High-efficiency intelligent business platform based on low and no integrated technology

Abstract

The invention discloses an efficient intelligent service platform based on a low-zero integration technology, and belongs to the technical field of software system development, and the platform comprises an identity authentication engine system which is used for simplifying data authority configuration and finely controlling role access authority and security control; the form engine system is used for generating, managing and processing electronic form information; the process engine system is used for defining, executing and monitoring internal and cross-department business process information of the organization; the customized component library is used for quickly establishing a service scene related function module; and the system maintenance management system is used for monitoring the state of the service platform, preventing faults, executing regular maintenance tasks, quickly responding to problems and optimizing the performance of the service platform. The invention provides a low-cost and no-cost integrated development platform for business application, which not only closely meets the requirements, but also greatly promotes the service digitization and intellectualization.

Description

Technical Field

[0001] The present invention belongs to the technical field of software system development, and in particular relates to a high-efficiency intelligent business platform based on low-no integration technology. Background Art

[0002] As the pace of digital transformation of enterprises accelerates, the need to quickly build and deploy applications to adapt to the ever-changing business needs is becoming increasingly urgent. However, the traditional software development model has exposed its limitations: lengthy development cycles, high manpower and time costs, and difficulty in flexibly adapting to the rapid iteration of market needs. This model seems to be inadequate in the current environment, especially in the face of growing diversified and personalized application needs. Its customized development path often lags behind actual needs and cannot efficiently respond to the ever-changing market.

[0003] In addition, in the pursuit of efficient innovation, frequent iterative development and rapid verification have become the norm. Traditional development methods not only require writing a lot of code, but also require in-depth mastery of multiple technology stacks and handling complex logical structures, which undoubtedly prolongs the development cycle, increases project risks, and is not conducive to rapid feedback and flexible adjustments. Summary of the invention

[0004] In order to solve the above technical problems, the present invention proposes a high-efficiency intelligent business platform based on low-power integrated technology to solve the problems existing in the above-mentioned prior art.

[0005] To achieve the above objectives, the present invention provides a highly efficient and intelligent business platform based on low-power integrated technology, including:

[0006] Identity authentication engine system, used to simplify data permission configuration, fine-tune role access rights and security control;

[0007] Form engine system, used to generate, manage and process electronic form information;

[0008] Process engine system, used to define, execute and monitor business process information within the organization and across departments;

[0009] Customized component library for quickly building functional modules related to business scenarios;

[0010] The system maintenance management system is used to monitor the status of the business platform, prevent failures, perform regular maintenance tasks, respond quickly to problems, and optimize business platform performance.

[0011] Preferably, the identity authentication engine system comprises:

[0012] User management unit, used to manage user identity information, permissions and roles;

[0013] Identity verification unit, used to verify the validity and authenticity of the identity information provided by the user;

[0014] Access control unit, used to identify and verify user identity information and control user access rights to systems and resources;

[0015] Anomaly detection unit, used to detect abnormal authentication behaviors.

[0016] Preferably, the form engine system includes:

[0017] The form design unit is used to create and edit the layout and content of the form;

[0018] Form management unit, used to define and manage form information;

[0019] Form generation and publishing unit, used to automatically generate and publish form pages;

[0020] Workflow integration unit, used for form submission and processing flow management;

[0021] Permission management unit, used for configuration management of users and roles.

[0022] Preferably, the process engine system includes:

[0023] Process Modeling Unit, a visual tool for designing and creating business processes, and supports users to create and edit process models;

[0024] A process execution unit, configured to receive the process definition from the process modeling unit and execute the process according to the defined rules;

[0025] Data management unit, used to manage the process data life cycle;

[0026] Task management unit, used to assign specific tasks to designated users or roles according to the flowchart;

[0027] The rule configuration unit is used to manage the business logic rules in the process;

[0028] The monitoring report unit is used to monitor and count the execution of the process and generate relevant reports.

[0029] Preferably, the customized component library includes:

[0030] The portal unit is used to centrally display the latest news, policies and regulations, advanced deeds, and learning materials;

[0031] Organizational management unit, used to manage the structure of organizations at all levels;

[0032] Personnel management unit, used for inputting, updating, querying and statistical analysis of personnel personal information;

[0033] Organizational Life Management Unit, which is used to assist in planning and recording the organizational life of the organization;

[0034] Department management unit, used for real-time process tracking and record management of meetings and proposals;

[0035] The departmental central group learning management unit is used to organize and supervise the learning of department members;

[0036] The expense management unit is used to automate the entire process of personnel paying expenses.

[0037] Preferably, the system maintenance management system includes:

[0038] Intelligent monitoring and early warning unit, used to monitor the operation status of system software in real time and predict potential failure points through intelligent analysis;

[0039] Data protection and recovery mechanism unit, used to automatically execute data backup strategies;

[0040] A resource flexible scheduling unit, used to automatically adjust resource allocation according to real-time system load;

[0041] Centralized log analysis unit, which integrates log collection and analysis tools to provide administrators with a unified view.

[0042] Preferably, the user management unit is further configured to call a pre-configured authentication interface to verify the registration information after receiving the user's registration information, and generate a unique user ID if the verification passes.

[0043] Preferably, the process modeling unit is also used to set active nodes, branch nodes, start nodes, end nodes, and configure detailed attributes for each node.

[0044] Compared with the prior art, the present invention has the following advantages and technical effects:

[0045] Rapid development and deployment: The low-power integrated development platform greatly shortens the development cycle of business applications through visual design tools, a rich library of prefabricated components, and a powerful workflow engine. Even in the face of complex demand changes, it can be adjusted quickly to accelerate the launch process.

[0046] Easy to maintain and expand: Provides a graphical interface for application management, allowing staff with non-technical backgrounds to participate in application maintenance and function iteration, reducing dependence on professional developers and improving the ability to respond to market or policy changes.

[0047] Efficient workflow automation: The built-in workflow engine supports the rapid construction of approval processes, notification systems, etc., improving the level of office automation and work efficiency.

[0048] Enhanced collaboration and transparency: The collaborative nature of the platform allows multiple departments and multiple roles to work together on the same platform, improving the transparency of business management and strengthening internal communication and coordination. BRIEF DESCRIPTION OF THE DRAWINGS

[0049] The drawings constituting a part of the present application are used to provide a further understanding of the present application. The illustrative embodiments and descriptions of the present application are used to explain the present application and do not constitute an improper limitation on the present application. In the drawings:

[0050] Figure 1 A flowchart of the use of the identity authentication engine according to an embodiment of the present invention;

[0051] Figure 2 A flowchart of using the form engine according to an embodiment of the present invention;

[0052] Figure 3 A flow chart for using a process engine according to an embodiment of the present invention;

[0053] Figure 4 The present invention is a flowchart of a system business based on a low-power integrated development platform according to an embodiment of the present invention. DETAILED DESCRIPTION

[0054] It should be noted that, in the absence of conflict, the embodiments and features in the embodiments of the present application can be combined with each other. The present application will be described in detail below with reference to the accompanying drawings and in combination with the embodiments.

[0055] It should be noted that the steps shown in the flowcharts of the accompanying drawings can be executed in a computer system such as a set of computer executable instructions, and that, although a logical order is shown in the flowcharts, in some cases, the steps shown or described can be executed in an order different from that shown here.

[0056] Embodiment 1

[0057] This embodiment provides an efficient and intelligent business platform based on low-power integrated technology, including:

[0058] An identity authentication engine system based on low-no integration technology is used to simplify data permission configuration and finely control role access rights and security control;

[0059] A form engine system based on low-power integrated technology is used to generate, manage and process electronic form information;

[0060] A process engine system based on low-power integrated technology is used to define, execute and monitor internal and cross-departmental business process information of an organization;

[0061] A customized component library based on low-power integrated technology is used to quickly build functional modules related to business scenarios.

[0062] The system maintenance management subsystem based on low-power integrated technology is used to monitor system status, prevent failures, perform regular maintenance tasks, quickly respond to problems and optimize system performance, thereby ensuring the stable operation of the entire IT infrastructure;

[0063] Furthermore, the identity authentication engine system based on low-no integration technology has the following specific process:

[0064] S1: User registration and data model establishment: In the initialization phase, users register their IDs and create data models such as user basic information and personnel information;

[0065] S2: Customized configuration of authentication mechanism: System administrators can flexibly configure authentication links on the low-power integrated development platform, including authentication strategy setting, authentication service provider selection, authentication data source specification, authentication logic refinement and authentication status management;

[0066] S3: Registration information review and ID allocation: After the system database receives the user's registration information, the system automatically calls the pre-configured authentication interface and performs a strict credential verification process. After the verification is passed, a unique user ID is assigned to the user as the unique identifier within the system;

[0067] S4: Role assignment and permission management: The system administrator will assign appropriate roles and access rights based on the user ID;

[0068] S5: Login session management and audit tracking: After the user successfully logs in, the system uses Token technology to maintain the user's login status and automatically records the login activities to the log system.

[0069] Furthermore, the identity authentication engine system based on low-no integration technology specifically includes:

[0070] ① User management unit: responsible for managing user identity information, permissions and roles, including user registration, login, logout, password management, account lock, information management and other functions;

[0071] ② Authentication unit: responsible for verifying the validity and authenticity of the identity information provided by the user, including multiple authentication method management, authentication process definition and other functions;

[0072] ③ Access control unit: controls the user's access rights to the system and resources by identifying and verifying the user's identity information, including user role and permission management, access policy definition and other functions;

[0073] ④Anomaly detection unit: used to detect abnormal identity authentication behavior to prevent risks such as malicious intrusion and fraud, including functions such as monitoring user behavior and access patterns, and automated response mechanisms.

[0074] Furthermore, the specific process of the form engine system based on low-no integration technology is as follows:

[0075] S1: Initialization configuration: set basic form properties, specify data storage location, select form function type, and define form field information in detail;

[0076] S2: Form design: Use an intuitive interface to build forms, and users can complete the layout by dragging and dropping preset form items;

[0077] S3: Logic and validation settings: configure the internal logical relationship of form items to enable the form to dynamically adapt to user input. At the same time, set the data validation rules of the form to ensure the accuracy and completeness of the form data.

[0078] S4: Permissions and access control: Set form access permissions, editing permissions, and filling permissions, and implement differentiated permission management based on different roles;

[0079] S5: Release and deployment: After the form design is completed, publish the form to the production environment with one click;

[0080] S6: Data collection and storage: After the form is submitted, the database automatically collects and stores relevant data in the cloud database, supporting data viewing, exporting, analysis and other operations;

[0081] S7: Integrated process automation: Based on the pre-set process automation mechanism, the form automatically triggers the corresponding approval process, task allocation and other follow-up work.

[0082] Furthermore, the form engine system based on low-no integration technology specifically includes:

[0083] ① Form design unit: used to create and edit the layout and content of the form. Users can design the form by dragging and dropping or using predefined templates, including form content design, form style design, form preview and other functions;

[0084] ②Form management unit: used to define and manage form information, supports users to add, edit, delete, copy, import, export, filter and other operations on forms, and also supports basic operations such as adding, deleting, modifying and checking form fields, setting validation rules and other operations;

[0085] ③Form generation and publishing unit: provides automatic generation and publishing of form pages;

[0086] ④Workflow integration unit: Integrate the form with the process engine to realize the submission and processing flow management of the form; support the configuration of workflow nodes, approvers and process conditions;

[0087] ⑤Permission management unit: supports configuration management of users and roles. It can not only add, edit, and delete users and their permissions, but also provide multi-level operation permissions such as viewing, editing, submitting, and approving.

[0088] Furthermore, the process engine system based on low-no integration technology has the following specific process:

[0089] S1: Initialize process definition: set key nodes such as activity nodes, branch nodes, start nodes, end nodes, and configure detailed properties for each node, including task description, executor, conditional logic, time limit and other information;

[0090] S2: Data and form integration: Integrate data sources, automatically extract business data tables required for system processes and user role permissions configured on the front end, and store the information in the database;

[0091] S3: Logic coding and rule configuration: abstract the process control logic and specific rules into process coding and store it in the system;

[0092] S4: Rapid process template building: Based on the visual drag-and-drop method, the preset nodes and logic are connected in series to quickly generate business process templates;

[0093] S5: Permissions and access control: Set process access permissions and operation permissions, and implement differentiated permission management based on different roles;

[0094] S5: Release and deployment: After the process design is completed, the process can be released to the production environment with one click;

[0095] S6: Interface integration and service flow: Complete the flow of application services by configuring and calling the process interface.

[0096] Furthermore, the process engine system based on low-power integrated technology specifically includes:

[0097] ① Process modeling unit: a visual tool for designing and creating business processes, which supports users to create and edit process models, including flowchart drawing, node (step) definition, conditional branch planning, event trigger configuration and other functions;

[0098] ②Process execution unit: responsible for receiving the process definition from the modeling module and executing the process according to the defined rules. It supports dynamic adjustment of the process control mechanism, implementation of parallel and asynchronous processing of steps, and state management of process instances;

[0099] ③Data management unit: used to manage the life cycle of process data, covering data definition, source configuration and storage strategy. Supports functions such as data reading, writing and processing;

[0100] ④Task management unit: responsible for managing and executing various tasks in the process engine, assigning specific tasks to designated users or roles according to the flowchart, supporting the creation, allocation, execution, and completion of node tasks; providing task status tracking, tracking the execution status of tasks, and other functions;

[0101] ⑤Rule configuration unit: used to manage business logic rules in the process, supporting user-defined rules to implement dynamic condition judgment and control operations in the process.

[0102] ⑥ Monitoring and reporting unit: used to monitor and count the execution of the process and generate relevant reports. It supports real-time monitoring of the status and performance indicators of process execution, and provides chart and report display functions.

[0103] Furthermore, the customized component library based on low-power integrated technology is divided into the following according to business functions:

[0104] The portal unit is used to centrally display the latest news, policies and regulations, advanced deeds, learning materials and other information to ensure that personnel and members can obtain organizational dynamics in a timely manner;

[0105] The organization management unit is used to manage the structure of organizations at all levels, including operations such as adding, editing, adjusting, deleting, and approving organizations;

[0106] Personnel management unit, used for inputting, updating, querying and statistical analysis of personnel personal information, including operations such as adding, editing, adjusting, deleting and approving personnel;

[0107] The organizational life management unit is used to assist in planning and recording the organizational life of the organization, including operations such as adding, editing, and deleting organizational meetings, course records, and activity records;

[0108] Department management unit, used for real-time process tracking and record management of meetings and proposals, including meeting preparation, notification, record and other operations;

[0109] The department center group learning management unit is used to organize and supervise the learning of department members, including adding courses, supervision, screening and other operations;

[0110] The expense management unit is used to automate the entire process of personnel paying fees, including the formulation of fee payment rules, payment registration, payment reporting and other operations.

[0111] Furthermore, the system maintenance management subsystem based on low-power integrated technology has the following key functions:

[0112] Intelligent monitoring and early warning: Real-time monitoring of system software operation status, use of intelligent analysis to predict potential failure points, and take measures in advance to prevent service interruptions.

[0113] Data protection and recovery mechanism: Automatically execute data backup strategies to ensure the security of key information assets.

[0114] Flexible resource scheduling: Automatically adjust resource allocation according to real-time system load.

[0115] Centralized log analysis platform: Integrates log collection and analysis tools to provide administrators with a unified view, making it easier to dig deep into system behavior patterns and quickly locate the root cause of problems.

[0116] Embodiment 2

[0117] This embodiment provides an efficient and intelligent business platform based on low-power integrated technology, including:

[0118] See also Figure 1 , the figure shows the process of the method for using the identity authentication engine based on the low-no integration development platform provided by the embodiment of the present invention, which is described in detail as follows:

[0119] S1: The user registers through the portal platform entrance and fills in the corresponding basic information, account number, password and other information to complete the user registration;

[0120] S2: The system generates the corresponding ID according to the configured authentication interface and credential verification process;

[0121] S3: Registration is successful, and the user is redirected to the login platform;

[0122] S4: The authentication engine receives the login request and performs user identity verification, including password verification and account validity check. If the verification succeeds, it returns an access token to the client for identity verification of subsequent operations. If the verification fails, it returns an error message.

[0123] S5: When a user accesses other microservices (such as the organization management module, department management module, etc.), the system verifies the validity of the token and assigns corresponding access rights based on the user role;

[0124] S6: The system automatically records the user's login activities to the log system.

[0125] See also Figure 2 , the figure shows the process of the method for using the form engine based on the low-power integrated development platform provided by the embodiment of the present invention, which is described in detail as follows:

[0126] S1: The administrator or authorized user sets form properties, form storage location, etc. in the form engine module;

[0127] S2: Design various forms by dragging and dropping, such as basic personnel information forms, activity application forms, etc., and configure field information.

[0128] S3: Configure the logical relationship, data verification rules and other information within the form;

[0129] S4: Set form access rights, editing rights, and filling rights based on user roles;

[0130] S5: After the designed form is saved, it is published to the platform to form an online form that can be filled in;

[0131] S6: Personnel or staff fill in the form;

[0132] S7: After the form is submitted, the form engine is responsible for data collection, verification and cleaning to ensure the accuracy and completeness of the data;

[0133] S8: The verified data is temporarily stored or directly passed to the process engine or microservice database to trigger subsequent business processes.

[0134] See also Figure 3 , the figure shows the process of the method for using the process engine based on the low-power integrated development platform provided by the embodiment of the present invention, which is described in detail as follows:

[0135] S1: The administrator uses the process designer to define various business processes, such as personnel development process, meeting approval process, etc., and sets process nodes, tasks at each node, approvers at each node, approval rules, conditional branches, etc.;

[0136] S2: The administrator calls the required form data in the process design (such as filling out the form for personnel development) and the user role permissions of the form (such as the user ID of the approval permission for the personnel development form);

[0137] S3: According to the approval requirements and process requirements of personnel development, set the corresponding process code and save it in the system;

[0138] S4: The administrator uses dragging and dropping to connect nodes and logics to complete the process template construction;

[0139] S5: The administrator sets the approval personnel and the personnel who view the approval process according to the user role permissions;

[0140] S6: The administrator publishes the corresponding personnel development process;

[0141] S7: The worker submits the relevant form of the development personnel, and the process engine starts the corresponding process instance according to the configuration. Call the process software system development pi interface and automatically assign the approval task to the designated approver according to the corresponding process definition;

[0142] S8: After the approver passes the identity authentication, he / she checks the pending tasks and performs the approval operation. The process engine calls the pi interface developed by the approval software system;

[0143] S9: Automatically advance the process to the next node based on the approval results and preset rules, or execute different process paths based on conditional branches;

[0144] S9: When the process reaches the end point or reaches the termination condition, the process engine processes the final state, such as archiving, sending notifications, etc.

[0145] See also Figure 4 , the figure shows the process of system business construction based on the low-end integrated development platform provided by the embodiment of the present invention, which is described in detail as follows:

[0146] S1: Demand analysis and function planning: Based on the unique business scenarios of the system, firstly, we deeply analyze the business needs and existing processes, and clarify the key functions of the required customized services. This includes identifying the types of information that users need to fill in under each functional module (such as collecting personnel development data through forms, etc.), defining permission control requirements, and designing automated processing processes;

[0147] S2: Technology selection and engine configuration: Select software system development uth0 as the identity authentication engine system to ensure the security and convenient management of user identities, and support multi-factor authentication and SSO login; use Form.io low-code form engine tool to quickly design and deploy various forms that meet system requirements, and seamlessly integrate them into the back-end data processing logic; select software system development ctiviti as the process management engine, with its powerful workflow design capabilities, it can easily realize the automation of complex business processes, including automated task allocation and status tracking;

[0148] S3: System Integration - Authentication Access: Through the integration capabilities of the low-end integrated development platform, set the software system development uth0 as a unified authentication entrance to achieve SSO single sign-on, strengthen system security and improve user experience, and ensure that each access is subject to strict identity authentication;

[0149] S4: System Integration - Form Design and Docking: Use the form engine to design the form information required for customized services (such as the personnel management module - personnel development form), and connect it with the backend data storage and user information of the authentication engine to ensure accurate data transmission and storage;

[0150] S5: System Integration - Process Customization and Implementation: Draw business process diagrams intuitively in the software system development ctiviti process engine, and finely configure process nodes, conditional branches, loop logic, task assignment rules and other information to ensure that dynamic workflows can be triggered immediately after form data is submitted, and use the software system development uth0 to review identity permissions at each approval stage;

[0151] S6: Microservice architecture and permission management: Under the microservice architecture, refine and configure the access rights of different service roles to ensure that users can only operate services, forms, and processes within their permission scope, and strengthen the granularity of system permission management;

[0152] S7: Microservice integration and interaction: Tightly integrate core engines such as identity authentication, form processing, and process management with each microservice module, and develop PI interfaces and message queue mechanisms through standardized software systems to achieve efficient data exchange and status synchronization, supporting the smooth operation of the entire system business platform;

[0153] S8: Operation and maintenance and intelligent management: Deploy system operation and maintenance management modules, integrate intelligent monitoring systems to track microservice performance in real time, implement fault warning, data backup and recovery, dynamic resource scheduling and centralized log analysis, and ensure platform stability and efficient operation and maintenance.

[0154] The above are only preferred specific implementations of the present application, but the protection scope of the present application is not limited thereto. Any changes or substitutions that can be easily thought of by a person skilled in the art within the technical scope disclosed in the present application should be included in the protection scope of the present application. Therefore, the protection scope of the present application should be based on the protection scope of the claims.

Claims

1. An efficient and intelligent business platform based on low-power integrated technology, characterized in that: include: Identity authentication engine system, used to simplify data permission configuration, fine-tune role access rights and security control; Form engine system, used to generate, manage and process electronic form information; Process engine system, used to define, execute and monitor business process information within the organization and across departments; Customized component library for quickly building functional modules related to business scenarios; The system maintenance management system is used to monitor the status of the business platform, prevent failures, perform regular maintenance tasks, respond quickly to problems, and optimize business platform performance.

2. The efficient and intelligent business platform based on low-power integrated technology according to claim 1 is characterized in that: The identity authentication engine system comprises: User management unit, used to manage user identity information, permissions and roles; Identity verification unit, used to verify the validity and authenticity of the identity information provided by the user; Access control unit, used to identify and verify user identity information and control user access rights to systems and resources; Anomaly detection unit, used to detect abnormal authentication behaviors.

3. The efficient and intelligent business platform based on low-power integrated technology according to claim 1 is characterized in that: The form engine system comprises: The form design unit is used to create and edit the layout and content of the form; Form management unit, used to define and manage form information; Form generation and publishing unit, used to automatically generate and publish form pages; Workflow integration unit, used for form submission and processing flow management; Permission management unit, used for configuration management of users and roles.

4. The efficient and intelligent business platform based on low-power integrated technology according to claim 1 is characterized in that: The process engine system includes: Process Modeling Unit, a visual tool for designing and creating business processes, and supports users to create and edit process models; A process execution unit, configured to receive the process definition from the process modeling unit and execute the process according to the defined rules; Data management unit, used to manage the process data life cycle; Task management unit, used to assign specific tasks to designated users or roles according to the flowchart; The rule configuration unit is used to manage the business logic rules in the process; The monitoring report unit is used to monitor and count the execution of the process and generate relevant reports.

5. The efficient and intelligent business platform based on low-power integrated technology according to claim 1 is characterized in that: The custom component library includes: The portal unit is used to centrally display the latest news, policies and regulations, advanced deeds, and learning materials; Organizational management unit, used to manage the structure of organizations at all levels; Personnel management unit, used for inputting, updating, querying and statistical analysis of personnel personal information; Organizational Life Management Unit, which is used to assist in planning and recording the organizational life of the organization; Department management unit, used for real-time process tracking and record management of meetings and proposals; The departmental central group learning management unit is used to organize and supervise the learning of department members; The expense management unit is used to automate the entire process of personnel paying expenses.

6. The efficient and intelligent business platform based on low-power integrated technology according to claim 1 is characterized in that: The system maintenance management system comprises: Intelligent monitoring and early warning unit, used to monitor the operation status of system software in real time and predict potential failure points through intelligent analysis; Data protection and recovery mechanism unit, used to automatically execute data backup strategies; A resource flexible scheduling unit, used to automatically adjust resource allocation according to real-time system load; Centralized log analysis unit, which integrates log collection and analysis tools to provide administrators with a unified view.

7. The efficient and intelligent business platform based on low-power integrated technology according to claim 2 is characterized in that: The user management unit is also used to call a pre-configured authentication interface to verify the registration information after receiving the user's registration information, and generate a unique user ID if the verification is successful.

8. The efficient and intelligent business platform based on low-power integrated technology according to claim 4 is characterized in that: The process modeling unit is also used to set active nodes, branch nodes, start nodes, end nodes, and configure detailed attributes for each node.

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