IDM National Land Cultivated Land Supervision Platform Solution
I. IDM National Land Cultivated Land Supervision Platform Solution
1.2 Main Requirements
Cultivated Land Management Construction Objectives:
Integration of multi-source information including remote sensing, land use status, basic farmland, remote sensing monitoring, land change survey, and basic geography;
Combined with administrative supervision systems of land resources planning, approval, supply, supplementation, development, and law enforcement, jointly building a unified comprehensive supervision platform to achieve "sky observation, online management, ground inspection" of resource development and utilization, thereby realizing the goal of dynamic resource supervision. Integrate cultivated land protection transaction processing functions, oriented to government affairs management, office automation, and cultivated land protection related business applications, achieving rapid business positioning and processing, and improving the efficiency of cultivated land protection work. Realize smart cultivated land big data management, based on natural resources big data, achieving "integrated" management and sharing of multi-source, heterogeneous, multi-year, multi-scale cultivated land related data, and realizing data resource query, display, update, configuration, maintenance, and other management functions;
Strengthen cultivated land protection supervision, standardize cultivated land occupation-compensation balance, strictly adhere to the cultivated land red line, and ensure food security. Build business topics for cultivated land protection monitoring and supervision, including cultivated land status supervision, permanent basic farmland monitoring and supervision, cultivated land target assessment, occupation-compensation balance supervision, facility agricultural land supervision, land expropriation monitoring and supervision, etc., and continuously expand and deepen in application.
Enrich cultivated land protection related information service functions, build the natural resources department portal website cultivated land protection topic and WeChat public account cultivated land protection topic, and enhance the service capability of cultivated land protection management business to the public.
- GIS Platform and Cultivated Land Protection Office OA System
Cultivated land protection data entry and mapping. Management responsibility grid division, grid management system settings, and various operations of the cultivated land basic database.
- Cultivated Land Management IoT Devices
Including cultivated land monitoring cameras, cultivated land checkpoint cameras, cultivated land soil pollution monitoring sensors, and irrigation facility pollution monitoring sensors.
- Cultivated Land Inspection System: Vehicle Inspection Command Vehicle, Grid Inspector Inspection APP, Inspection Detection Equipment
Inspection vehicles are used by users for regular inspection, spot checks, and rapid response. The grid inspector APP is used for standardized daily inspection operations. Detection equipment is mainly used for area measurement, soil composition measurement, water pollution measurement, etc.
- Task Dispatch Tracking Management System
Realize dispatch, tracking, and supervision of event handling tasks;
Work order management: order receiving, dispatch, pre-work/post-work status reporting, acceptance
Also includes maintenance of cultivated land management facilities, and full lifecycle management of public assets.
- Command & Dispatch System and Emergency Management
Provide one-click dispatch and information transmission for the cultivated land management team, as well as rapid location of dispatch resources based on event location. Also includes management, matching, and release of various emergency plans.
- Big Data Processing and BI Comprehensive Information Management System
Collect cultivated land management big data, including AI recognition and formatted storage of image information. Includes interfacing with information from other systems. Display through classification and organization, supporting further drill-down and mining of specific data items.
II. Cultivated Land Management GIS Platform and OA Office Management
2.1.1 GIS Geographic Information Platform and Cultivated Land Management Layers
The digital grid management system is an information system built using spatial grid technology, geocoding technology, and embedded geographic information engine technology, based on cultivated land innovation management business.
Including:
GIS basic information platform. Generally, a 2D GIS system is sufficient for cultivated land management, with fast operation speed.
GIS management basic component library, such as roads, utility poles, trees, ponds, canals, wells, etc.
Management resource basic database, mainly including information databases of people, land, affairs, objects, situations, and organizations.
Management grid division, including creation, query, alarm, deletion, etc.
Component and event associated processing, reporting, and dispatch order processing.
Annotation and query of video image remote sensing, etc.
2.1.2 GIS Geographic Information Platform and Cultivated Land Management Layers
Basic Functions:
The GIS visual management platform is a comprehensive management platform that realizes GIS maps, IoT sensing data display, basic data resource information display, inspection and patrol information display, personnel and vehicle positioning information display, layer management, video surveillance, emergency management, command & dispatch, and other functions. Through the GIS visual management platform, all real-time information related to cultivated land management areas, including all related materials, infrastructure, vehicles, and environment, can be fully grasped, providing managers with management and auxiliary decision-making basis.
2.1.3 GIS Platform Operations
Map Operations - Map Zoom In: Zoom in the map display according to the user-selected graphic area. Map Zoom Out: Zoom out the user-selected graphic area proportionally. Map Pan: Move the graphic display area. Full Map Display: Display the entire map area.
Spatial Measurement - The system provides spatial measurement tools for measuring point coordinates, line segment lengths, and area sizes.
Layer Management - Data is managed in the form of a layer directory, and users can control whether layers are displayed.
3D Browsing - Combined with the city's massive basic geographic data, a realistic and intuitive 3D scene of the entire city is established. The system can realize 3D visual browsing of the city's basic farmland and remediation projects.
Comparison Browsing - The system provides a comparison browsing function, allowing users to compare and browse multiple periods of remote sensing imagery, intuitively displaying land changes before and after project construction.
Coordinate Positioning - The system provides coordinate positioning functionality. Users can input coordinates to quickly locate the corresponding position.
2.1.3 GIS Platform
2.2.1 Cultivated Land Management Office OA System
Reserve resource data
Project approval information
Implementation information
Acceptance and database entry information
Later-stage management and protection verification information
Indicator trading information
Natural resources one-map
Remote sensing imagery service
Establish and improve the project management office subsystem, realizing the effective combination of OA office and GIS supervision, including project approval, implementation, acceptance, database entry, indicator adjustment, and other process management. Main modules include personal office information, draft box, draft box, pending review box, processed box, returned box, etc.
2.2.2 Cultivated Land Project Dynamic Supervision Subsystem
- Query and Positioning Sub-module:
The system can query according to the planning stage, implementation stage, and acceptance stage respectively. Project information can be queried by project name, project location, time, issuing authority, acceptance unit, and other information. Query results can be located on the map, and the surrounding conditions of the project can be viewed for comparative analysis.
- Statistical Analysis Sub-module:
Including regional statistics, annual statistics, and statistics of various fund situations. Statistics can be performed based on project quantity, scale, funds, engineering quantity, and other information. The quantity and progress of projects in various regions can be grasped from a macro perspective, and displayed in the form of bar charts, pie charts, line charts, and statistical tables.
- Data Resource Management Sub-module:
Management of project plan data, project acceptance data, and other project filing data; management of historical land use status; permanent basic farmland management; cultivated land quality grade management; controlled area management; and historical imagery data management.
- Project Patch Analysis Sub-module:
According to the reported project area coordinate information, overlay analysis is performed with thematic data such as newly added cultivated land, land remediation projects, land use status, permanent basic farmland, cultivated land quality grades, and controlled areas to identify problematic patches in a timely manner.
- Project Filing Sub-module:
According to the standard requirements of the Ministry of Land and Resources' "Rural Land Remediation Monitoring and Supervision System (2013 Edition)", develop a land remediation project filing sub-module to realize regular project filing and review functions. All projects should first be filed through the project filing sub-module. After review and approval, project information is directly filed to the Ministry of Land and Resources system through the data import interface.
2.2.3 Reserve Resource Management Subsystem
Divided into cultivated land reserve resource management, reserve project management, and other modules. Based on the reserve resource database, unified management of the quantity characteristics, quality characteristics, and distribution of cultivated land reserve resources is realized.
2.2.4 Cultivated Land Occupation-Compensation Balance Supervision Subsystem
Conduct process review and monitoring of the cultivated land occupation-compensation balance. Through cultivated land occupation-compensation management, users can grasp the location, area, and newly added cultivated land situation of projects, and establish a cultivated land reserve database and reserve resource database; at the same time, establish and refine the cultivated land occupation-compensation balance plan model for construction land projects, realize the mode of cultivated land occupation-compensation balance converted by grade, automatically calculate the remaining supplementary area of cultivated land development plots in real time, grasp the dynamics of cultivated land occupation-compensation balance in a timely manner, and effectively avoid repeated development and repeated supplementation of supplementary cultivated land projects.
III. Cultivated Land Grid Management
3.1 Cultivated Land Grid Management Content
Organizational structure division of grids at all levels
Responsibilities of grid chiefs at all levels: Land resources offices, inspection and law enforcement teams, grassroots supervision units
Daily inspection work process and refined management of inspections
IoT technology inspection management, camera sequential inspection, drone inspection
Grid IoT detection (cameras), GIS, grid alarm linkage
Event reporting process and dispatch order management process
Grid big data statistical management
The work process for the most grassroots grid to solve problems within its own grid (which can be proactive handling of issues discovered by the grid itself before complaints are filed, and dispatch order management for events delivered from the 12345 platform, handling complaints upon receipt).
If the problem cannot be resolved within the specified time limit, the system automatically reports the event to the upper-level grid.
3.2 Cultivated Land Grid Management — Responsibilities of Grid Chiefs at All Levels
First-level grid chief responsibilities (township/street): 1. Take overall responsibility for cultivated land protection, land use supervision, and rectification of illegal land use within the grid area, and organize investigation and correction of discovered illegal land use behaviors; 2. Township governments play the main role in law enforcement, promptly organizing the demolition of illegally constructed buildings and structures, and re-cultivating occupied and damaged cultivated land; 3. Organize relevant departments to supervise and handle cases of illegal land use, illegal construction, and cultivated land damage occurring within the grid, ensuring that each case is investigated, handled, and executed in place; 4. Supervise the implementation of new construction and old demolition work in beautiful village construction.
Second-level grid chief responsibilities (administrative villages and communities): 1. Strengthen publicity of laws and regulations on cultivated land protection and the prevention and investigation of illegal land use, enhancing the legal awareness of cadres and the masses within the grid; 2. Seriously implement the overall land use planning, village and town construction planning, and beautiful village construction planning within the grid, strengthen rural homestead management, prevent various non-agricultural construction from illegally occupying cultivated land, and strictly prohibit occupation of basic farmland; 3. Responsible for daily inspection and dynamic supervision of land use within the grid, especially dissuading and stopping behaviors that damage land such as illegal kiln construction and illegal soil extraction; 4. Regularly report to the main person in charge of the township, promptly stop behaviors that damage cultivated land, legally demolish illegal constructions within the grid, and supervise the implementation of re-cultivation; 5. Promptly report major illegal land use and cultivated land damage cases within the jurisdiction to the first-level grid chief, and complete related work; 6. Guide and supervise the implementation of new construction and old demolition work in beautiful village construction.
Third-level grid chief responsibilities (grassroots grid inspectors and inspection law enforcement teams): 1. Conduct all-weather, all-round dynamic inspection of land use within the grid, promptly discovering illegal land use, construction, and other behaviors; 2. Dissuade and stop illegal land use, illegal construction, and other behaviors discovered during inspections within the grid; 3. If dissuasion and stopping are ineffective, immediately report to the main person in charge and the deputy person in charge of the township; 4. Implement new construction and old demolition work in beautiful village construction, ensuring the annual occupation-compensation balance; 5. Responsible for cultivated land protection work within the jurisdiction; 6. Responsible for the maintenance of basic farmland signs and boundary markers within the jurisdiction. On the basis of the third-level grid, actively create conditions to extend the grid to groups and households, and assign responsibility to individuals; 7. Stop behaviors that damage land such as illegal kiln construction, illegal soil extraction, and sand mining discovered during inspections within the grid, and promptly report inspection situations to the township person in charge.
3.3 Cultivated Land Management IoT System Information Module
3.3 IoT Information Flow for Cultivated Land Management
The IDM series IoT service platform provides transmission, fusion, data analysis, and publication/display of audio, video, and data based on IoT protocol transmission.
The IDM IoT platform supports deployment of communication servers on the public internet and private clouds. VPN protocols are supported.
For ordinary enterprise IoT applications, traditional database storage can be used. For enterprises with large data volumes, a big data platform must be adopted to perform data governance on collected data, unify measurement units and collection timestamps, and provide data services to users through the shadow server method.
Big data management applications typically adopt scenario-customized management models.
3.3 Cultivated Land Management Inspection Modes
Grid member/inspector APP inspections
Sequential inspections via cultivated land surveillance cameras
UAV inspections and inspection vehicle patrols
Public mini-program QR code reporting for mass supervision and reporting
3.4 Cultivated Land Video Surveillance Construction
The video surveillance network features real-time, direct, uninterrupted, and remotely controllable characteristics, which can compensate for the shortcomings of law enforcement vehicle patrols and satellite remote sensing in enforcement monitoring.
- Cameras
(1) 4G/5G cameras: suitable for field areas where cabling is difficult; can be powered by wind-solar hybrid power supply.
(2) Three directional fixed cameras (gun-type) sharing one 4G/5G transmission link, or one PTZ camera. 80W solar panel, 40AH lithium battery, capable of operating for 2 days in cloudy/rainy weather.
(3) 5MP high-definition lens, remotely zoomable gun-type camera.
(4) 5MP high-definition PTZ camera.
Long-distance wireless bridge transmission
Fiber optic lines (carrier fiber optics, government self-built fiber optics)
AI video formatting processing: featuring AI recognition functions such as work-area intrusion alerts and object tipping/abandonment alerts.
Smart utility poles
Integrating power supply, fiber optic network (or microwave transmission), HD video surveillance, IoT gateways (LoRa gateway, WiFi gateway), 5G base stations, and lighting.
Deployment and construction:
(1) Leasing poles from carrier tower companies
(2) Leasing poles from power companies
(3) Leasing lighting poles from road administration companies
(4) Self-built poles with wind-solar hybrid power supply
A self-built pole is typically a steel pole approximately 12 meters in height. A video camera capable of 360-degree horizontal rotation, 90-degree vertical rotation, and 36x zoom is installed at an appropriate position on the pole. The equipment enclosure can be mounted on the pole, enabling real-time monitoring of an area within a 5-kilometer radius from the backend command center.
Camera specifications: 30x optical zoom, 4MP resolution. Each camera can provide 24-hour monitoring coverage over a radius of approximately 2 kilometers, covering an area of about 10 square kilometers (accounting for obstructions, etc.).
3.5 Cultivated Land Inspection Management System
Supports the creation and dispatch of inspection tasks and fault handling work orders; supports the formulation of fault handling contingency plans; supports the upload and recording of fault handling reports and inspection reports.
- Manual inspection configuration
(1) System functions: inspection tasks, inspection plans, inspection routes, inspection units, inspection items; inspection execution, inspection analysis (see IDM general inspection software user manual).
(2) Farmland supervision inspection records and statistics: government law enforcement personnel patrol inspections.
- IoT inspections
(1) UAV fixed-route inspections
Flying along prescribed inspection routes with video comparison.
(2) Camera simulated trajectory inspections
Polling cameras in a set sequence and controlling PTZ switching, etc.
3.5 Cultivated Land Inspection Mobile Terminal — Inspection Enforcement and Reporting APP
Security incident reporting
Incident handling
One-touch alarm
Incident statistics
Security personnel attendance management
Security patrol
3.4 Cultivated Land Incident Management Dispatch and Disposal System
- Dispatch-type incident disposal system (respond to complaints promptly, top-down)
Order acceptance, order dispatch, receipt confirmation, supervision, expediting, voice/text/image/video/parameter data reporting before/during/after disposal; case closure, suspension, etc. Follow-up visits, summary and archiving. Statistical analysis.
- Grid member inspection incident disposal (handle before complaints arise, bottom-up)
Incident reporting, incident viewing, incident handling, incident verification, change approval, incident statistics.
3.4 Cultivated Land Incident Management Mobile APP Functions
Basic data collection and reporting: enables mobile-end basic data collection and reporting, including people, land, events, objects, and situations, with query and statistics functions based on the collected basic data.
Incident management: includes incident reporting, query, and statistics, forming a closed-loop incident reporting and handling process. Incident report information includes rich media content such as incident category, incident level, location information, images, video, audio recordings, text, and personnel contact information.
Patrol and inspection: provides staff with patrol and inspection functions, including personnel positioning, patrol trajectory, on-duty status viewing, shift management, patrol management, personnel spot checks, task statistics, and group messaging.
Command dispatch: supports group push-to-talk, group management, audio intercom, and full-duplex audio calls, supplemented by media information such as images, video, and text, as well as IoT monitoring data (e.g., video surveillance, location, temperature/humidity, access control, elevators), enabling precise and efficient interactive command dispatch.
Statistics and display: categorized display of various incidents. Supports drill-down display of information across different business types.
3.5 Mobile APP/Mini-Program/Official Account Applications (Grid Members/Public)
Mobile APP/mini-program/official account features:
Incident reporting: report discovered issues anytime, anywhere via the APP/mini-program/official account, including rich media information recording and reporting such as incident category, incident level, location information, images, video, audio recordings, text, and personnel contact information.
Analysis and query: comprehensive analysis, comprehensive query, and other functions.
IV. Cultivated Land Management Command Dispatch
4.1 Problems in Cultivated Land Management Dispatch Communications
Communication blind spots: dispersed across rural farmland with low population density, where carrier communication coverage is generally poor. Base stations in remote areas emphasize signal coverage, but bandwidth is relatively low.
Communication security and reliability: traditional 150M/350M analog radio frequencies are limited and susceptible to interception, supporting voice communication only. In cultivated land applications, some areas lack 5G/4G mobile signals, resulting in a single communication method.
Inability to adapt to new business requirements: with rapid industry development, current communication tools are far from sufficient for existing business needs, such as mobile approval, cultivated land monitoring, inspection, communication, and evidence collection.
Poor portability: staff are required to carry multiple devices, including phones and two-way radios, which is inconvenient for daily work.
4.2 Integrated Command Dispatch System
4.3 GIS-Based Dispatch Management
Supports circle selection and box selection of dispatch resources.
Supports trajectory display of dispatch resources.
Supports viewing of current and historical data for sensor points.
4.4 Work Order Management — Dispatch and Disposal Management
Rejection review: when enabled, street disposal center staff must obtain approval from the street disposal center supervisor before rejecting cases returned by communities and departments; when disabled, street disposal center staff can directly reject cases returned by communities and departments without supervisor approval.
Return review: when enabled, cases to be returned to the street disposal center by communities and departments must be reviewed and approved by the respective department supervisors before being returned; when disabled, communities and departments can return cases to the street disposal center without department supervisor approval.
Report review: when enabled, street disposal center staff must obtain approval from the street disposal center supervisor before reporting completed cases to the district platform; when disabled, street disposal center staff can report completed cases to the district platform without supervisor approval.
Leader assignment: when enabled, street leader accounts have the authority to directly assign cases to communities and departments for disposal; when disabled, street leader accounts do not have the authority to directly assign cases to communities and departments.
Global settings functions
4.4 Work Order Management — Dispatch and Disposal Management
Case handling: case processing (cases pending approval, case disposal, return/rejection, and completion rejection), removal and suspension, leader supervision, and leader instructions. Case processing includes rich media information recording and reporting such as incident category, incident level, location information, images, video, audio recordings, text, and personnel contact information.
Analysis and query: comprehensive analysis, comprehensive query, supervision query, instruction query, and other functions.
Case overview: provides each login account with an overview of case information within their authority, including multi-dimensional data such as number of cases received, pending sign-offs, orders accepted, order rejections, disposal completion rate, resolution rate, satisfaction rate, face-to-face meeting rate, and unreasonable demands.
4.5 Inspection Command Vehicle — Mobile Transmission Technology
Inspection vehicle/inspection command vehicle purposes: mobile inspection, in-vehicle video evidence collection, providing inspection VPN private network WiFi relay coverage for vehicle personnel, providing carrier WiFi coverage for on-site emergency personnel, providing on-site lighting, providing on-site camera video live streaming, providing video conferencing between the field and the center, and in-vehicle network broadcasting/intercom systems.
4G/5G wireless transmission technology: standard wireless routers require VPN tunnels to connect to the land resources system to ensure transmission confidentiality.
High-bandwidth, high-reliability 4G/5G aggregation routers: using aggregation routers that can simultaneously accommodate China Unicom, China Mobile, and China Telecom SIM cards can resolve poor coverage issues with any single carrier and can also aggregate the bandwidth of all three carriers to increase transmission bandwidth. Since signals are re-scrambled and re-encapsulated, this also enhances transmission confidentiality. Requires support from a central-end server.
Dedicated long-distance wireless bridges: with an area spanning 36.5 km east-west and 48 km north-south, a line-of-sight wireless bridge with a 30 km transmission range at the central end is sufficient. The central end requires omnidirectional antennas. Typically, three directional antennas are used to achieve full coverage. Alternatively, short-range point-to-multipoint networking coverage across multiple areas can be used, with each central end connecting to the main center via VPN over leased carrier networks.
MESH self-organizing network technology: in locations with communication power restrictions, multi-site low-power device self-organizing network technology can be used. As long as any two stations can communicate, the entire communication network remains connected.
4.5 Inspection Command Vehicle — Camera and Image Processing Technology
- Standard 5MP high-definition cameras
Infrared fill light (optional)
Infrared camera (optional)
AI recognition edge server (face recognition, license plate recognition, farmland violation recognition such as dust, crop burning, garbage site identification, building identification, new road, pond, and structure identification)
Mast lifting technology
Functions: monitoring/communication relay/lighting
Vehicle-mounted mast (fixed to the vehicle)/portable mast (can be unloaded to the ground for use after the vehicle arrives at the destination)
Load parameters: 4 cameras / 4 lighting units / three microwave (and Wi-Fi coverage) transceiver antennas. Limited to below 10KG, wind resistance level 8. Lifting height above 10 meters can maintain video surveillance coverage of more than 5 square kilometers
Usage: The lifting mast must be used vertically, with 2 or more anchor points, one of which is on the mast body itself, and the distance between the two points must be greater than 2/3 of the mast height
4.5 Inspection Command Vehicle -- Vehicle-Mounted Micro UAV Technology
- UAV flights in approved airspace
UAVs feature wide field of view, flexibility and mobility, with low cost and high timeliness. However, national regulations on UAV flight control are relatively strict, and flights must be conducted within airspace approved by air traffic control authorities
Apply for airspace separately for each use
Cooperate with units holding long-term airspace usage rights
Vehicle-mounted tethered hovering monitoring platform
Tethered UAVs are strictly speaking not subject to control as regulated UAVs, and only serve to replace the lifting mast. Their flight power comes from the vehicle-mounted power supply, and they automatically return when power is lost. Due to sufficient power supply, they can hover in the air continuously 24 hours a day, easily reaching heights of over one hundred meters, while supplying power to cameras, communication relay stations, and lighting units. Moreover, fiber-optic broadband communication can be used between the vehicle and the hovering platform, which can solve the problem of microwave line-of-sight transmission. Payload limited to 5~10KG; the tethered platform should incorporate enhanced lightning protection design
Payload: cameras, 4G/5G, microwave relay (long-distance wireless bridge), lighting, broadcast loudspeaker
4.5 Inspection Command Vehicle -- Vehicle-Mounted Command Platform
Trunked radio intercom communication access
Mobile/landline voice access
4G/5G phone access/broadband access
Broadband mobile VPN network access
Wireless microwave broadband transmission
Mobile APP dispatch terminal
One-key audio/video call to command center
One-key call to local grid supervisor
Query local grid information, task queries, law enforcement queries
Contact list maintenance and calling designated users
Local audio/video recording platform, PTZ remote control
Online measurement system (laser measurement, laser point cloud modeling, AR measurement)
Vehicle-mounted AI image comparison
4.6 Inspection Command Vehicle -- Vehicle-Mounted On-Site Dispatch
One-key push-to-talk dispatch system:
Dispatch switch, dispatch server, dispatch console
APP dispatch terminals, wireless trunked dispatch terminals
Emergency broadcast intercom dispatch terminals
Real-time display of personnel and resource locations on GIS map
Real-time reception of dispatch information on APP terminals
4.7 Emergency Plan Management
Interactive emergency plan solution
In sudden emergency situations, after the dispatcher inputs event-related information or a third-party system reports event-related information, the emergency plan process is triggered. The system has a built-in emergency plan database and can be linked with the emergency plan system. After the system triggers the emergency process, it automatically links with voice, wired, wireless, video, surveillance, broadcast, GIS, command and other systems.
V. Cultivated Land Management Big Data Processing
5.1 Cultivated Land Management Big Data Processing
Method: Process illegal clues discovered through public reports, media feedback, remote sensing monitoring, law enforcement patrols, random inspections and other means, and verify them in a timely manner.
- Integration with the 12345 complaint-handling platform
(1) Dispatch order management system big data
(2) Complaint-handling platform big data
(3) Event acceptance and handling data from relevant land management departments
- Integration with government planning big data
(1) Mining cultivated land planning project approval time, construction time, project appearance, project purpose, occupied area, project manager
(2) Achieving data exchange and information sharing between different departments, different application systems, and different databases based on different transmission protocols, providing a sound data environment for various applications and decision support. The data sharing and exchange platform is required to integrate various complex data systems to complete specific business operations, providing data extraction and format conversion between homogeneous and heterogeneous data
- AI image recognition
Transport vehicle recognition
Illegal field operation recognition: such as harvesting at abnormal times and other operations
Garbage dumping recognition
Building image comparison and change warning
Geological disaster recognition
Straw burning recognition
By collecting massive illegal samples and conducting automatic learning and training, automatic artificial intelligence recognition is performed on behaviors such as illegal construction by engineering vehicles, illegal earth filling, illegal simple shed construction, and illegal occupation of land for stacking building materials and construction waste. Intelligent analysis is also conducted on data such as the area and height of each plot and project. Once someone enters a plot for illegal construction, or the platform detects a suspected illegal construction scene, the system immediately issues an alert at the command center; the command center then pushes the automatically identified illegal information to relevant supervisors and patrol personnel via SMS, helping patrol personnel promptly discover illegal activities and providing positioning and navigation, achieving close linkage of early warning, evidence collection, and handling of illegal activities. This will solve the current problems in natural resources law enforcement such as difficulty in detection, difficulty in stopping violations, difficulty in investigation and prosecution, and poor timeliness.
Maximizing pre-event prevention, timely detection and stopping of illegal activities, reducing law enforcement costs, and to a certain extent avoiding conflicts between law enforcement personnel and violators during the enforcement process
Data analysis
Meteorological forecast data management
Illegal land occupation recognition
Field building planning system
UAV image comparison, camera image comparison, APP image comparison
VI. Cultivated Land Monitoring Situation BI Display System
6.1 Cultivated Land Monitoring Situation BI Display System
Big data display functions:
Through customized big data interface processing and display, management work progress can be clearly displayed in real time, enabling real-time command, analysis and prediction, and situation analysis. It can also be conveniently integrated with existing industry systems to obtain data.
Data statistical analysis, intelligent assessment, situation analysis, real-time data updates (event reporting, government approval, IoT data, etc.)
6.2 Cultivated Land Monitoring Situation Display System
Leveraging its comprehensive role in cultivated land inspection management, geological disaster monitoring and early warning, cultivated land illegal construction management, pollution discharge, garbage dumping, agricultural production, environmental protection and other aspects.
- Total cultivated land grid management data
Total cultivated land area, total number of grids, total number of cameras, total number of inspection vehicles, total number of normal inspections, total number of reported violation events/violation area total, total number of resolved events, annual planned construction area
- Land nature and area data display
Cultivated land area quantity, pond quantity/area quantity, total road length, total canal length
- Annual planned construction area vs. actual construction area:
Drill-down by month, drill-down by grid, drill-down by responsible manager
Classification by purpose, classification by grid, classification by area
- Violation handling data display:
Drill-down by month, drill-down by grid, drill-down by responsible manager
Number of violations, violation area, violation types, handling time, loss estimation
- Grid team work statistics:
Normal inspection count (timeliness rate, accuracy rate), number of problems found, number of cases closed
- IoT inspection statistics:
Total number of cameras, camera locations, camera patrol route settings. Camera route inspection count, UAV inspection survey count, number of problems found, number of work orders initiated
- Vehicle inspection statistics: total number of vehicles, vehicle allocation units
Drill-down by vehicle to view a specific patrol route, total patrol mileage, number of problems found, number of work orders executed, etc.
- Dispatch work statistics
Total number of phone calls, total call duration, total number of dispatch orders, total number of alarms received
- Event source statistics
12345 complaint-handling platform, local call center (including phone, website, WeChat, etc.), grid member inspections, vehicle inspections
6.2 Cultivated Land Monitoring Situation BI Display System
- BI display platform business support
(1) Support classified data drill-down business
(2) Drill-down business classification is reasonable, display methods are reasonable, with data change early warning and other notification functions
(3) Support rapid generation of pivot tables through database field drag-and-drop configuration based on data models and indicators, ensuring pivot table conversion to charts, row/column transposition, multi-chart same-axis comparison, and chart conversion and comparison across different coordinate systems
(4) Support setting and sorting of fields in each dimension of charts; support dragging fields into configured filter conditions
(5) Rich chart styles, with configurable fonts, colors, and coordinates; support setting the query trigger mode and drag mode of the chart editor
- BI platform basic function support
(1) System requirements: support direct database connection for data access; support SQL template modeling; support chart creation through drag-and-drop
(2) Display overall city data; display data sent by various commissions, offices and bureaus through the shared platform
(3) Support data drill-down for detailed analysis and display of industry data from each bureau
(4) The main page uses reasonable UI design, and drill-down pages support user-customized display
(5) Dashboard functions: support drag-and-drop layout before and after dashboard publishing; support multi-page operations; dashboards support multiple visualization views; support global controllers for dashboards
(6) Support user permission settings and organizational structure; support single sign-on with other systems