18 results about "Corporate security" patented technology

The invention discloses an enterprise safety production monitoring system and method based on a power utilization monitoring terminal, and belongs to the field of enterprise power utilization monitoring. The invention discloses an enterprise safety production monitoring method based on a power utilization monitoring terminal. The method comprises the following steps: S1, collecting power data for enterprise production; s2, according to the type of the enterprise, performing alarm identification on the power data of the enterprise by adopting different alarm models; s3, obtaining the alarm frequency, the rectification standard-reaching rate and the power utilization stability of the enterprise, and calculating the safety index of the enterprise in combination with the alarm identification result; and S4, according to the safety index of the enterprise, the type of the enterprise and the alarm identification result, adjusting the supervision means of the enterprise, and improving the safety production level. The enterprise alarm types are divided into types such as production-halted enterprise bright-stop and dark-start, production-halted enterprise rework and the like, so that the characteristics in the power data can be extracted in a targeted manner, and the accuracy of alarm identification is improved.

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.

The invention provides an enterprise security risk evaluation method and device, equipment and a storage medium, and the method comprises the steps: obtaining a risk factor corresponding to each business system; based on historical data, calculating the probability that the risk factor causes an accident as a probability level; extracting accident data meeting the Haihi proportion from the historical data to obtain a first data set, performing data expansion on the first data set to obtain a second data set, and calculating an efficacy coefficient of the severity of the accident consequence caused by the risk factor based on the second data set; and performing product summation based on the probability level and the efficacy coefficient of the corresponding risk factor under the business system to obtain a safety value corresponding to each business system, and calculating an average value of all the safety values to obtain a risk evaluation result. The method is a multi-service system, data of risk factors of the service system is fully covered, and a one-sidedness evaluation result caused by data singleness is avoided; and the efficiency coefficient is calibrated based on the Haihi, so that the safety evaluation is more accurate.

The invention discloses a safety production intelligent management and control system based on an enterprise risk database, and relates to the technical field of enterprise safety production, and the technical scheme is that the system comprises a central processor which is used for guaranteeing the calculation and operation of the system; the risk database is used for storing risk behaviors which do not conform to enterprise safety production, the risk database comprises an employee unsafe behavior storage module and an equipment unsafe state storage module, and the employee unsafe behavior storage module is used for storing unsafe behaviors which belong to enterprise employees and have risks during production; the method has the beneficial effects that the behavior action in the video is compared with the unsafe behavior stored in the risk database, and then whether the employee has the unsafe behavior is judged, so that an enterprise security officer does not need to inspect on site or the security officer does not need to monitor the production process of the enterprise through a monitoring video; and the effect of safety production management and control can be improved while the labor intensity of workers is reduced.

The invention discloses an enterprise security culture construction method and process based on a progressive theory and a Hall three-dimensional model, and the method comprises the steps: dividing the time dimension of enterprise security culture construction into a planning stage, a design stage, an implementation stage, a summary evaluation stage and a continuous improvement stage according to the Hall three-dimensional theory; the logic dimension includes cognitive training, target setting, feasibility analysis, process management and control and feedback summarization, and the knowledge dimension includes safety knowledge training, safety skill training, safety awareness education, safety management skills, communication and crisis handling skills and leadership and incentive skills. A construction method and process are set on the basis and include the steps of preliminary preparation, current situation evaluation, target setting, construction of a Hall three-dimensional model for enterprise safety culture construction based on the Hall three-dimensional model, implementation plan making, monitoring, annual summarization and analysis and continuous improvement. Effectiveness and sustainability of enterprise safety culture construction can be well ensured, and a basis is provided for construction and improvement of enterprise safety culture.

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.

The invention relates to the technical field of safety management, in particular to an enterprise safety production full-period management system and method, and the method comprises the steps: accessing enterprise service, carrying out the top design of a safety production system, and formulating a safety production management plan; enterprise actual condition information is obtained, and safety production management consultation is carried out; an enterprise is assisted to carry out safety production management education, and various rules and regulations in the system are implemented; if the enterprise has the safety accident, assisting the enterprise to process the safety production accident; and internal and external safety management environments and actual needs of the enterprise are obtained, and a safety culture development strategy and plan are formulated. According to the scheme, professional enterprise safety production full-period management can be carried out for different enterprises, the management effect is improved, the safety risk is reduced, all links of enterprise safety production management are comprehensively covered through the five stages of planning, consulting, education, processing and improving, effective closed-loop management is formed, and the efficiency and level of enterprise safety production management are improved.

The invention relates to the technical field of data security, in particular to an enterprise security behavior analysis method and system based on risk assessment, and the method comprises the steps: collecting a current risk assessment behavior of a to-be-analyzed enterprise in real time after the to-be-analyzed enterprise reports a risk assessment instruction demand; based on the risk assessment behavior mapping table and the risk assessment behaviors, obtaining a risk assessment safety degree; pushing the risk assessment safety degree to the to-be-analyzed enterprise; and when the to-be-analyzed enterprise browses the risk assessment security degree, reporting a help-seeking instruction demand, querying associated upstream and downstream enterprises for the to-be-analyzed enterprise, and performing interaction analysis on the to-be-analyzed enterprise and the associated enterprise. According to the method, the incidence relation between the safety risk of the enterprise in each current state and the occurrence of the emergencies in various different scenes can be fully mined, and a practical evaluation result and a rectification scheme are provided.

The present invention provides an enterprise security intelligent management system, comprising: an information monitoring unit, a centralized monitoring center platform, an alarm unit, a security protection unit, an evaluation unit and a security training unit; the information monitoring unit is used to monitor the enterprise's production electricity consumption, environment and security information; the centralized monitoring center platform is used to judge security alarm events, and to create alarm event processing procedures and automatically update process information, distribute and manage the information and authority scope of enterprise security officers, and control access to personnel and platforms; the security protection unit is used to mobilize protection equipment for security protection and maintenance management according to security event type and level information; the evaluation unit is used to perform statistical evaluation on various security event types; the security training unit is used for employees to learn enterprise security training courses. The present invention can remotely and centrally monitor the enterprise's electricity consumption, environment and security information and share information, and improve security management efficiency.

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.

The invention belongs to the technical field of computers, and aims to provide an overseas enterprise security risk assessment method, system, device and product. The method comprises the following steps: constructing an initial dynamic risk assessment model, and training the initial dynamic risk assessment model by using sample data to obtain a target dynamic risk assessment model; market data of a target enterprise in a target country is acquired in real time based on a big data technology, and data fusion processing is performed on the market data to obtain fused market data; performing feature extraction processing on the fused market data through feature engineering to obtain market feature data; and inputting the market feature data into the target dynamic risk assessment model to obtain a safety risk assessment result of the target enterprise in the target country. According to the invention, the accuracy of the overseas enterprise safety risk assessment result can be improved, and the real-time performance of the assessment is high.

The present invention discloses a method, system, device and medium for identifying the user security level of a model constructed by an integrated boosting tree. The method includes: inputting the screened feature data into the constructed rule model based on the integrated boosting tree for iteration, and recording the prediction ability of the rule model in each iteration; selecting decision trees in the rule model according to the prediction ability of the rule model at different iteration times; extracting optimized rules whose hit rate and accuracy meet preset conditions according to the decision trees, and forming an optimized rule set with the optimized rules; identifying the data to be analyzed based on the rule set, and determining the security level of the object corresponding to the data to be analyzed according to the identification result. Thereby, it improves rule mining that matches the actual application scenario and accurate classification and identification in the processing of massive information, determines the user security level, especially accurately identifies blacklisted enterprises and gives reminders to ensure enterprise security.