Deploy smart agriculture sensors and IoT connectivity to provide risk alerts, prescription maps, and compliance recommendations.
Automatic Weather Station
The automatic weather station provides precise, round-the-clock on-site measurements of various meteorological parameters. It stores at least one year of weather data and transmits it to a central computer meteorological database via multiple communication methods. Widely used in meteorology, environmental protection, airports, agriculture and forestry, scientific research, and other fields.
Real-Time Monitoring
Wind Speed Wind Direction Rainfall Temperature Humidity Radiation Atmospheric Pressure ……
Stable and Reliable
Operates reliably in harsh outdoor environments.
Low power consumption, high stability, and high precision.
Stores at least one year of meteorological data.
Customizable Solutions
Weather sensors can be configured according to specific requirements.
Multiple communication options available.
Open-architecture hardware and software design for flexible integration.
Smart Insect Monitoring Light
Utilizing optical, electrical, and digital control technologies, it enables remote automation, automatic identification, and counting functions. Features include: rainproof louvers for continuous operation and trapping during rainfall.
- Solar Power System
- GPS Mapping
- Mobile/PC Dual-Platform Monitoring
- Light Control, Rain Control, Time Control
- IoT Platform: Real-time Monitoring, Operational Status
Features
- High-definition imaging: Built-in 5-20MP high-definition industrial camera.
- User-Friendly Operation: 7-inch industrial color touchscreen display and control, supporting Android smart control.
- Intelligent Control: Automatically identifies and counts pests, or enables manual counting. Generates multi-dimensional reports and statistical charts.
Advantages
Features a full Chinese LCD display and programmable control system. Supports multi-time-slot operation scheduling, remote automatic photography, and GPRS data transmission. Equipped with high-definition cameras, automatically captures images and wirelessly transmits them to the agricultural IoT monitoring platform. Automatically records image data collected during each time period. The automated pest monitoring system transmits data to software platforms or data centers. It achieves automation and intelligence in pest attraction, classification statistics, real-time reporting, remote monitoring, pest warning, and control guidance.
Smart Spore Capture Device
The Smart Spore Capture Device employs airflow quantification, timed collection, automated cultivation, automatic imaging, remote wireless transmission, real-time display, and storage of pathogen spore images. By analyzing changes in field pathogen spore counts through its image database, it predicts disease onset timing, severity, and transmission routes.
Fully Automated Collection
The entire process—from pathogen spore collection, cultivation, cleaning, and imaging to data upload—is unmanned and automated.
Intelligent Analysis
Images of spore cultivation progress are automatically uploaded via network. Precise analysis and prediction of crop disease progression are achieved through multiple analysis modes, including manual and automated approaches.
Insect Monitoring & Forecasting
| Model | Category | Dimensions (mm) | Mechanics / Sensors | Power | IoT / Connectivity | Key Features & Notes |
|---|---|---|---|---|---|---|
| RDCB-I | Insect Monitoring Lamp | 650×650×1850 | 8-bin rotary collection; multi-band UV attractant | AC 220 V (optional solar kit) | Optional remote on/off & scheduling; GPS; remote photo | Galvanized/powder-coat or stainless construction; OEM branding |
| RDCB-II | Smart Insect Monitoring Lamp | 650×650×1850 | 7″ LCD; 8 MP camera | AC 220 V (optional solar) | Remote on/off; photo capture & cloud upload; GPS; basic species recognition | Smart monitoring for automated imaging & upload |
| RDCB-III | Smart Insect Monitoring Lamp | 700×700×2050 | 7″ LCD; 12 MP camera | AC 220 V (optional solar) | Remote on/off; photo upload; GPS; web console management | Higher-resolution imaging; OEM labels/language |
| RDGK-II | High-Altitude Monitoring (Metal Halide) | 860×860×1900 | Metal-halide light source | AC 220 V | Option: remote on/off & status | Elevated insect migration monitoring |
| RDGK-III | Solar LED High-Altitude Monitoring | 860×860×1900 | High-efficiency LED | Solar 800 W + 400 Ah battery | Remote on/off & status; auto cloud upload | Off-grid operation; site-level coverage |
| RDXY-I | Remote Pheromone Trap (with Counter) | — | Catch box ≥0.025 m³; IR counting ≥95%; target-specific lures | AC 220 V; ≤50 W (optional solar) | Remote status & scheduling when IoT-enabled | For species-specific lure programs |
| RDSY-I | Remote Color Trap | — | Color sticky boards 200×250 mm; 24-hour scheduler | AC 220 V / DC 24 V / DC 12 V | — | Film/paper boards; biodegradable options |
Pest Control (Optional, Non-chemical Suppression)
| Model | Category | Solar / Battery | Structure | Mechanism | IoT / Connectivity | Notes |
|---|---|---|---|---|---|---|
| RDS-40 | Solar Electrocuting Insecticidal Lamp | Solar 40 W; Battery 12 V 20 Ah | 3 m pole (stainless/galvanized) | Vertical stainless high-voltage grid; LED attractant | — | Non-chemical suppression around fields & public areas |
| RDF-40 | Solar Wind-Suction Insecticidal Lamp | Solar 40 W; Battery 12 V 20 Ah | 3 m pole | High-speed fan ≈ 5 m/s; LED attractant | — | Captures flying pests via airflow |
| RDJGF-40 | Solar Landscape Wind-Suction Insecticidal Lamp | Solar 40 W; Battery 12 V 20 Ah | Galvanized + powder coat | Wind-suction; LED attractant | Web/App remote (on/off, auto/manual photo, sampling time, work hours) | Acrylic info boards for public venues |
Multi-crop smart agriculture solutions
Challenge: Scattered fields, tight labor, spraying and irrigation often mistimed.
Solution: Zone deployment of insect monitoring devices, field weather stations, and multi-depth soil monitoring, unified by a data gateway and dashboard that flags weekly priorities.
Results: Fewer wasted trips, better-timed sprays, lower labor hours.
Customer quote: “Great service and fast responses. The dashboard is clear; insect alerts are accurate and soil trends are easy to read.”
Solution: Per-block insect monitoring, field weather, and multi-depth soil with mobile push alerts that highlight ‘do this block first’.
Results: Clear sequencing of work; mistimed operations drop noticeably.
Customer quote: “Great service and quick install. The gear is sun- and rain-tough and stays online in weak coverage.”
Solution: Rotation-stage insect monitoring + field weather, with multi-depth soil as a baseline for each phase.
Results: Smoother season transitions, fewer reworks.
Customer quote: “Great service and careful training. Alerts are timely without being noisy, and the information is easy to act on.”
Solution: Linear blocks fitted with field weather stations and multi-depth soil monitoring; insect devices used at sampled points; data flows via gateway straight to the board.
Results: Fewer patrols, clearer irrigation windows.
Customer quote: “Good service. Devices are cold- and wind-resistant and require little maintenance.”
Solution: Block-level insect monitoring + field weather, plus targeted multi-depth soil; a dashboard rolls up a risk heatmap after storms.
Results: Faster post-rain actions, more focused sprays.
Customer quote: “Great service. One screen tells us the priorities, so the team moves together.”
Solution: Representative-field weather stations + multi-depth soil; spore monitoring instruments to flag disease windows; SMS/app alerts in local language.
Results: Earlier flood/disease warnings; fewer wasted labor hours.
Customer quote: “Great service. Phone alerts are practical and easy to learn for the whole crew.”
Solution: Zone insect monitoring + field weather; root-zone multi-depth soil for water/salinity control; unified dashboard.
Results: Fewer but better-timed sprays; reduced heat-night losses.
Customer quote: “Great service. Accurate alerts and heat-tolerant devices—the field team trusts the system.”
Solution: Low-touch points with solar insect monitoring, field weather, and multi-depth soil; the dashboard auto-generates a weekly priority list.
Results: Shorter patrol routes; fewer mistimed operations.
Customer quote: “Good service. Hardware is dust- and sun-resistant; data stays online.”
Solution: Block-level spore monitoring + field weather; root-zone multi-depth soil; dashboard builds a simple risk map.
Results: More accurate first sprays; steadier water use between blocks.
Customer quote: “Great service. User-friendly interface with multi-language support.”
Solution: Field-level weather stations + multi-depth soil; insect monitoring as the trigger for action; shared dashboard aligns crews.
Results: Lower water use; more consistent actions across teams.
Customer quote: “Great service. Data is straightforward, and even new hires can follow it.”
Solution: Production-zone weather events from field stations plus multi-depth soil moisture profiles; data gateway streams to the board.
Results: Improved ability to hit the window; fewer reworks.
Customer quote: “Great service. Devices are rugged and installation was quick.”
Solution: Representative-field weather + multi-depth soil; spore monitoring for early warning; one-tap view of “which block first.”
Results: Earlier interventions; more focused patrols.
Customer quote: “Great service. Timely reminders and a fast learning curve—the co-op team uses it confidently.”
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