Intelligent management risk prevention and control system and method for hydropower projects

Abstract

The present invention provides a system and method for intelligent management risk prevention and control of hydropower projects, including: a management risk point standard library subsystem, which counts the occurrence rules of management risks throughout the life cycle of hydropower project construction, automatically divides the hydropower project construction risk levels of risk points in the hydropower project construction, and tracks and optimizes the risk information change configuration; a risk information automatic generation subsystem, which determines whether there is a risk at a risk point according to the full life cycle management risk assessment standard, automatically generates risk point risk determination information, and automatically triggers a risk processing process program; a management risk warning reminder subsystem, which automatically generates risk level prompt information according to the risk processing process program, and provides risk level reminders; a management risk classification report subsystem, which forms a closed intelligent program process for the management of risks throughout the life cycle of hydropower project construction through the risk processing process program, and realizes intelligent management risk prevention and control of hydropower projects.

Description

Technical Field

[0001] The present invention relates to the field of intelligent safety technology for hydropower project management monitoring risk control, and more specifically, to a hydropower project intelligent management risk prevention and control system and method. Background Art

[0002] The engineering management system currently used in the market has not formed a complete supervision and management system; the existing hydropower engineering management information system mainly focuses on the management of daily business processes, but lacks an intelligent identification and evaluation mechanism for potential management risk points, which may cause some risk points to be ignored or not discovered in time; since hydropower projects involve multiple departments and multiple stakeholders, data integration and sharing of information systems has become a challenge; data between departments are difficult to effectively integrate, which makes it difficult to comprehensively evaluate management risks and increases the risk of information leakage; in the field of engineering construction, there are differences in local regulations and standards; this leads to the lack of unified standards and specifications in the implementation of management risk prevention and control, which may affect the prevention and control effect; with the continuous development of the engineering construction industry, management risk points are also constantly changing; however, the existing hydropower engineering management information system may have a phenomenon of lagging in updating and maintenance, resulting in the system being unable to adapt to new management risk points in time; the quality and awareness of personnel using information systems are crucial to management risk prevention and control; if employees lack awareness of management risks or there are violations in operations, management risks may arise, and other problems remain to be solved; therefore, it is necessary to propose intelligent management risk prevention and control for hydropower projects to at least partially solve the problems existing in the existing technology. Summary of the invention

[0003] A series of simplified concepts are introduced in the content of the invention, which will be further described in detail in the specific implementation method section; the content of the invention of the present invention does not mean to attempt to limit the key features and essential technical features of the technical solution claimed for protection, nor does it mean to attempt to determine the scope of protection of the technical solution claimed for protection.

[0004] In order to at least partially solve the above problems, the present invention provides a hydropower project intelligent management risk prevention and control system, which is characterized by comprising:

[0005] Manage the risk point standard library subsystem, count the occurrence patterns of management risks in the entire life cycle of hydropower project construction, automatically classify the risk levels of hydropower project construction risk points, and track and optimize the configuration of risk information changes;

[0006] The risk information automatic generation subsystem determines whether there is a risk at a risk point based on the risk assessment standard of the whole life cycle management, automatically generates risk determination information for the risk point, and automatically triggers the risk handling process program;

[0007] Manage the risk warning subsystem, automatically generate risk level prompt information and provide risk level reminders according to the risk handling process;

[0008] The management risk classification report subsystem forms a closed process for intelligent risk management of the entire life cycle of hydropower project construction through risk handling procedures, thus realizing intelligent risk prevention and control of hydropower projects.

[0009] Preferably, the risk point management standard library subsystem includes:

[0010] The hydropower project management risk standard subsystem, based on the historical data of the hydropower project construction life cycle management, counts the occurrence patterns of hydropower project construction life cycle management risks, and establishes the hydropower project construction life cycle management risk assessment standards;

[0011] The construction risk level classification subsystem sets the risk level rating line for hydropower project construction according to the risk assessment standard for the whole life cycle management of hydropower project construction, presets the risk points for hydropower project construction and presets the risk level for hydropower project construction;

[0012] Automatic risk classification and configuration subsystem, which automatically classifies the risk level of hydropower project construction risk points through risk point hazard loss estimation scoring, and tracks and optimizes the configuration of risk information changes;

[0013] The preset risk levels for hydropower project construction include: A-level risk points, B-level risk points, and C-level risk points;

[0014] The number of preset risk points for hydropower project construction is 104; according to the risk level of hydropower project construction, there are 19 A-level risk points, 21 B-level risk points and 64 C-level risk points.

[0015] Preferably, the risk information automatic generation subsystem includes:

[0016] The risk point risk determination subsystem determines whether there is a risk at a risk point based on the risk assessment standard of the entire life cycle management and obtains the risk determination result of the risk point;

[0017] The risk determination information generation subsystem automatically generates risk determination information of risk points according to the risk determination results of risk points;

[0018] The risk handling procedure triggering subsystem automatically triggers the risk handling process program based on the risk determination information of the risk point.

[0019] Preferably, the management risk warning reminder subsystem includes:

[0020] The hierarchical risk pop-up window subsystem automatically generates hierarchical risk pop-up windows according to the risk processing process;

[0021] The risk level type warning subsystem sets the risk level warning color of the graded risk pop-up window according to the risk level;

[0022] The risk level information reminder subsystem automatically generates risk level reminder information and issues risk level reminders when risks are detected.

[0023] The risk level warning colors include: A-level risk is a red pop-up window, B-level risk is a yellow pop-up window, and C-level risk is a gray pop-up window.

[0024] Preferably, the management risk classification reporting subsystem includes:

[0025] The electronic document automatic generation subsystem automatically generates tamper-proof electronic documents for the management process supervision and risk disposal of the entire life cycle management of hydropower project construction through risk processing procedures;

[0026] The electronic document supervision and transmission subsystem transmits the management process supervision risk disposal tamper-proof electronic documents to the electronic document supervision and review module;

[0027] The intelligent procedure flow prevention and control subsystem inputs risk handling opinions, completes the risk management processing process, forms a closed intelligent procedure flow for risk management throughout the life cycle of hydropower project construction, and realizes intelligent management risk prevention and control of hydropower projects.

[0028] The present invention provides a method for intelligent management risk prevention and control of hydropower projects, which is characterized by comprising:

[0029] S100, statistics the occurrence patterns of hydropower project construction management risks throughout the life cycle, automatically divides the risk levels of hydropower project construction risk points, and tracks and optimizes risk information changes;

[0030] S200, determine whether there is a risk at a risk point according to the risk assessment standard of the whole life cycle management, automatically generate risk determination information of the risk point, and automatically trigger the risk handling process program;

[0031] S300, automatically generating risk level prompt information and providing risk level reminders according to the risk handling process;

[0032] S400, through the risk handling process, forms a closed process of intelligent risk management for the entire life cycle of hydropower project construction, and realizes intelligent risk prevention and control of hydropower projects.

[0033] Preferably, S100 includes:

[0034] S101, based on the historical data of the whole life cycle management of hydropower project construction, statistics on the occurrence patterns of risks in the whole life cycle management of hydropower project construction, and establish the risk assessment standards for the whole life cycle management of hydropower project construction;

[0035] S102, according to the risk assessment standard for the whole life cycle management of hydropower project construction, set the risk level scoring line for hydropower project construction, preset the risk points for hydropower project construction and preset the risk level for hydropower project construction;

[0036] S103, automatically classifying the hydropower project construction risk level of the risk point of the hydropower project construction through risk point hazard loss estimation scoring, and tracking and optimizing the configuration of risk information changes;

[0037] The preset risk levels for hydropower project construction include: A-level risk points, B-level risk points, and C-level risk points;

[0038] The number of preset risk points for hydropower project construction is 104; according to the risk level of hydropower project construction, there are 19 A-level risk points, 21 B-level risk points and 64 C-level risk points.

[0039] Preferably, S200 includes:

[0040] S201, determine whether there is a risk at the risk point according to the risk assessment standard of the whole life cycle management, and obtain the risk determination result of the risk point;

[0041] S202, automatically generating risk point risk determination information according to the risk point risk determination result;

[0042] S203, automatically triggering the risk handling process program according to the risk point risk determination information.

[0043] Preferably, S300 includes:

[0044] S301, automatically generate a hierarchical risk pop-up window according to the risk processing process;

[0045] S302, setting the risk level warning color of the graded risk pop-up window according to different risk levels;

[0046] S303, when a risk is detected, automatically generate risk level prompt information to provide risk level reminder;

[0047] The risk level warning colors include: A-level risk is a red pop-up window, B-level risk is a yellow pop-up window, and C-level risk is a gray pop-up window.

[0048] Preferably, S400 includes:

[0049] S401, through the risk handling process program, automatically generates tamper-proof electronic documents for the management process supervision risk disposal of the whole life cycle management of hydropower project construction;

[0050] S402, transmitting the management process supervision risk disposal tamper-proof electronic document to the electronic document supervision and review module;

[0051] S403, input risk handling opinions, complete the risk management process, form a closed process of intelligent risk management for the entire life cycle of hydropower project construction, and realize intelligent risk prevention and control of hydropower project management.

[0052] Compared with the prior art, the present invention has at least the following beneficial effects:

[0053] The present invention provides a system and method for intelligent management risk control of hydropower projects. Through an information system, human defense and technical defense are integrated, and information technology is fully utilized to effectively embed supervision of risk points into existing business management processes, fundamentally plugging loopholes and preventing risks; through information system data analysis, the level of daily supervision is improved, and the process from post-investigation and rectification is promoted to real ex ante and in-process supervision and management; innovation: for the first time, management risk control is introduced into the entire life cycle of hydropower project construction, filling the technical gap in this field and safeguarding the healthy development of the industry; real-time: real-time tracking and supervision of various business processes, keeping all links in a compliant process, greatly improving supervision efficiency; intelligence: through data comparison and analysis, non-compliant operations are automatically discovered, reducing the tedious process of manual review and reducing the possibility of human error; early warning push: potential management risks are discovered in advance, and the system can push them in time Risk information is provided to relevant approval personnel to ensure that problems are dealt with in a timely manner; hierarchical processing: differentiated processing is carried out according to the risk level, which not only ensures processing efficiency, but also ensures timely and effective prevention and control of important risks; data reports: risk data reports are provided to facilitate managers to fully understand the management risk status in project construction and provide strong support for decision-making; ease of use: the entire system is simple to operate and can be quickly used without complex training, making it convenient for relevant responsible persons to carry out process supervision; scalability: the system flexibly combines, increases, decreases and optimizes functional modules according to the actual needs of hydropower project construction to meet the needs of projects of different scales; security: through information security multiple encryption technology, the security of data transmission and storage is maintained to prevent information leakage and tampering; environmental protection and energy saving: the system not only helps to prevent corruption, but also indirectly promotes environmental protection and energy conservation in hydropower project construction, achieving a win-win situation of economic and social benefits.

[0054] The hydropower project intelligent management risk prevention and control system and method described in the present invention, and other advantages, objectives and features of the present invention will be reflected in part through the following description, and in part will also be understood by technical personnel in the field through research and practice of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS

[0055] The accompanying drawings are used to provide a further understanding of the present invention and constitute a part of the specification. Together with the embodiments of the present invention, they are used to explain the present invention and do not constitute a limitation of the present invention. In the accompanying drawings:

[0056] Figure 1 This is a diagram of an embodiment of the hydropower project intelligent management risk prevention and control system and method described in the present invention.

[0057] Figure 2 This is a diagram showing an embodiment of data statistics of the hydropower project intelligent management risk prevention and control system and method described in the present invention.

[0058] Figure 3 This is a diagram of an embodiment of the hydropower project intelligent management risk prevention and control system platform described in the present invention. DETAILED DESCRIPTION

[0059] The present invention will be further described in detail below with reference to the accompanying drawings and embodiments so that those skilled in the art can implement the invention according to the instructions. Figure 1-Figure 3 As shown, the present invention provides a hydropower project intelligent management risk prevention and control system, which is characterized by comprising:

[0060] Manage the risk point standard library subsystem, count the occurrence patterns of management risks in the entire life cycle of hydropower project construction, automatically classify the risk levels of hydropower project construction risk points, and track and optimize the configuration of risk information changes;

[0061] The risk information automatic generation subsystem determines whether there is a risk at a risk point based on the risk assessment standard of the whole life cycle management, automatically generates risk determination information for the risk point, and automatically triggers the risk handling process program;

[0062] Manage the risk warning subsystem, automatically generate risk level prompt information and provide risk level reminders according to the risk handling process;

[0063] The management risk classification report subsystem forms a closed process for intelligent risk management of the entire life cycle of hydropower project construction through risk handling procedures, thus realizing intelligent risk prevention and control of hydropower projects.

[0064] The principle and effect of the above technical solution are as follows: the present invention provides an intelligent management risk prevention and control system for hydropower projects, which uses a management risk point standard library subsystem to count the occurrence rules of management risks throughout the life cycle of hydropower project construction, automatically divide the risk levels of hydropower project construction risk points, and track and optimize the configuration of risk information changes; the risk information automatic generation subsystem determines whether there is a risk at a risk point based on the full life cycle management risk assessment standard, automatically generates risk point risk determination information, and automatically triggers the risk processing process program; the management risk warning reminder subsystem automatically generates risk level prompt information based on the risk processing process program and provides risk level reminders; the management risk classification report subsystem, through the risk processing process Through the information system, we can fully utilize information technology to effectively embed the supervision of risk points into the existing business management process, fundamentally plug loopholes and prevent risks; through the analysis of information system data, we can improve the level of daily supervision, promote the extension of post-investigation and rectification to pre-investigation and in-process supervision and management; through the analysis of information system data, we can improve the level of daily supervision, promote the extension of post-investigation and rectification to pre-investigation and in-process supervision and management. In daily supervision, long-term supervision, supervision at all levels, etc., the key few fully perform their responsibilities, pay attention to and fully realize the business work under supervision, and realize Supervision work is normalized and routine, and the supervision system is scientifically improved; intelligent management risk control of hydropower projects in various river basins is carried out through research and practice. Without adding extra workload to business and functional departments, relying on the existing company's river basin engineering management information system database, multiple key supervision points are tracked, including: tracking responsible for supervision at all levels and key positions, tracking strengthening business supervision and functional supervision, tracking and promoting multi-level supervision, tracking key risk prevention and control, tracking the accuracy and frequency of management risk prevention and control, and embedding risk point supervision into the business management process; Innovation: For the first time, management risk prevention and control is introduced into the entire life cycle of hydropower project construction, filling the technical gap in this field and safeguarding the healthy development of the industry; Real-time: real-time tracking, Supervise each business process and keep each link in a compliant process, which greatly improves the efficiency of supervision; Intelligence: Through data comparison and analysis, it automatically discovers non-compliant operations, reduces the tedious process of manual review, and reduces the possibility of human error; Early warning push: Discover potential management risks in advance, and the system can push risk information to relevant approval personnel in a timely manner to ensure that problems are handled in a timely manner; Grading processing: Differentiated processing is carried out according to risk levels, which not only ensures processing efficiency, but also ensures timely and effective prevention and control of important risks; Data reports: Provide risk data reports to facilitate managers to fully understand the management risk status in engineering construction and provide strong support for decision-making; Ease of use: The system is simple and easy to use, which significantly improves the efficiency of hydropower project supervision;Scalability: The system can flexibly combine, increase, decrease and optimize functional modules according to the actual needs of hydropower project construction to meet the needs of projects of different scales; Security: Through information security multiple encryption technology, the security of data transmission and storage is maintained to prevent information leakage and tampering; Environmental protection and energy saving: The system not only helps to prevent the risk of violations, but also indirectly promotes environmental protection and energy saving in hydropower project construction, achieving a win-win situation of economic and social benefits. ;

[0065] In one embodiment, the risk point management standard library subsystem includes:

[0066] The hydropower project management risk standard subsystem, based on the historical data of the hydropower project construction life cycle management, counts the occurrence patterns of hydropower project construction life cycle management risks, and establishes the hydropower project construction life cycle management risk assessment standards;

[0067] The construction risk level classification subsystem sets the risk level rating line for hydropower project construction according to the risk assessment standard for the whole life cycle management of hydropower project construction, presets the risk points for hydropower project construction and presets the risk level for hydropower project construction;

[0068] Automatic risk classification and configuration subsystem, which automatically classifies the risk level of hydropower project construction risk points through risk point hazard loss estimation scoring, and tracks and optimizes the configuration of risk information changes;

[0069] The preset risk levels for hydropower project construction include: A-level risk points, B-level risk points, and C-level risk points;

[0070] The number of preset risk points for hydropower project construction is 104; according to the risk level of hydropower project construction, there are 19 A-level risk points, 21 B-level risk points and 64 C-level risk points.

[0071] The principle and effect of the above technical solution are as follows: the management risk point standard library subsystem includes: a hydropower project management risk standard subsystem, which, based on the historical data of the whole life cycle management of hydropower project construction, counts the occurrence law of the risk of the whole life cycle management of hydropower project construction, and establishes the risk assessment standard for the whole life cycle management of hydropower project construction; a construction risk level classification subsystem, which sets the risk level scoring level line for hydropower project construction according to the risk assessment standard for the whole life cycle management of hydropower project construction, presets the risk points of hydropower project construction and presets the risk level of hydropower project construction; an automatic risk level classification configuration subsystem, which automatically divides the risk level of hydropower project construction risk points through the risk point hazard loss estimation scoring, and tracks the risk information change optimization configuration; the risk point hazard loss estimation scoring is automatically divided into the risk level of hydropower project construction risk points, and the risk information change tracking optimization configuration includes: according to the risk hazard degree and the risk estimated loss, the risk point hazard loss estimation scoring is performed; the risk point hazard loss estimation scoring is automatically compared with the hydropower project construction risk level scoring level line, and the hydropower project construction risk points are automatically divided into the risk level of hydropower project construction risk points. Construction risk level; dynamically configure the parameters of the hydropower project construction process according to the risk parameter configuration function; automatically generate the update parameters of the hydropower project construction process when the business of the hydropower project construction process changes; input the update parameters of the hydropower project construction process into the risk parameter configuration function, and output the risk parameters of the newly added engineering construction link risk points generated by the business changes in the hydropower project construction process; track the business change information of the hydropower project construction process, automatically update the configuration of the newly added engineering construction link risk points or delete the unimplemented engineering construction risk points; automatically divide the hydropower project construction risk level of the newly added engineering construction link risk points; intelligently optimize the configuration of the hydropower project construction risk level, and track and optimize the configuration of risk information changes; the preset hydropower project construction risk levels include: A-level risk points, B-level risk points, and C-level risk points; the preset number of hydropower project construction risk points is 104; according to the hydropower project construction risk level setting: 19 A-level risk points, 21 B-level risk points and 64 C-level risk points; integrate human defense and technical defense through the information system, make full use of information technology, and effectively embed the supervision of risk points into the existing business management process to fundamentally plug loopholes and prevent risks.

[0072] In one embodiment, the risk information automatic generation subsystem includes:

[0073] The risk point risk determination subsystem determines whether there is a risk at a risk point based on the risk assessment standard of the entire life cycle management and obtains the risk determination result of the risk point;

[0074] The risk determination information generation subsystem automatically generates risk determination information of risk points according to the risk determination results of risk points;

[0075] The risk handling procedure triggering subsystem automatically triggers the risk handling process program based on the risk determination information of the risk point.

[0076] The principles and effects of the above technical solution are as follows: the risk information automatic generation subsystem includes: a risk point risk determination subsystem, which determines whether there is a risk at a risk point according to the full life cycle management risk assessment standard, and obtains the risk determination result of the risk point; a risk determination information generation subsystem, which automatically generates risk point risk determination information according to the risk point risk determination result; a risk handling procedure triggering subsystem, which automatically triggers the risk handling process procedure according to the risk point risk determination information; and by analyzing the information system data, improves the level of daily supervision, and promotes the extension from post-investigation and rectification to pre-incident and in-process supervision and management.

[0077] In one embodiment, the management risk warning reminder subsystem includes:

[0078] The hierarchical risk pop-up window subsystem automatically generates hierarchical risk pop-up windows according to the risk processing process;

[0079] The risk level type warning subsystem sets the risk level warning color of the graded risk pop-up window according to the risk level;

[0080] The risk level information reminder subsystem automatically generates risk level reminder information and issues risk level reminders when risks are detected.

[0081] The risk level warning colors include: A-level risk is a red pop-up window, B-level risk is a yellow pop-up window, and C-level risk is a gray pop-up window.

[0082] The principle and effect of the above technical solution are as follows: the management risk warning reminder subsystem includes: a graded risk pop-up window subsystem, which automatically generates a graded risk pop-up window according to the risk handling process procedure; a risk level type warning subsystem, which sets the risk level warning color of the graded risk pop-up window according to different risk levels; a risk level information reminder subsystem, which automatically generates risk level prompt information and makes risk level reminders when a risk is detected; the risk level warning colors include: a red pop-up window for grade A risk, a yellow pop-up window for grade B risk and a gray pop-up window for grade C risk; according to the risk handling process procedure, the graded risk pop-up window is automatically generated, including: according to the risk handling process procedure, the pop-up window warning processing method in the hydropower project management process is configured in a graded manner, and the processing method is used to process and control the pop-up window warning in the hydropower project management process; the pop-up window warning is identified based on the process procedure data of the subject, and the risk handling process procedure at least includes: when a risk monitoring risk occurs, the program automatically instructs to trigger the risk, and transmits the risk trigger information to the business department for handling the platform The first disposal is carried out on the platform, and the process information after the first disposal is sent to the supervision department platform of the hydropower engineering management branch, and the first disposal opinion information is sent to the graded risk pop-up preparation unit; the supervision department platform of the hydropower engineering management branch carries out the second disposal; and the process information after the second disposal is sent to the supervision department platform of the upper-level company; the second disposal opinion information is sent to the graded risk pop-up preparation unit; the supervision department platform of the upper-level company carries out the third disposal; and the third disposal opinion information is sent to the graded risk pop-up preparation unit; the graded risk pop-up preparation unit summarizes and analyzes the first disposal opinion information, the second disposal opinion information and the third disposal opinion information, summarizes and analyzes whether there is information risk and determines the risk level; the graded risk pop-up is automatically generated according to the risk level determination result; Innovation: For the first time, management risk prevention and control is introduced into the entire life cycle of hydropower engineering construction, filling the technical gap in this field and safeguarding the healthy development of the industry; Real-time: Real-time tracking and supervision of each business process, keeping each link in a compliant process, greatly improving the supervision efficiency.

[0083] In one embodiment, the management risk rating reporting subsystem includes:

[0084] The electronic document automatic generation subsystem automatically generates tamper-proof electronic documents for the management process supervision and risk disposal of the entire life cycle management of hydropower project construction through risk processing procedures;

[0085] The electronic document supervision and transmission subsystem transmits the management process supervision risk disposal tamper-proof electronic documents to the electronic document supervision and review module;

[0086] The intelligent procedure flow prevention and control subsystem inputs risk handling opinions, completes the risk management processing process, forms a closed intelligent procedure flow for risk management throughout the life cycle of hydropower project construction, and realizes intelligent management risk prevention and control of hydropower projects.

[0087] The principle and effect of the above technical solution are as follows: the management risk classification report subsystem includes: an electronic document automatic generation subsystem, which automatically generates tamper-proof electronic documents for the management process supervision risk disposal of the whole life cycle management of hydropower project construction through the risk handling process program; an electronic document supervision transmission subsystem, which transmits the tamper-proof electronic documents for the management process supervision risk disposal to the electronic document supervision and review module; an intelligent program flow prevention and control subsystem, which inputs risk handling opinions, completes the risk management processing process, forms an intelligent program flow closure for the management risk of the whole life cycle of hydropower project construction, and realizes intelligent management risk prevention and control of hydropower projects; through the risk handling process program, it automatically generates the management process supervision risk disposal of the whole life cycle management of hydropower project construction. The risk disposal tamper-proof electronic documents include: applying for the public supervision confidentiality level of the whole life cycle management of hydropower project construction to the hydropower project construction management center and the hydropower project construction management supervision platform through the risk handling process procedure; forming the management process supervision level according to the public supervision confidentiality level; performing risk disposal hierarchical encryption on the management process supervision risk disposal according to the management process supervision level; generating a unique information scanning code and a unique management process supervision verification code for each document according to the risk disposal hierarchical encryption, and generating a unique tamper-proof watermark for each document according to the unique information scanning code and the unique management process supervision verification code of each document, which is different from the same unchanging watermark. The unique tamper-proof watermark of the document can only be generated once for each document, and the watermark is clear The intensity and color pixels constitute the corresponding unique risk disposal hierarchical encryption code, and the unique risk disposal hierarchical encryption code is stored in the encryption code black box and cannot be seen; the system identifies the unique tamper-proof watermark of the document, verifies the unique information scanning code and the unique management process supervision verification code of each document, and restores the risk disposal hierarchical encryption code in the black box after the verification is consistent, and obtains the risk disposal hierarchical encryption restoration code; the risk disposal hierarchical encryption restoration code is black-box verified with the original risk disposal hierarchical encryption code. If the black-box verification is consistent, the original document has not been tampered with. If the black-box verification is inconsistent, the original document has been tampered with; through the risk processing supervision report module, all risk points are fully covered, and the risk prevention and control status and related reports are obtained. The report mainly consists of the company's monthly risk summary table and department risk summary table. It consists of a monthly summary table, a monthly summary table of job risks, and visual charts; it provides basic data for business supervision, functional supervision process data, and disciplinary supervision and review data; intelligence: through data comparison and analysis, it automatically discovers non-compliant operations, reduces the tedious process of manual review, and reduces the possibility of human error; early warning push: discovers potential management risks in advance, and the system can promptly push risk information to relevant approval personnel to ensure that problems are handled in a timely manner; hierarchical processing: differentiated processing is carried out according to the risk level, which not only ensures processing efficiency, but also ensures timely and effective prevention and control of important risks; data reports: provides risk data reports to facilitate managers to fully understand the management risk status in engineering construction and provide strong support for decision-making.

[0088] The present invention provides a method for intelligent management risk prevention and control of hydropower projects, which is characterized by comprising:

[0089] S100, statistics the occurrence patterns of hydropower project construction management risks throughout the life cycle, automatically divides the risk levels of hydropower project construction risk points, and tracks and optimizes risk information changes;

[0090] S200, determine whether there is a risk at a risk point according to the risk assessment standard of the whole life cycle management, automatically generate risk determination information of the risk point, and automatically trigger the risk handling process program;

[0091] S300, automatically generating risk level prompt information and providing risk level reminders according to the risk handling process;

[0092] S400, through the risk handling process, forms a closed process of intelligent risk management for the entire life cycle of hydropower project construction, and realizes intelligent risk prevention and control of hydropower projects.

[0093] The principle and effect of the above technical scheme are as follows: the present invention provides a method for intelligent management and risk control of hydropower projects, including: statistically analyzing the occurrence rules of management risks in the whole life cycle of hydropower project construction, automatically dividing the risk level of hydropower project construction risk points, and tracking and optimizing the configuration of risk information changes; judging whether there is a risk at a risk point according to the risk assessment standard of the whole life cycle management, automatically generating risk judgment information of the risk point, and automatically triggering the risk handling process program; automatically generating risk level prompt information according to the risk handling process program, and performing risk level reminder; through the risk handling process program, forming a closed intelligent process flow of the whole life cycle management risk of hydropower project construction, and realizing intelligent management and risk control of hydropower projects; integrating human defense and technical defense through the information system, making full use of information technology, effectively embedding the supervision of risk points into the existing business management process, fundamentally plugging loopholes and preventing risks; improving the level of daily supervision through information system data analysis, and promoting the extension from post-investigation and rectification to pre-incident supervision and management; innovation: for the first time, introducing management risk control into the whole life cycle of hydropower project construction, filling the technical gap in this field, and safeguarding the healthy development of the industry; real-time: real-time Track and supervise each business process, keep each link in the compliance process, and greatly improve the supervision efficiency; Intelligence: Through data comparison and analysis, it can automatically discover non-compliant operations, reduce the tedious process of manual review, and reduce the possibility of human error; Early warning push: Discover potential management risks in advance, and the system can push risk information to relevant approval personnel in a timely manner to ensure that the problem is handled in a timely manner; Grading processing: Differentiated processing according to risk level not only ensures processing efficiency, but also ensures timely and effective prevention and control of important risks; Data report: Provide risk data report to facilitate managers to fully understand the management risk status in engineering construction and provide strong support for decision-making; Ease of use: The entire system is simple to operate and can be quickly started without complex training, which is convenient for relevant responsible persons to carry out process supervision; Scalability: The system flexibly combines, increases, decreases and optimizes functional modules according to the actual needs of hydropower project construction to meet the needs of projects of different sizes; Security: Through information security multiple encryption technology, the security of data transmission and storage is maintained to prevent information leakage and tampering; Environmental protection and energy saving: The system not only helps to prevent corruption, but also indirectly promotes environmental protection and energy saving in hydropower project construction, achieving a win-win situation of economic and social benefits.

[0094] In one embodiment, S100 includes:

[0095] S101, based on the historical data of the whole life cycle management of hydropower project construction, statistics on the occurrence patterns of risks in the whole life cycle management of hydropower project construction, and establish the risk assessment standards for the whole life cycle management of hydropower project construction;

[0096] S102, according to the risk assessment standard for the whole life cycle management of hydropower project construction, set the risk level scoring line for hydropower project construction, preset the risk points for hydropower project construction and preset the risk level for hydropower project construction;

[0097] S103, automatically classifying the hydropower project construction risk level of the risk point of the hydropower project construction through risk point hazard loss estimation scoring, and tracking and optimizing the configuration of risk information changes;

[0098] The preset risk levels for hydropower project construction include: A-level risk points, B-level risk points, and C-level risk points;

[0099] The number of preset risk points for hydropower project construction is 104; according to the risk level of hydropower project construction, there are 19 A-level risk points, 21 B-level risk points and 64 C-level risk points.

[0100] The principle and effect of the above technical scheme are as follows: according to the historical data of the whole life cycle management of hydropower project construction, the occurrence law of the risk of the whole life cycle management of hydropower project construction is statistically analyzed, and the risk assessment standard of the whole life cycle management of hydropower project construction is established; according to the risk assessment standard of the whole life cycle management of hydropower project construction, the risk level scoring level line of hydropower project construction risk is set, and the risk points and risk levels of hydropower project construction are preset; through the risk point hazard loss estimation scoring, the risk level of hydropower project construction risk points of hydropower project construction is automatically divided, and the risk information change tracking and optimization configuration is carried out; through the risk point hazard loss estimation scoring, the risk level of hydropower project construction risk points of hydropower project construction is automatically divided, and the risk information change tracking and optimization configuration includes: according to the risk hazard degree and the risk estimated loss, the risk point hazard loss estimation scoring is performed; the risk point hazard loss estimation scoring is automatically compared with the hydropower project construction risk level scoring level line, and the hydropower project construction risk level of the risk point of hydropower project construction is automatically divided; according to the risk parameter configuration function, the hydropower project construction process is carried out Dynamic configuration calculation of parameters; when the business of the hydropower project construction process changes, automatically generate update parameters of the hydropower project construction process; input the update parameters of the hydropower project construction process into the risk parameter configuration function, and output the risk parameters of the risk points of the newly added engineering construction links generated by the business changes in the hydropower project construction process; track the business change information of the hydropower project construction process, automatically update the configuration of the risk points of the newly added engineering construction links or delete the risk points of the unimplemented engineering construction; automatically divide the hydropower project construction risk level of the newly added engineering construction link risk points; intelligently optimize the configuration of the hydropower project construction risk level, and track and optimize the configuration of risk information changes; the preset hydropower project construction risk levels include: A-level risk points, B-level risk points, and C-level risk points; the preset number of hydropower project construction risk points is 104; according to the hydropower project construction risk level setting: 19 A-level risk points, 21 B-level risk points and 64 C-level risk points; through the information system, integrate human defense and technical defense, make full use of information technology, and effectively embed the supervision of risk points into the existing business management process, fundamentally plug loopholes and prevent risks.

[0101] In one embodiment, S200 includes:

[0102] S201, determine whether there is a risk at the risk point according to the full life cycle management risk assessment standard, and obtain the risk determination result of the risk point;

[0103] S202, automatically generating risk point risk determination information according to the risk point risk determination result;

[0104] S203, automatically triggering the risk handling process program according to the risk point risk determination information.

[0105] The principles and effects of the above technical solution are: determine whether there is a risk at a risk point based on the full life cycle management risk assessment standard, and obtain the risk determination result of the risk point; automatically generate risk determination information of the risk point based on the risk determination result of the risk point; automatically trigger the risk handling process procedure based on the risk determination information of the risk point; improve the level of daily supervision through information system data analysis, and promote the extension from post-investigation and rectification to pre-incident and in-process supervision and management.

[0106] In one embodiment, S300 includes:

[0107] S301, automatically generate a hierarchical risk pop-up window according to the risk processing process;

[0108] S302, setting the risk level warning color of the graded risk pop-up window according to different risk levels;

[0109] S303, when a risk is detected, automatically generate risk level prompt information to provide risk level reminder;

[0110] The risk level warning colors include: A-level risk is a red pop-up window, B-level risk is a yellow pop-up window, and C-level risk is a gray pop-up window.

[0111] The principle and effect of the above technical solution are: according to the risk handling process procedure, a graded risk pop-up window is automatically generated; according to different risk levels, the risk level warning color of the graded risk pop-up window is set; when the risk is monitored, the risk level prompt information is automatically generated to remind the risk level; the risk level warning colors include: A-level risk is a red pop-up window, B-level risk is a yellow pop-up window and C-level risk is a gray pop-up window; according to the risk handling process procedure, the graded risk pop-up window is automatically generated, including: according to the risk handling process procedure, the pop-up window warning processing method in the hydropower project management process is configured in a graded manner, and the processing method is used to process and control the pop-up window warning in the hydropower project management process; the pop-up window warning is identified based on the process procedure data of the subject, and the risk handling process procedure at least includes: when the risk monitoring risk occurs, the program automatically instructs to trigger the risk, transmits the risk trigger information to the business department disposal platform for the first disposal, and sends the process information after the first disposal to the hydropower department. The supervision department platform of the engineering management branch sends the first disposal opinion information to the graded risk pop-up preparation unit; the supervision department platform of the hydropower engineering management branch conducts the second disposal; and sends the second disposal process information to the supervision department platform of the upper-level company; the second disposal opinion information is sent to the graded risk pop-up preparation unit; the supervision department platform of the upper-level company conducts the third disposal; and sends the third disposal opinion information to the graded risk pop-up preparation unit; the graded risk pop-up preparation unit summarizes and analyzes the first disposal opinion information, the second disposal opinion information and the third disposal opinion information, summarizes and analyzes whether there is information risk and determines the risk level; automatically generates a graded risk pop-up according to the risk level determination result; Innovation: For the first time, management risk prevention and control is introduced into the entire life cycle of hydropower engineering construction, filling the technical gap in this field and safeguarding the healthy development of the industry; Real-time: Real-time tracking and supervision of each business process, keeping each link in a compliant process, greatly improving supervision efficiency.

[0112] In one embodiment, S400 includes:

[0113] S401, through the risk handling process program, automatically generates tamper-proof electronic documents for the management process supervision risk disposal of the whole life cycle management of hydropower project construction;

[0114] S402, transmitting the management process supervision risk disposal tamper-proof electronic document to the electronic document supervision and review module;

[0115] S403, input risk handling opinions, complete the risk management process, form a closed process of intelligent risk management for the entire life cycle of hydropower project construction, and realize intelligent risk prevention and control of hydropower project management.

[0116] The principle and effect of the above technical solution are as follows: through the risk handling process program, the management process supervision risk disposal tamper-proof electronic documents for the whole life cycle management of hydropower project construction are automatically generated; the management process supervision risk disposal tamper-proof electronic documents are transmitted to the electronic document supervision and review module; the risk handling opinions are input to complete the risk management process, and the intelligent process flow of the whole life cycle management risk of hydropower project construction is formed, so as to realize the intelligent management risk prevention and control of hydropower project; through the risk handling process program, the management process supervision risk disposal tamper-proof electronic documents for the whole life cycle management of hydropower project construction are automatically generated, including: through the risk handling process program, the management center and the water conservancy project construction management center are sent to the electronic document supervision and review module; the risk handling opinions are input to complete the risk management process, and the intelligent process flow of the whole life cycle management risk of hydropower project construction is formed, so as to realize the intelligent management risk prevention and control of hydropower project; the management process supervision risk disposal tamper-proof electronic documents for the whole life cycle management of hydropower project construction are automatically generated, including: through the risk handling process program, the management center and the water conservancy project construction management center are sent to the electronic document supervision and review module; the risk handling opinions are input to complete the risk management process, and the intelligent process flow of the whole life cycle management risk of hydropower project construction is formed, and the intelligent management risk prevention and control of hydropower project is realized; the management process supervision risk disposal tamper-proof electronic documents for the whole life cycle management of hydropower project construction are automatically generated, including: through the risk handling process program, the management center and the water conservancy project construction management center are sent to the electronic document supervision and review module; the risk handling opinions are input to complete the risk management process, and the risk handling opinions are input to complete the risk management process, and the risk handling opinions are input to complete the risk management process, and the risk handling The hydropower engineering construction management and supervision platform applies for the public supervision confidentiality level of the whole life cycle management of hydropower engineering construction; according to the public supervision confidentiality level, the management process supervision level is formed; according to the management process supervision level, the management process supervision risk disposal is graded and encrypted; according to the risk disposal graded encryption, a unique information scanning code and a unique management process supervision verification code are generated for each document, and a unique tamper-proof watermark is generated for each document based on the unique information scanning code and the unique management process supervision verification code of each document. Different from the same unchanging watermark, the unique tamper-proof watermark of the document can only be generated once for each document, and the watermark clarity and color pixels constitute the corresponding unique risk disposal graded encryption code, and only 1. The risk disposal hierarchical encryption code is stored in the encryption code black box and is invisible; the system identifies the unique tamper-proof watermark of the document, verifies the unique information scanning code and the unique management process supervision verification code of each document, and restores the risk disposal hierarchical encryption code in the black box after the verification is consistent, and obtains the risk disposal hierarchical encryption restoration code; the risk disposal hierarchical encryption restoration code is black-box verified with the original risk disposal hierarchical encryption code. If the black-box verification is consistent, the original document has not been tampered with. If the black-box verification is inconsistent, the original document has been tampered with; through the risk processing supervision report module, all risk points are fully covered, and the risk prevention and control status and related reports are obtained. The reports mainly consist of the company's monthly risk summary table, departmental risk monthly summary table, and job risk monthly summary table. It consists of summary tables and visual charts; it provides basic data for business supervision, functional supervision process data and disciplinary supervision and audit data; intelligence: through data comparison and analysis, it can automatically discover non-compliant operations, reduce the tedious process of manual review, and reduce the possibility of human error; early warning push: discover potential management risks in advance, and the system can promptly push risk information to relevant approval personnel to ensure that problems are handled in a timely manner; hierarchical processing: differentiated processing is carried out according to risk levels, which not only ensures processing efficiency, but also ensures timely and effective prevention and control of important risks; data reports: risk data reports are provided to facilitate managers to fully understand the management risk status in engineering construction and provide strong support for decision-making.

[0117] Although the embodiments of the present invention have been disclosed as above, they are not limited to the applications listed in the specification and the implementation methods. They can be fully applied to various fields suitable for the present invention. For those familiar with the art, additional modifications can be easily implemented. Therefore, without departing from the general concept defined by the claims and the scope of equivalents, the present invention is not limited to the specific details and the illustrations shown and described herein.

Claims

1. The intelligent management risk prevention and control system for hydropower projects is characterized by: include: Manage the risk point standard library subsystem, count the occurrence patterns of management risks in the entire life cycle of hydropower project construction, automatically classify the risk levels of hydropower project construction risk points, and track and optimize the configuration of risk information changes; The risk information automatic generation subsystem determines whether there is a risk at a risk point based on the risk assessment standard of the whole life cycle management, automatically generates risk determination information for the risk point, and automatically triggers the risk handling process program; Manage the risk warning subsystem, automatically generate risk level prompt information and provide risk level reminders according to the risk handling process; The management risk classification report subsystem forms a closed process of intelligent risk management for the entire life cycle of hydropower project construction through risk handling procedures, thus realizing intelligent risk prevention and control of hydropower project management; The management risk classification reporting subsystem includes: The electronic document automatic generation subsystem automatically generates tamper-proof electronic documents for the management process supervision and risk disposal of the entire life cycle management of hydropower project construction through risk processing procedures; The electronic document supervision and transmission subsystem transmits the management process supervision risk disposal tamper-proof electronic documents to the electronic document supervision and review module; The intelligent process control subsystem inputs risk handling opinions, completes the risk management process, forms a closed intelligent process for risk management of the entire life cycle of hydropower project construction, and realizes intelligent risk control of hydropower project management; Through the risk handling process program, the management process supervision risk disposal tamper-proof electronic documents for the whole life cycle management of hydropower project construction are automatically generated, including: through the risk handling process program, apply to the hydropower project construction management center and the hydropower project construction management supervision platform for the public supervision confidentiality level of the whole life cycle management of hydropower project construction; according to the public supervision confidentiality level, form the management process supervision level; according to the management process supervision level, perform risk disposal hierarchical encryption for the management process supervision risk disposal; according to the risk disposal hierarchical encryption, generate a unique information scanning code and a unique management process supervision verification code for each document, and generate a unique tamper-proof watermark for each document based on the unique information scanning code and the unique management process supervision verification code of each document, which is different from the same unchanging watermark. The unique tamper-proof watermark of the document can only be generated once for each document, and the clarity and color pixels of the watermark constitute the corresponding unique risk disposal hierarchical encryption code, and the unique risk disposal hierarchical encryption code is stored in the encryption code black box and is invisible; the system identifies the unique tamper-proof watermark of the document, verifies the unique information scanning code and the unique management process supervision verification code of each document, and restores the risk disposal in the black box after verification. The hierarchical encryption code is used to obtain the hierarchical encryption and restoration code for risk disposal; the hierarchical encryption and restoration code for risk disposal is black-box verified with the original hierarchical encryption code for risk disposal. If the black-box verification is consistent, the original document has not been tampered with; if the black-box verification is inconsistent, the original document has been tampered with; through the risk handling supervision report module, the prevention and control of each risk point is fully covered, and the risk prevention and control status and related reports are obtained. The report mainly consists of the company's monthly risk summary table, departmental risk monthly summary table, job risk monthly summary table, and visual charts; business supervision basic data, functional supervision process data and disciplinary supervision and review data are provided; intelligent: through data comparison and analysis, non-compliant operations are automatically discovered, which reduces the tedious process of manual review and reduces the possibility of human errors; early warning push: potential management risks are discovered in advance, and the system can push risk information to relevant approval personnel in a timely manner to ensure that the problem is handled in a timely manner; hierarchical processing: differentiated processing is carried out according to the risk level, which not only ensures processing efficiency, but also ensures timely and effective prevention and control of important risks; data reports: risk data reports are provided to facilitate managers to fully understand the management risk status in engineering construction and provide strong support for decision-making.

2. The hydropower project intelligent management risk prevention and control system according to claim 1 is characterized in that: The risk point management standard library subsystem includes: The hydropower project management risk standard subsystem, based on the historical data of the hydropower project construction life cycle management, counts the occurrence patterns of hydropower project construction life cycle management risks, and establishes the hydropower project construction life cycle management risk assessment standards; The construction risk level classification subsystem sets the risk level rating line for hydropower project construction according to the risk assessment standard for the whole life cycle management of hydropower project construction, presets the risk points for hydropower project construction and presets the risk level for hydropower project construction; The subsystem for automatically dividing risk levels can automatically divide the risk levels of hydropower project construction risk points through risk point hazard loss estimation scoring, and track and optimize the configuration of risk information changes.

3. The hydropower project intelligent management risk prevention and control system according to claim 1 is characterized in that: The risk information automatic generation subsystem includes: The risk point risk determination subsystem determines whether there is a risk at a risk point based on the risk assessment standard of the entire life cycle management and obtains the risk determination result of the risk point; The risk determination information generation subsystem automatically generates risk determination information of risk points according to the risk determination results of risk points; The risk handling procedure triggering subsystem automatically triggers the risk handling process program based on the risk determination information of the risk point.

4. The hydropower project intelligent management risk prevention and control system according to claim 1 is characterized in that: The management risk warning subsystem includes: The hierarchical risk pop-up window subsystem automatically generates hierarchical risk pop-up windows according to the risk processing process; The risk level type warning subsystem sets the risk level warning color of the graded risk pop-up window according to the risk level; The risk level information reminder subsystem automatically generates risk level reminder information and issues risk level reminders when risks are detected. The risk level warning colors include: A-level risk is a red pop-up window, B-level risk is a yellow pop-up window, and C-level risk is a gray pop-up window.

5. A method for intelligent management risk prevention and control of hydropower projects, characterized in that: include: S100, statistics the occurrence patterns of hydropower project construction management risks throughout the life cycle, automatically divides the risk levels of hydropower project construction risk points, and tracks and optimizes risk information changes; S200, determine whether there is a risk at a risk point according to the risk assessment standard of the whole life cycle management, automatically generate risk determination information of the risk point, and automatically trigger the risk handling process program; S300, automatically generating risk level prompt information and providing risk level reminders according to the risk handling process; S400, through the risk handling process, forms a closed process of intelligent risk management for the entire life cycle of hydropower project construction, and realizes intelligent risk prevention and control of hydropower project management; S400 includes: S401, through the risk handling process program, automatically generates tamper-proof electronic documents for the management process supervision risk disposal of the whole life cycle management of hydropower project construction; S402, transmitting the management process supervision risk disposal tamper-proof electronic document to the electronic document supervision and review module; S403, input risk handling opinions, complete the risk management process, form a closed process of intelligent risk management for the entire life cycle of hydropower project construction, and realize intelligent risk prevention and control of hydropower project management; Through the risk handling process program, the management process supervision risk disposal tamper-proof electronic documents for the whole life cycle management of hydropower project construction are automatically generated, including: through the risk handling process program, apply to the hydropower project construction management center and the hydropower project construction management supervision platform for the public supervision confidentiality level of the whole life cycle management of hydropower project construction; according to the public supervision confidentiality level, form the management process supervision level; according to the management process supervision level, perform risk disposal hierarchical encryption for the management process supervision risk disposal; according to the risk disposal hierarchical encryption, generate a unique information scanning code and a unique management process supervision verification code for each document, and generate a unique tamper-proof watermark for each document based on the unique information scanning code and the unique management process supervision verification code of each document, which is different from the same unchanging watermark. The unique tamper-proof watermark of the document can only be generated once for each document, and the clarity and color pixels of the watermark constitute the corresponding unique risk disposal hierarchical encryption code, and the unique risk disposal hierarchical encryption code is stored in the encryption code black box and is invisible; the system identifies the unique tamper-proof watermark of the document, verifies the unique information scanning code and the unique management process supervision verification code of each document, and restores the risk disposal in the black box after verification. The hierarchical encryption code is used to obtain the hierarchical encryption and restoration code for risk disposal; the hierarchical encryption and restoration code for risk disposal is black-box verified with the original hierarchical encryption code for risk disposal. If the black-box verification is consistent, the original document has not been tampered with; if the black-box verification is inconsistent, the original document has been tampered with; through the risk handling supervision report module, the prevention and control of each risk point is fully covered, and the risk prevention and control status and related reports are obtained. The report mainly consists of the company's monthly risk summary table, departmental risk monthly summary table, job risk monthly summary table, and visual charts; business supervision basic data, functional supervision process data and disciplinary supervision and review data are provided; intelligent: through data comparison and analysis, non-compliant operations are automatically discovered, which reduces the tedious process of manual review and reduces the possibility of human errors; early warning push: potential management risks are discovered in advance, and the system can push risk information to relevant approval personnel in a timely manner to ensure that the problem is handled in a timely manner; hierarchical processing: differentiated processing is carried out according to the risk level, which not only ensures processing efficiency, but also ensures timely and effective prevention and control of important risks; data reports: risk data reports are provided to facilitate managers to fully understand the management risk status in engineering construction and provide strong support for decision-making.

6. The method for intelligent management risk control of hydropower projects according to claim 5 is characterized in that: S100 includes: S101, based on the historical data of the whole life cycle management of hydropower project construction, statistics on the occurrence patterns of risks in the whole life cycle management of hydropower project construction, and establish the risk assessment standards for the whole life cycle management of hydropower project construction; S102, according to the risk assessment standard for the whole life cycle management of hydropower project construction, set the risk level scoring line for hydropower project construction, preset the risk points for hydropower project construction and preset the risk level for hydropower project construction; S103, automatically classifying the risk level of the hydropower project construction risk points through risk point hazard loss estimation scoring, and tracking and optimizing the configuration of risk information changes.

7. The method for intelligent management risk control of hydropower projects according to claim 5 is characterized in that: S200 includes: S201, determine whether there is a risk at the risk point according to the risk assessment standard of the whole life cycle management, and obtain the risk determination result of the risk point; S202, automatically generating risk point risk determination information according to the risk point risk determination result; S203, automatically triggering the risk handling process program according to the risk point risk determination information.

8. The method for intelligent management risk control of hydropower projects according to claim 5 is characterized in that: S300 includes: S301, automatically generate a hierarchical risk pop-up window according to the risk processing process; S302, setting the risk level warning color of the graded risk pop-up window according to different risk levels; S303, when a risk is detected, automatically generate risk level prompt information to provide risk level reminder; The risk level warning colors include: A-level risk is a red pop-up window, B-level risk is a yellow pop-up window, and C-level risk is a gray pop-up window.

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