra Secure Data Bag contains a data destruction system to ensure data security. It is located. Data destruction system, electrical data destruction module (27), thermal data destruction module (28), main control 5 unit (22), event log unit (26) and related sensor units (14–21) in connection with He is working. The system evaluates security incidents and then monitors data storage media accordingly. It can perform security operations. 5.2 System Components 10 As shown in Figure 9, the data destruction system;  electrical data destruction module (27),  thermal data destruction module (28),  data room (9),  main control unit (22), 15  event log unit (26) It includes. These components work together to carry out data destruction processes. 5.3 Electrical Destruction Process The electrical data destruction module (27) destroys data by applying a controlled electrical effect to the data storage medium. This can lead to the compromise of data integrity. Electrical destruction operations are managed by the main control unit (22). 5.4 Thermal Destruction Process The thermal data destruction module (28) can apply a controlled thermal effect to the data storage medium. Thermal processing results in irreversible damage to the physical structure of the data storage medium. Changes can be made. 5.5 Security Procedures The main control unit (22) receives data from the Tamper network (7) and sensor units (14–21). can evaluate. If the security incident is confirmed, the system will: 30  It can restrict data access operations,  It is possible to activate data destruction modules,  It can create security logs. 11 5.6 Registration Procedures System information generated during data destruction operations is included in the event log unit (26). It can be hidden. Registration processes may include system status information and security actions performed. 5.7 Service and Maintenance Procedures 5 Maintenance and control operations related to the data destruction system are carried out via service entry (32). It can be accomplished. Checking and configuring system components during maintenance procedures. It can be accomplished. 6. Event Log and Monitoring System 10 6.1 System Description The Ra Secure Data Bag records system operations and security events. There is an event log and monitoring system that enables this. The system in question consists of an event log unit (26), a main control unit (22), a display unit (3) and an indicator. It operates in conjunction with lights (34, 35, 36). 15 6.2 Record Structure The event log unit (26) is responsible for recording the operations that occur within the system. It provides. Records;  system events, 20  access procedures,  security situations,  maintenance procedures It may contain information related to [the subject]. 6.3 Monitoring Procedures 25 Main control unit (22), sensors (14–21), Tamper network (7) and other systems It is able to evaluate the information obtained from its components. Real-time monitoring allows for the detection of changes in system status. 6.4 Warning Procedures System status information is provided to the user via the display unit (3) and indicator lights (34,35,36). It can be transmitted. The system can initiate alert processes when security incidents are detected. 12 6.5 Data Storage Operations The event log unit (26) is responsible for storing the records created within the system. It can provide. Logs may contain information related to security, maintenance, and system operations. 6.6 Service and Inspection Procedures 5 Service login (32), viewing system logs and performing maintenance operations It can be used for this purpose. The main control unit (22) can record the service operations performed. 7. Power Management and Energy Distribution System 7.1 System Description 10 The power management system located within the Ra Secure Data Case controls the energy supply of system components. It consists of a power structure that ensures their needs are met. Power system, rechargeable power unit (25), battery management system (24), main control unit (22) and operates in conjunction with related system components. 7.2 Power Supply 15 The rechargeable power unit (25) powers the electronic and mechanical components within the system. It is used to meet energy needs. The battery management system (24) monitors the operating status of the power unit and manages the energy. It carries out its operations. 7.3 Power Distribution Operations 20 The battery management system (24) performs power distribution operations to the system components. It provides the necessary energy transfer. Power distribution operations;  sensor units (14–21),  main control unit (22), 25  distributed control units (23),  Event log unit (26),  data destruction modules (27,28) It can be carried out between them. 7.4 Energy Monitoring Operations 30 The main control unit (22) can evaluate the energy usage information within the system. 13 When changes in energy status are detected, the system performs the necessary control procedures. is able to accomplish this. 7.5 Security Procedures The battery management system (24) alerts the relevant safety system in case of detection of abnormal energy conditions. It can perform its operations. 5 The system can activate protection mechanisms depending on the energy status. 7.6 Service and Inspection Procedures Charging port (33) and service port (32) are used for maintenance and inspection operations related to the power system. It can enable its realization. 8. Internal Security and Physical Isolation Layers 8.1 System Description The Ra Secure Data Case contains an internal security and physical isolation system that protects the system. It consists of a multi-layered structure that protects its components from external influences. As shown in Figures 2–6, the system consists of: outer sheath (1), Tamper mesh (7), gas insulation layer (8), 15 It includes the data room (9) and related system components. 8.2 Layered Structure The physical insulation system may consist of multiple layers of protection. These layers are:  outer casing (1), 20  Tamper network (7),  inner frame (6),  gas insulation layer (8),  Internal system components It can be arranged as follows: 25 8.3 Gas Insulation Structure The gas insulation layer (8) can perform environmental insulation processes within the system. Lower gas sensor unit (29), gas filling pump (30), gas injection valve (31) and gas maintenance port (39) can be used for gas control operations. 8.4 Electromagnetic Shielding Structure 30 Data room (9) and related electronic components are designed to reduce electromagnetic effects. They can be located within protective structures. 14 The electromagnetic shielding structure reduces external electromagnetic interference. It can provide. 8.5 Heat Control Structure The sensors (14–21) included in the system monitor the system temperature information. It can provide. 5 The main control unit (22) performs the relevant safety operations depending on the temperature conditions. is able to accomplish this. 8.6 Physical Intervention Detection Procedures Tamper network (7) enables the detection of physical interventions that may occur on the external structure. It can provide. 10 If physical intervention is detected, the main control unit (22) will carry out security procedures. It can be activated. 8.7 Security Logistics Procedures Security incidents can be recorded within the incident log unit (26). The system also provides user information via the display unit (3) and indicator lights (34,35,36). They are able to carry out their transactions. 9. Operational Safety and Automated Response System 9.1 System Description The operational security and automated response system included in the Ra Secure Data Case, Detection, evaluation of security incidents and related security procedures 20 It consists of a control structure that enables its implementation. The system consists of the main control unit (22), sensor units (14–21), Tamper network (7), event log unit (26), in conjunction with the electrical data destruction module (27) and the thermal data destruction module (28) He is working. 9.2 Detection Processes 25 The main control unit (22) consists of sensor units (14–21) and Tamper located within the system. It can evaluate data coming from the network (7). Security status assessment based on data obtained by the system. It can be accomplished. Security procedures can be initiated if abnormal situations are detected. 30 9.3 Warning Procedures If security incidents are detected, the system, the display unit (3) and the indicator lights User notification processes can be carried out via (34,35,36). Information regarding security incidents can be recorded in the incident log unit (26). 9.4 Security Response Procedures Main control unit (22) performs the following actions upon verification of security incidents. is able to accomplish:  Closing the internal sliding door (13), 5  restricting access operations,  Activation of the electrical data destruction module (27),  Activation of the thermal data destruction module (28). 9.5 System Control Procedures The sub-units within the system exchange data with each other through the data communication structure. is able to accomplish this. The main control unit (22) is able to coordinate the system operations. 9.6 Post-Event Procedures Once the security events are complete, the system can enter a secure state. Event information can be stored in the event log unit (26) and service operations can be accessed via 15 It can be viewed. 10. Maintenance and Firmware Update System 10.1 System Description Ra Secure Data Bag handles maintenance, configuration, and update operations for system components. It includes a maintenance and software update system that enables its implementation. 20 The system includes the service input (32), main control unit (22), event log unit (26) and related systems. It operates in conjunction with its components. 10.2 Service Procedures Service input (32) enables maintenance and system control operations to be carried out. During service operations, control, configuration and maintenance procedures related to system components are performed. 25 It is applicable. 10.3 Verification Procedures User authentication processes can be performed during maintenance operations. Main control unit (22) evaluates the verification data and accesses maintenance operations. They are able to make their own decisions. 30 16 10.4 Update Procedures System software update operations are performed via service entry (32). It can be accomplished. Main control unit (22) can evaluate update operations and carry out related control operations. is able to accomplish this. 5 10.5 Maintenance Mode Operations During maintenance procedures, the system temporarily reactivates certain safety functions. It can be configured. Necessary system components can remain active during maintenance procedures. 10.6 Recording and Monitoring Procedures 10 Information regarding maintenance and update procedures is recorded in the event log unit (26). It can be obtained. The logs may include information about maintenance and system operations performed. 10.7 System Control Procedures The main control unit (22) reports the system status after the maintenance operations are completed. It can evaluate the situation and reactivate normal operational processes. 11. User Interface and Interaction System 11.1 System Description The user interface system within the Ra Secure Data Case connects the user with the system. It consists of an interaction structure that performs data exchange and control operations between them. 20 As shown in Figure 1, the user interface system consists of a display unit (3), a keypad (4) and an indicator. It includes its lights (34,35,36). 11.2 User Interface Structure The display unit (3) can display system status information. The keypad (4) can be used to perform user login operations. 25 Indicator lights (34, 35, 36) provide the user with visual notifications regarding the system status. It can provide. 11.3 User Interaction Processes User input operations are received via the keypad (4) and main It is transferred to the control unit (22). 30 17 Main control unit (22) evaluates user inputs and performs the relevant system operations. is able to accomplish this. 11.4 System Information Procedures The display unit (3) provides information about the system status, security events and maintenance procedures. It can be viewed. 5 Indicator lights (34, 35, 36) perform different notification functions depending on system status changes. is able to accomplish this. 11.5 Warning Procedures Security events detected by the system are displayed on the display unit (3) and indicator lights (34,35,36) This can be communicated to the user via. 10 Security incidents can also be recorded within the incident log unit (26). 11.6 Configuration Procedures The user interface system facilitates the configuration of system settings and maintenance procedures. It can enable its realization. The operations performed can be evaluated by the main control unit (22). 15 12. Power Supply and Energy Management System 12.1 System Description The power supply and energy management system located inside the Ra Secure Data Case, the system providing energy to its components and managing energy usage processes It consists of 20 structures. The system consists of a rechargeable power unit (25), battery management system (24), charging port (33) and related systems. It includes its components. 12.2 Power Supply Structure The rechargeable power unit (25) provides energy to the electronic and mechanical components within the system. It can meet the need. 25 The battery management system (24) can monitor the power status and perform energy management operations. is able to accomplish this. 12.3 Charging Procedures The charging port (33) enables the system power supply to be connected to an external power source. The battery management system (24) performs the relevant safety and control operations during charging processes. is able to accomplish this. 18 12.4 Power Distribution Operations Energy distribution processes involve transferring energy to different components within a system. It can enable its realization. Energy distribution;  sensor units (14–21), 5  main control unit (22),  distributed control units (23),  Event log unit (26),  data destruction modules (27,28) It can be carried out between them. 10 12.5 Energy Monitoring Operations The main control unit (22) can evaluate energy usage situations and take necessary control. They are able to carry out their transactions. Changes in energy status can be monitored by the system. 12.6 Security Procedures 15 The battery management system (24) performs the relevant safety operations depending on the energy status. is able to accomplish this. System protection procedures are implemented in case of detection of abnormal energy conditions. It can be enabled. 12.7 Service and Inspection Procedures 20 Service input (32) and charging input (33) are used for maintenance and control operations related to the system. It can enable its realization. 13. Environmental Insulation and Gas System 13.1 System Description The Ra Secure Data Bag contains environmental insulation and a gas system that protects system components from damage. It consists of an insulation structure that provides protection from environmental effects. As shown in Figures 2–6, the system consists of a gas insulation layer (8), a lower gas sensor unit (29), It includes a gas filling pump (30), gas injection valve (31) and gas maintenance port (39). 13.2 Gas Insulation Structure Gas insulation layer (8) enables environmental insulation processes to be carried out within the system 30 It can provide. Gas insulation structure protects internal system components from external environmental influences. It can provide support. 19 13.3 Structural Arrangement The gas insulation layer (8) can be positioned between the outer sheath (1) and the inner frame (6). The gas insulation structure can be arranged in a way that is distributed across different areas within the system. 13.4 Monitoring Procedures The lower gas sensor unit (29) evaluates the gas status information within the system. It can provide. Main control unit (22) evaluates gas information and takes the relevant safety actions. is able to accomplish this. 13.5 Gas Control Procedures Gas filling pump (30), gas injection valve (31) and gas maintenance port (39), gas related 10 It enables maintenance and inspection procedures to be carried out. The system is able to perform the relevant control operations depending on the gas situation. 13.6 Security Procedures The main control unit (22) can assess changes in the status of the gas system. If abnormal situations are detected, the relevant security procedures can be activated. 15 14. Production and Maintenance Considerations 14.1 System Description This section outlines the procedures for manufacturing, assembly, and maintenance of the Ra Secure Data Bag. It includes the fundamentals. Manufacturing and assembly processes utilize methods aimed at maintaining system integrity. 20 It can include. 14.2 Structural Components The outer casing (1), inner frame (6), Tamper network (7), data room (9) and related components within the system System components can be manufactured using suitable structural materials. These components are designed to provide mechanical strength and system integrity. It can be configured. 14.3 Assembly Procedures System components can be arranged using a modular structure. Electronic and mechanical components can be fixed onto the inner frame (6). Cabling operations will enable data and power transmission within the system. It can be edited. 14.4 Maintenance Procedures Maintenance operations can be performed via service entry (32). Checking, replacing, and configuring system components during maintenance procedures 5 It can be accomplished. 14.5 Calibration Procedures Checking and verifying system components after maintenance procedures. It can be accomplished. Main control unit (22) evaluates system status information and takes the necessary actions 10 is able to accomplish this. 14.6 Registration Procedures Information regarding maintenance and system operations is recorded in the event log unit (26). It can be obtained. These records may contain information relating to system maintenance and control procedures. 15 15. Applications and Uses 15.1 System Description Ra Secure Data Bag is designed for the protection, storage, and transportation of data storage media. It relates to a portable data security system that can be used for this purpose. The system enables physical protection structures and electronic control components to work together. 20 By providing this service, it can carry out operations aimed at ensuring data security. 15.2 Technical and Research Applications System;  storage of research data,  protection of technical studies, 25  transportation of digital storage media,  Protection of data structures containing sensitive information It can be used for this purpose. 15.3 Corporate Use Cases Ra Secure Data Bag; 30  in financial institutions,  in technology companies, 21  in research centers  in data management applications It is available for use. The system handles the secure transportation and storage of data storage media. It can provide support. 5 15.4 Academic and Scientific Applications The system is used within the scope of academic research, laboratory work, and scientific projects. It can be used to protect the data that is created. These use cases may include processes aimed at protecting data integrity. 15.5 Information Security Practices 10 The system can be used in applications related to physical and electronic data security. Main control unit (22), Tamper network (7), sensor units (14–21) and data destruction modules (27,28) Security procedures related to this can be carried out. 15.6 Usage and Application Features The system; 15  in portable data protection processes,  In offline data storage applications,  In data protection processes for security purposes,  in protecting different data storage media It is available. 20 15.7 Industrial Applicability Ra Secure Data Case can be manufactured and implemented for different use cases. It is a portable data security system. The system is adapted to different user needs and application areas. It can be configured. 25 Conclusion The invention described above protects sensitive data storage media from physical interference and environmental factors. a portable data security system designed to protect against interference and unauthorized access attempts. It is related to the system. The invention includes physical protection structures, environmental sensing systems, and user authentication. The processes and data protection mechanisms are structured to work together. The system includes: Tamper network structure, sensor units, data room, user authentication system, and data. It can perform security operations through security modules. 22 Additionally, the system is suitable for different use cases, different sizes, and different data storage media. It can be configured to suit the needs of the user. The application examples described here are intended solely to facilitate understanding of the invention. These are given, but the invention is not limited to them. Provided that it remains within the scope of protection defined in the requests, 5 on the system Possible changes, regulations, and differences in implementation fall within the scope of this invention. It can be evaluated within this context.

Claims

REQUESTS 1. The invention is a portable security system that protects storage media;  a rigid outer casing,  an inner frame located inside the outer casing, 5  an electrical interference network that detects physical interferences,  a data room that houses the data storage medium,  a sensor array that detects environmental and physical changes,  a control unit that processes sensor data,  user authentication mechanism, 10  data protection mechanism It is having.

2. It is a portable security system according to Claim 1, and its features are: the aforementioned electrical interference network consists of conductive lines extending along the body surfaces 15 It is the structuring.

3. According to Claim 1, it is a portable security system with the following characteristics: The aforementioned sensor array consists of motion detection sensors placed in different areas of the body. It includes sensors.

4. Portable security system according to claim 1, its feature is; 20 The sensor array in question includes pressure sensors that detect mechanical changes.

5. Portable security system according to Claim 1, its feature is; The sensor array mentioned includes temperature sensors, gas sensors, carbon dioxide sensors, and light sensors. These sensors include electric field sensors and electromagnetic sensors.

6. Portable security system according to Claim 1, its feature is; 25 The aforementioned control unit will evaluate security incidents and take relevant security actions. It is structured in a way that will enable it to be accomplished.

7. It is a portable security system according to Claim 1, and its characteristics are: The data room ensures controlled movement of the storage medium during access operations. It involves a mechanical movement mechanism. 30 8. Portable security system according to Claim 1, its feature is; The aforementioned data protection mechanism includes an electrical data protection module and thermal data protection. It includes the module. 23 35 9. According to Claim 1, it is a portable security system with the following features: authentication mechanisms such as password verification, location verification, or a combination thereof. It involves their combined use.

10. Portable security system according to Claim 1, its feature is; 5 There must be an insulation layer between the outer casing and the inner frame, and this layer... It is monitored by sensors that detect environmental changes. 15 25 35 40 45 24