Comprehensive Solutions for Precision Farm Management
Boost crop yields, conserve resources, and support sustainable farming with advanced agricultural monitoring sensors. Ideal for smart fields, greenhouses, and large-scale operations, these systems provide real-time insights into soil, weather, and crop health—empowering farmers and agronomists with data-driven decision-making.
Reliable Sensors for Environmental & Crop Analysis
Advanced Smart Farming Tools
Sensor suites include soil moisture, temperature, pH, and EC; weather sensors for air temperature, humidity, wind, rainfall, and solar radiation; plus leaf-wetness and CO₂ monitors. These systems feed data into cloud platforms via LoRaWAN, NB‑IoT, LTE, or Wi‑Fi—enabling remote real-time monitoring and automated control of irrigation, fertilization, and climate systems.
Reliable Sensors for Environmental & Crop Analysis
Advanced Smart Farming Tools
Sensor suites include soil moisture, temperature, pH, and EC; weather sensors for air temperature, humidity, wind, rainfall, and solar radiation; plus leaf-wetness and CO₂ monitors. These systems feed data into cloud platforms via LoRaWAN, NB‑IoT, LTE, or Wi‑Fi—enabling remote real-time monitoring and automated control of irrigation, fertilization, and climate systems.
Advanced Tech Solutions for Your Industry Challenges
Unlock smarter, faster, and greener operations with Global Tech Innovations. From AI-powered monitoring to eco-friendly, custom-engineered solutions, we deliver cutting-edge technologies with global support and precision.
Scalable from Small Farms to Large Plantations
Precision Agriculture Tailored to Your Field
Designed to fit diverse operations—from single-field plots to greenhouse arrays—these solutions support modular sensor expansion and profiling (e.g., measuring soil moisture at multiple depths). Units run on solar or mains power and transmit continuously, even in remote locations.
- Wide Sensor Set: Soil moisture, EC, pH, temperature; atmospheric temperature/humidity/pressure; rainfall, wind, solar radiation, leaf wetness, CO₂.
- Smart Alerts: Triggers for drought, salinity, pH shifts, frost/flood risks with push notifications and cloud alerts.
- Flexible & Modular: Add or replace sensors to match cropping profiles and scale over time.
- Rugged Connectivity: Supports LoRaWAN, NB‑IoT, LTE, and Wi‑Fi; built for field reliability and long-term use.
- Power Options: Solar-powered with battery backup for off-grid setups or mains-powered for permanent installations.
- Cloud Integration: Remote data logging, dashboards, predictive analytics for irrigation timing, fertilization strategy, and pest/disease detection.
FAQs
FAQs
They track soil moisture, temperature, pH, EC, air parameters, rainfall, wind, solar radiation, leaf wetness, and CO₂—supporting a holistic farm overview.
Yes—solar-powered units with battery storage ensure continuous data capture in remote areas.
Farmers, agronomists, greenhouse managers, and ag-tech consultants benefit from improved yields, resource savings, and sustainable practices.
Absolutely—data-driven alerts can trigger irrigation, fertigation, ventilation, and crop protection actions.
By optimizing water, fertilizer, and pesticide use, they reduce waste, lower costs, and support eco-friendly agriculture.
