8 results about "Corporate security" patented technology

The invention discloses a multi-dimensional dynamic evaluation system for enterprise security risks, and the system comprises a data preprocessing module which generates a plurality of pieces of preprocessed enterprise operation time sequence data; the multi-channel matrix construction module is used for constructing a two-dimensional matrix containing original data, first-order derivative data and second-order derivative data and generating a multi-channel matrix; the channel attention module is used for carrying out dimensionality reduction and dimensionality increase on the multi-channel matrix, generating a channel weight and generating a two-dimensional feature matrix; the information aggregation module is used for generating original data feature vectors; the prediction module is used for generating an original data expected vector; and the risk assessment module is used for generating the security risk of the corresponding original data. Therefore, the method can adapt to the enterprise operation time sequence data of various specifications, can systematically integrate the original information of the time sequence data, and can accurately reflect the contribution degree of each operation dimension to the overall risk of the enterprise.

This application relates to a method, apparatus, computer equipment, and storage medium for detecting contract information security risks. The method includes: acquiring a contract document to be tested; extracting the contract text from the contract document; generating first prompt information based on the contract text and a first prompt template; dividing the basic service terms and information security-related terms in the contract text based on the first prompt information; generating second prompt information based on the information security-related terms and a second prompt template; retrieving enterprise security status information from an enterprise security maintenance knowledge base based on the second prompt information; and determining whether the information security-related terms match the enterprise security status information; and triggering a risk warning and generating a risk assessment result in response to a mismatch between the information security-related terms and the enterprise security status information. This method can improve the efficiency of identifying enterprise contract information security risks.

The invention discloses a tamper-resistant security policy issuing method, and relates to the technical field of network security. The method is composed of a strategy pool, a strategy filter, an offline strategy, a management and control strategy, a strategy checker, a strategy corrector and an encryption and decryption tool. A strategy filter selects a strategy from the strategy pool, and the strategy is encrypted by an encryption and decryption tool and then stored as an offline strategy; the strategy checker regularly checks the consistency of the control strategy and the offline strategy and the integrity of the offline strategy; the policy corrector restores the governing policy from the offline policy when tampering is found, or triggers a repull when the offline policy is corrupted. The tamper-resistant capability and the self-healing capability of the terminal security policy are improved, the operation and maintenance cost is reduced, and the enterprise security defense level is enhanced.

A method of applying a corporate secure compliance end-point check matched to a user authentication with an Encryption Key Store for each data source application data feed used within a web application, including applying data classification levels and masking of sensitive data, thereby allowing for multiple export keys to multiple third-party applications.

The embodiment of the invention provides a coupling coordination driven enterprise safety risk dynamic assessment method and system, and relates to the technical field of enterprise safety assessment, and the method comprises the steps: determining a safety risk candidate index pool of a target coal mine enterprise, carrying out the staged clustering iteration screening of the safety risk candidate index pool, and constructing a risk assessment index set; determining a weight system structure, an index layer weight set and a criterion layer weight set; performing fuzzy risk quantitative evaluation, and determining an initial risk evaluation score; in a preset window, performing dynamic memory iteration coupling coordination analysis on the target coal mine enterprise based on the weight system structure, and determining a coupling coordination degree; and performing dynamic correction, and determining a target enterprise security risk dynamic assessment result. The problems that in the prior art, a closed-loop dynamic optimization mechanism is lacked, and continuous iterative sensing and active prevention and control of the enterprise security risk state cannot be achieved are solved. The effects of improving the risk dynamic response rate and improving the evaluation reliability are achieved.

1. The name of the design product: enterprise security risk dynamic index platform graphical user interface for computer. 2. The use of the design product: for running programs, displaying interface content. 3. The design points of the design product: the graphical user interface content in the computer screen. 4. The picture or photo that best indicates the design points: front view. 5. Conventional design, omit rear view; conventional design, omit left view; conventional design, omit right view; conventional design, omit top view; conventional design, omit bottom view. 6. The use of the graphical user interface: for desktop devices to display enterprise security risk systems. 7. The human-computer interaction mode of the graphical user interface: the initial interface is the "enterprise security risk dynamic index" main display interface (front view), which displays six function points: "security management foundation", "dual prevention", "personnel positioning", "major hazard source", "operation management", and "agile emergency". Clicking on the score value of "security management foundation" on the left upper part of the main display interface, a pop-up page displays the "current security management foundation index" of the enterprise, including the index of each item and the total index score (interface change state diagram 1). Closing the pop-up window returns to the main display interface, clicking on the score value of "dual prevention" in the middle of the left side of the main display interface, a pop-up page displays the "current dual prevention index" of the enterprise, including the index of each item and the total index score (interface change state diagram 2). Closing the pop-up window returns to the main display interface, clicking on the score value of "personnel positioning" on the lower left side of the main display interface, a pop-up page displays the "current personnel positioning index" of the enterprise, including the index of each item and the total index score (interface change state diagram 3). Closing the pop-up window returns to the main display interface, clicking on the score value of "major hazard source" on the upper right side of the main display interface, a pop-up page displays the "current major hazard source index" of the enterprise, including the index of each item and the total index score (interface change state diagram 4). Closing the pop-up window returns to the main display interface, clicking on the score value of "operation management" in the middle of the right side of the main display interface, a pop-up page displays the "current operation management index" of the enterprise, including the index of each item and the total index score (interface change state diagram 5). Closing the pop-up window returns to the main display interface, clicking on the score value of "agile emergency" on the lower right side of the main display interface, a pop-up page displays the "current agile emergency index" of the enterprise, including the index of each item and the total index score (interface change state diagram 6).

The invention discloses an enterprise security risk intelligent identification method based on a large model and a related device. The method comprises the steps of obtaining enterprise security risk data and performing data aggregation and fusion, calculating an enterprise security risk index of each enterprise, constructing an enterprise security risk intelligent analysis engine, and according to a natural language problem related to enterprise security proposed by a user, establishing an enterprise security risk intelligent analysis engine; and calling an interface corresponding to the security risk intelligent analysis engine to perform analysis query, and identifying the enterprise security risk based on a generated query result. According to the method, the enterprise security risk can be identified through multi-source data aggregation and fusion, multi-dimensional risk index calculation, a large-model intelligent analysis engine of domain knowledge enhancement and natural language interaction application, so that the data analysis threshold is reduced, second-level response is realized, and the risk identification accuracy is improved.