Intelligent chip data encryption management system

Abstract

The invention discloses an intelligent chip data encryption management system which comprises an encryption management system, and the encryption management system comprises a metadata management platform, a data standard management platform, a data quality management platform, a safety intelligent lock platform, an encryption platform and a safety management platform. The security management platform does not influence database recovery, backup and synchronization operation of the database, provides an additional offline data recovery tool, ensures that the intelligent new disk data can be recovered to an original state under extreme conditions, and ensures high availability of the data; the security intelligent lock platform is arranged to encrypt the user identification information stored in the security intelligent lock and the communication data of the security intelligent lock, so that an attacker cannot easily obtain the user information, the security level of data encryption is improved, the phenomenon that the information of the intelligent chip is easy to leak under the attack of an external environment is avoided, and the security of the security intelligent lock is improved. The safety coefficient is high.

Description

Technical Field

[0001] The present invention relates to the technical field of data encryption, and in particular to a smart chip data encryption management system. Background Art

[0002] The advantages of smart chips mainly include high performance, big data processing capabilities, low energy consumption and real-time performance. Compared with traditional processors, smart chips have higher processing speed and computing efficiency, and can complete a large number of floating-point operations faster. This high-performance advantage makes smart chips have obvious advantages in processing large amounts of data computing fields such as machine learning and deep learning. Artificial intelligence technology is inseparable from data processing, and smart chips can process larger data sets faster. Through parallel computing, smart chips can complete the processing and calculation of large amounts of data faster. Traditional processors are prone to high energy consumption when processing artificial intelligence-related tasks, while smart chip technology has lower energy consumption and good heat dissipation, which makes AI chips widely used in various devices, such as smart phones, smart speakers, etc. Smart chips have high real-time performance and can increase their computing speed by at least 10,000 times in the near future, meeting the application needs of mobile terminals such as mobile phones and cars, making the application of artificial intelligence more convenient and efficient. In summary, smart chips provide strong support for the design and optimization of artificial intelligence tasks through their high performance, big data processing capabilities, low energy consumption and high real-time performance, and are an important factor in promoting the development of AI.

[0003] The smart chip needs to be connected to a data encryption management system when in use. The advantages of the data encryption management system mainly include protecting privacy and security, enhancing business competition and complying with laws and regulations. The main benefit of data encryption is to protect the security of personal privacy and sensitive information. In today's information-flooding society, our personal information is always circulating on the Internet. Through encryption technology processing, sensitive data can be converted into garbled code that only people with the key can recognize. Even if the data is hacked, key information cannot be obtained, thereby protecting personal privacy and security. In a business environment, data is a valuable material asset of an enterprise. Data encryption technology can effectively prevent competitors from stealing important information and protect the company's market position. For example, if the key data of a technology startup company, such as design drawings and production processes, are leaked, it may have a serious impact on the company's market competitiveness. In the current legal environment, data privacy protection is an issue that has received widespread attention. Regulations such as the European Union's General Data Protection Regulation require companies to adopt necessary technical means to protect the security of user personal information during operations. Data encryption is an effective way to meet these requirements. By implementing data encryption, companies can effectively prevent violations of laws and regulations, avoid fines and reputation risks. In summary, the data encryption management system can not only effectively protect sensitive data from illegal acquisition and abuse by providing powerful encryption functions, but also help companies improve their market competitiveness and comply with relevant laws and regulations, thereby ensuring that the interests of companies and individuals are protected to the greatest extent.

[0004] However, the traditional data encryption management system has the following disadvantages when used:

[0005] In the process of transmitting smart chips by traditional data encryption management systems, the encryption coefficient is low, and the smart chip information is easily leaked under attacks from the external environment. Summary of the invention

[0006] The purpose of the present invention is to provide a smart chip data encryption management system to solve the problem that the traditional data encryption management system proposed in the above background technology has a low encryption coefficient during the transmission of smart chips, and is prone to smart chip information leakage under external environment attacks.

[0007] To achieve the above-mentioned object, the present invention provides the following technical solutions: a smart chip data encryption management system, comprising an encryption management system, the encryption management system comprising a metadata management platform, a data standard management platform, a data quality management platform, a security smart lock platform, an encryption platform and a security management platform;

[0008] The metadata management platform can quickly realize the automatic collection of smart chip metadata, perform smart chip metadata analysis, clarify the upstream relationship of data, build a data knowledge graph, and provide a high-quality data foundation for smart chips;

[0009] The data standard management platform quickly establishes a smart chip data standard baseline, automatically conducts bid verification, verifies data quality, and generates a smart chip data standard knowledge graph, helping smart chips to fully understand standard data assets;

[0010] The data quality management platform uses the smart chip data standard as the retrieval basis and the smart chip metadata as the retrieval object, performs smart chip data quality inspection through the built-in complex function rule library, generates smart chips, and realizes data quality management throughout the life cycle based on quality reports and evaluation results;

[0011] The security smart lock platform adds a security module inside the existing encryption platform to encrypt the user identification information stored in the security smart lock and the communication data of the security smart lock, so that attackers cannot easily obtain user information;

[0012] The encryption platform performs encryption management on the smart chip data;

[0013] The security management platform has built three major product lines with IoT security, basic cryptography and identity authentication as the core, forming a system that supports the management of billions of keys of smart chips, IoT security services, trusted service management and intelligent identity authentication.

[0014] As a preferred technical solution of the present invention, the metadata management platform includes a metadata collection module, a full-link lineage management module, a data knowledge graph module and an intelligent data label recognition module. The metadata collection module supports the fully automatic collection of complex heterogeneous data sources of smart chips, covering 50 types of relational and non-relational data sources. The full-link lineage management module automatically extracts full-link lineage and performs data impact analysis. The data knowledge graph module automatically generates a data knowledge graph based on metadata management information and discovers hidden business associations in smart chip data. The intelligent data label recognition module intelligently identifies smart chip metadata and completes automatic labeling, reducing the complicated tasks of manual labeling.

[0015] As a preferred technical solution of the present invention, the data standard management platform includes an intelligent benchmarking module, a standard knowledge graph module and an intelligent bid verification module. The intelligent benchmarking module supports the binding of smart chip data standards, automatically establishes an association between smart chip data standards and smart chip metadata, and realizes synchronous one-click benchmarking. The standard knowledge graph module generates a smart chip data standard knowledge graph to fully understand the standard smart chip data assets. The intelligent bid verification module uses the AI ​​model to realize the intelligent and automatic bidding of data standards for smart chip business terms.

[0016] As a preferred technical solution of the present invention, the data quality management platform includes a quality rule base module, an automatic problem quality follow-up module, a problem work order module and a knowledge base precipitation module. The quality rule base module has built-in multiple smart chip quality rule templates to help users quickly build a data quality rule engine for the smart chip industry. The automatic problem quality follow-up module automatically discovers data quality problems, automatically generates problem work orders, and automatically distributes problem data. The problem work order module supports both automatic and manual work orders, covering two scenarios. The knowledge base precipitation module supports the precipitation of smart chip quality problem solutions to form a knowledge base that promotes continuous quality improvement.

[0017] As a preferred technical solution of the present invention, the security smart lock platform includes a central control module, a storage module, a user information reading module, a bolt control module, a security module and a communication module. The user information reading module, the bolt control module and the security module are all communicatively connected to the central control module, the storage module is communicatively connected to the security module, the central control module and the communication module are both communicatively connected to the security module, and the communication module is communicatively connected to the security module.

[0018] As a preferred technical solution of the present invention, the user information reading module is used to read user identification information, the lock bolt control module controls the lock bolt driving component to unlock or lock according to the unlocking or locking signal sent by the central control module, the storage module stores the smart chip data, the security module securely encrypts the smart chip data, and the communication module provides a communication method for information transmission.

[0019] As a preferred technical solution of the present invention, the encryption platform includes a data encryption module, a leakage prevention module, a leakage protection module and an encryption management module. The data encryption module adopts an encryption device certified and registered by the National Cryptography Administration, supports the SM4 symmetric algorithm, and has independent key management, which fully meets the needs of smart chips for encryption protection of core business data. The leakage prevention module provides hardware equipment, backup disk loss, data files, backup file copies, external hackers dragging the database, causing sensitive data leakage, and encrypts and stores sensitive data through database encryption products to ensure that others cannot "understand" even if they get the data files. The leakage protection module ensures that any user cannot access sensitive data without obtaining ciphertext access rights through independent and enhanced permission control, DBA, security administrator and audit administrator separation of powers mechanism, while not affecting the daily operation and maintenance operations of the DBA. The encryption management module adopts an encryption device certified and registered by the National Cryptography Administration, supports the SM4 encryption algorithm specified by the National Cryptography Administration, and has a key management system independent of the database to ensure that the key does not leave the device, ensuring that the data is still safe even if the database is dragged.

[0020] As a preferred technical solution of the present invention, the security management platform includes an Internet of Things security management module, a basic password management module, an identity authentication management module and a security operation management module. The Internet of Things security management module responds to the protection and verification of instructions and data, tracking issues after information leakage, the security of malicious code or the application itself, and the leakage of privacy data and security credentials caused by unauthorized access. The basic password management module provides security services and technical guarantees for the application system, the identity authentication management module performs identity authentication through multimodal biometrics, and the security operation management module performs real-time security management of smart chip operations.

[0021] Compared with the prior art, the present invention has the following beneficial effects:

[0022] 1. Encrypt the data of the smart chip by setting up an encryption platform. Through data integration storage with the database, RAC support, dual-machine hot standby, emergency mode, multi-process redundancy, transparent fault switching, data error ignoring, and backup and recovery technology, the encryption platform provides high availability support and abnormal fault handling capabilities comparable to the database;

[0023] 2. The security management platform does not affect the database recovery, backup, and synchronization operations of the database itself, and provides additional offline data recovery tools to ensure that the data of the smart new disk can be restored to its original state in extreme cases, ensuring high data availability;

[0024] 3. By setting up a secure smart lock platform to encrypt the user identification information stored in the secure smart lock and the communication data of the secure smart lock, attackers cannot easily obtain user information, which improves the security level of data encryption and avoids the phenomenon of smart chip information leakage under external environment attacks, with a high safety factor. BRIEF DESCRIPTION OF THE DRAWINGS

[0025] Figure 1 This is a schematic diagram of the architecture of the encryption management system of the present invention;

[0026] Figure 2 It is a schematic diagram of the architecture of the metadata management platform of the present invention;

[0027] Figure 3 It is a schematic diagram of the use of the metadata management platform of the present invention;

[0028] Figure 4 This is a schematic diagram of the architecture of the data standard management platform of the present invention;

[0029] Figure 5 This is a schematic diagram of the use of the data standard management platform of the present invention;

[0030] Figure 6 This is a schematic diagram of the architecture of the data quality management platform of the present invention;

[0031] Figure 7 This is a schematic diagram of the use of the data quality management platform of the present invention;

[0032] Figure 8 This is a schematic diagram of the architecture of the security smart lock platform of the present invention;

[0033] Fig. 9 It is a schematic diagram of the architecture of the encryption platform of the present invention;

[0034] Fig.10 It is a schematic diagram of the architecture of the security management platform of the present invention. DETAILED DESCRIPTION

[0035] The following will be combined with the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0036] See also Figure 1-10 , the present invention provides a smart chip data encryption management system, including an encryption management system, the encryption management system includes a metadata management platform, a data standard management platform, a data quality management platform, a security smart lock platform, an encryption platform and a security management platform;

[0037] The metadata management platform can quickly realize the automatic collection of smart chip metadata, analyze smart chip metadata, clarify the upstream data relationship, build a data knowledge graph, and provide a high-quality data foundation for smart chips.

[0038] The data standard management platform quickly establishes a smart chip data standard baseline, automatically conducts bid verification, verifies data quality, and generates a smart chip data standard knowledge graph, helping smart chips to fully understand standard data assets;

[0039] The data quality management platform uses smart chip data standards as the retrieval basis and smart chip metadata as the retrieval object. It performs smart chip data quality inspection through a built-in complex function rule library, generates smart chip data quality reports and evaluation results, and realizes data quality management throughout the entire life cycle.

[0040] The security smart lock platform adds a security module inside the existing encryption platform to encrypt the user identification information stored in the security smart lock and the communication data of the security smart lock, so attackers cannot easily obtain user information;

[0041] The encryption platform encrypts and manages the smart chip data;

[0042] The security management platform has built three major product lines with IoT security, basic cryptography and identity authentication as the core, forming a system that supports the management of billions of keys of smart chips, IoT security services, trusted service management and intelligent identity authentication.

[0043] The metadata management platform includes a metadata collection module, a full-link lineage management module, a data knowledge graph module and an intelligent data label recognition module. The metadata collection module supports the fully automatic collection of complex heterogeneous data sources of smart chips, covering 50 types of relational and non-relational data sources. The full-link lineage management module automatically extracts full-link lineage and performs data impact analysis. The data knowledge graph module automatically generates a data knowledge graph based on metadata management information and discovers hidden business associations in smart chip data. The intelligent data label recognition module intelligently recognizes smart chip metadata and completes automatic labeling, reducing the complicated task of manual labeling.

[0044] The data standard management platform includes an intelligent benchmarking module, a standard knowledge graph module and an intelligent bid verification module. The intelligent benchmarking module supports the binding of smart chip data standards, automatically establishes an association between smart chip data standards and smart chip metadata, and realizes synchronous one-click benchmarking. The standard knowledge graph module generates a smart chip data standard knowledge graph to fully understand the standard smart chip data assets. The intelligent bid verification module uses the AI ​​model to realize the intelligent and automatic bidding of data standards for smart chip business terms.

[0045] The data quality management platform includes a quality rule base module, an automatic problem quality follow-up module, a problem work order module and a knowledge base sedimentation module. The quality rule base module has built-in multiple smart chip quality rule templates to help users quickly build a data quality rule engine for the smart chip industry. The automatic problem quality follow-up module automatically discovers data quality problems, automatically generates problem work orders, and automatically distributes problem data. The problem work order module supports both automatic and manual work orders, covering two scenarios. The knowledge base sedimentation module supports the sedimentation of smart chip quality problem solutions to form a knowledge base that promotes continuous quality improvement.

[0046] The security smart lock platform includes a central control module, a storage module, a user information reading module, a lock bolt control module, a security module and a communication module. The user information reading module, the lock bolt control module and the security module are all communicated with the central control module, the storage module is communicated with the security module, the central control module and the communication module are both communicated with the security module, and the communication module is communicated with the security module.

[0047] The user information reading module is used to read user identification information. The lock bolt control module controls the lock bolt driving component to unlock or lock according to the unlocking or locking signal sent by the central control module. The storage module stores the smart chip data. The security module securely encrypts the smart chip data. The communication module provides a communication method for information transmission.

[0048] The encryption platform includes data encryption module, leakage prevention module, leakage protection module and encryption management module. The data encryption module adopts encryption equipment certified and registered by the National Cryptography Administration, supports SM4 symmetric algorithm, and independent key management, which fully meets the needs of smart chips for encryption protection of core business data. The leakage prevention module provides hardware equipment, backup disk loss, copy of data files and backup files, external hackers drag database, causing sensitive data leakage, and encrypted storage of sensitive data through database encryption products to ensure that even if others get the data files, they cannot "understand" them. The leakage protection module uses independent and enhanced permission control, DBA, security administrator and audit administrator separation of powers mechanism to ensure that no user can access sensitive data without obtaining ciphertext access rights, and does not affect the daily operation and maintenance of DBA. The encryption management module adopts encryption equipment certified and registered by the National Cryptography Administration, supports the SM4 encryption algorithm specified by the National Cryptography Administration, and has a key management system independent of the database to ensure that the key does not leave the device, ensuring that the data is still safe even if the database is dragged.

[0049] The security management platform includes the Internet of Things security management module, the basic password management module, the identity authentication management module and the security operation management module. The Internet of Things security management module responds to the protection and verification of instructions and data, the tracking issues after information leakage, the security of malicious code or the application itself, and the leakage of privacy data and security credentials caused by unauthorized access. The basic password management module provides security services and technical guarantees for the application system. The identity authentication management module performs identity authentication through multimodal biometrics. The security operation management module performs real-time security management of smart chip operations.

[0050] In the present invention, the metadata management platform quickly realizes the automatic collection of smart chip metadata, performs smart chip metadata analysis, clarifies the upstream relationship of data, constructs a data knowledge graph, and provides a high-quality data foundation for smart chips; the data standard management platform quickly establishes a smart chip data standard baseline, performs automatic bid verification, verifies data quality, and generates a smart chip data standard knowledge graph, which helps smart chips to fully understand standard data assets; the data quality management platform uses smart chip data standards as the retrieval basis and smart chip metadata as the retrieval object, and verifies the data quality of smart chips through a built-in complex function rule library, generates smart chip data quality reports and evaluation results, and realizes data quality management throughout the life cycle; the security smart lock platform adds a security module inside the existing encryption platform to encrypt user identification information stored in the security smart lock and the communication data of the security smart lock, so that attackers cannot easily obtain user information; the encryption platform encrypts and manages smart chip data; the security management platform constructs three major product lines with IoT security, basic passwords and identity authentication as the core, forming a system that supports massive billions of smart chip key management, IoT security services, trusted service management and intelligent identity authentication.

[0051] Although the present invention has been described in detail with reference to the aforementioned embodiments, it is still possible for those skilled in the art to modify the technical solutions described in the aforementioned embodiments, or to make equivalent substitutions for some of the technical features therein. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of the present invention should be included in the protection scope of the present invention.

Claims

1. A smart chip data encryption management system, including an encryption management system, characterized in that: The encryption management system includes a metadata management platform, a data standard management platform, a data quality management platform, a security smart lock platform, an encryption platform and a security management platform; The metadata management platform can quickly realize the automatic collection of smart chip metadata, perform smart chip metadata analysis, clarify the upstream relationship of data, build a data knowledge graph, and provide a high-quality data foundation for smart chips; The data standard management platform quickly establishes a smart chip data standard baseline, automatically conducts bid verification, verifies data quality, and generates a smart chip data standard knowledge graph, helping smart chips to fully understand standard data assets; The data quality management platform uses smart chip data standards as the retrieval basis and smart chip metadata as the retrieval object, performs smart chip data quality inspection through a built-in complex function rule library, generates smart chip data quality reports and evaluation results, and realizes data quality management throughout the entire life cycle; The secure smart lock platform adds a security module inside the existing encryption platform to encrypt the user identification information stored in the secure smart lock and the communication data of the secure smart lock, so that attackers cannot easily obtain user information; The encryption platform performs encryption management on the smart chip data; The security management platform has built three major product lines with IoT security, basic cryptography and identity authentication as the core, forming a system that supports the management of billions of keys of smart chips, IoT security services, trusted service management and intelligent identity authentication.

2. The smart chip data encryption management system according to claim 1, characterized in that: The metadata management platform includes a metadata collection module, a full-link lineage management module, a data knowledge graph module and an intelligent data label recognition module. The metadata collection module supports the fully automatic collection of complex heterogeneous data sources of smart chips, covering 50 types of relational and non-relational data sources. The full-link lineage management module automatically extracts full-link lineage and performs data impact analysis. The data knowledge graph module automatically generates a data knowledge graph based on metadata management information and discovers hidden business associations in smart chip data. The intelligent data label recognition module intelligently recognizes smart chip metadata and completes automatic labeling, reducing the complicated task of manual labeling.

3. The smart chip data encryption management system according to claim 1, characterized in that: The data standard management platform includes an intelligent benchmarking module, a standard knowledge graph module and an intelligent bid verification module. The intelligent benchmarking module supports the binding of smart chip data standards, automatically establishes an association between smart chip data standards and smart chip metadata, and realizes synchronous one-click benchmarking. The standard knowledge graph module generates a smart chip data standard knowledge graph to fully understand the standard smart chip data assets. The intelligent bid verification module uses the AI ​​model to realize the intelligent and automatic bidding of data standards for smart chip business terms.

4. The smart chip data encryption management system according to claim 1, characterized in that: The data quality management platform includes a quality rule base module, an automatic problem quality follow-up module, a problem work order module and a knowledge base precipitation module. The quality rule base module has built-in multiple smart chip quality rule templates to help users quickly build a data quality rule engine for the smart chip industry. The automatic problem quality follow-up module automatically discovers data quality problems, automatically generates problem work orders, and automatically distributes problem data. The problem work order module supports both automatic and manual work orders, covering two scenarios. The knowledge base precipitation module supports the precipitation of smart chip quality problem solutions to form a knowledge base that promotes continuous quality improvement.

5. The smart chip data encryption management system according to claim 1, characterized in that: The security smart lock platform includes a central control module, a storage module, a user information reading module, a bolt control module, a security module and a communication module. The user information reading module, the bolt control module and the security module are all communicatively connected to the central control module, the storage module is communicatively connected to the security module, the central control module and the communication module are both communicatively connected to the security module, and the communication module is communicatively connected to the security module.

6. The smart chip data encryption management system according to claim 5, characterized in that: The user information reading module is used to read user identification information, the lock bolt control module controls the lock bolt driving component to unlock or lock according to the unlocking or locking signal sent by the central control module, the storage module stores the smart chip data, the security module securely encrypts the smart chip data, and the communication module provides a communication method for information transmission.

7. The smart chip data encryption management system according to claim 1, characterized in that: The encryption platform includes a data encryption module, a leakage prevention module, a leakage protection module and an encryption management module. The data encryption module adopts an encryption device certified and registered by the National Cryptography Administration, supports the SM4 symmetric algorithm, and has independent key management, which fully meets the needs of smart chips for encryption protection of core business data. The leakage prevention module provides hardware equipment, backup disk loss, data files, backup file copies, external hackers drag database, causing sensitive data leakage, and encrypts and stores sensitive data through database encryption products to ensure that others cannot "understand" even if they get the data files. The leakage protection module uses an independent and enhanced permission control, DBA, security administrator and audit administrator separation mechanism to ensure that any user cannot access sensitive data without obtaining ciphertext access rights, and does not affect the daily operation and maintenance of the DBA. The encryption management module adopts an encryption device certified and registered by the National Cryptography Administration, supports the SM4 encryption algorithm specified by the National Cryptography Administration, and has a key management system independent of the database to ensure that the key does not leave the device, and ensure that the data is still safe even if the database is dragged.

8. The smart chip data encryption management system according to claim 1, characterized in that: The security management platform includes an IoT security management module, a basic password management module, an identity authentication management module and a security operation management module. The IoT security management module responds to the protection and verification of instructions and data, tracking issues after information leakage, the security of malicious code or the application itself, and the leakage of privacy data and security credentials caused by unauthorized access. The basic password management module provides security services and technical guarantees for the application system. The identity authentication management module performs identity authentication through multimodal biometrics. The security operation management module performs real-time security management of smart chip operations.

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