SGT Systems Limited
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Agri-Tech Solutions

Smart Agriculture / Precision Farming

End-to-end farm automation using soil moisture sensing, weather-aware irrigation, and aerial crop diagnostics. We deploy sensors, edge control, and drones to improve yield while minimizing water and input waste.

SGT AGRI-TECH ECOSYSTEM Precision Farming & Automated Irrigation Architecture 1. SMART FIELD Crop Diagnostics Drone ALT 12m ● HDG 87° Weather Station 4.2 m/s 3.8 m/s 5.1 m/s Soil Moisture Probes 34% 35% 29% 31% 28% 32% 2. FIELD GATEWAY LoRaWAN: CONNECTED PUMP RELAY: READY PKTS: 24,712 PKTS: 24,738 LOCAL PROCESSING IF Moisture < 30% AND Rain = 0 THEN: PUMP ON AI CMD 3. AGRI-CLOUD NDVI & YIELD ANALYSIS NDVI: 0.78 ↑ NDVI: 0.79 ↑ NDVI: 0.81 ↑ 4. AUTO ACTION IRRIGATION: ACTIVE 47 L/min ● 2.4 bar 49 L/min ● 2.5 bar SOIL MOISTURE RESTORED LOOP
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Precision Farming for a Sustainable Future

SGT Systems transforms traditional farming into data-driven, precision-managed ecosystems. By integrating advanced soil sensors, hyper-local weather stations, and autonomous drone technology, we empower farmers to maximize yield while minimizing resource wastage. Experience the next evolution of agriculture where every drop of water and grain of fertilizer is optimized.

Soil & Moisture Sensing

Deploy multi-depth soil probes to monitor volumetric water content and temperature in real-time. Data-driven irrigation decisions eliminate guesswork and prevent root stress.

Weather-Aware Control

Integrated micro-climate stations track rainfall, wind speed, and humidity. Our algorithms automatically delay irrigation during rain or high winds to ensure efficiency.

Smart Automation

Edge controllers trigger pumps and valves autonomously based on precise thresholds. Includes failsafe overrides and remote manual control via our mobile app.

Drone Diagnostics

Utilize multispectral imaging to generate NDVI maps. Detect early signs of crop stress, disease patterns, and nutrient deficiencies invisible to the naked eye.

Unified Data Dashboard

Consolidate data from sensors, drones, and weather stations into a single pane of glass. Track KPIs, historical trends, and receive actionable agronomic insights for farm-wide visibility.

Implementation Workflow

  1. 1

    Deploy Sensors

    Non-intrusive installation of soil moisture probes and environmental sensors across critical zones.

  2. 2

    Establish Connectivity

    Set up robust IoT connectivity (LoRaWAN/4G) and install Edge Controllers for failsafe local automation.

  3. 3

    Drone Operations

    Execute scheduled aerial flights for comprehensive crop health analysis and targeted spraying missions.

Why Choose SGT?

  • Water Conservation Reduce water consumption by up to 30% through precise, demand-based irrigation.

  • Yield Maximization Identify diseases early and optimize nutrient delivery to significantly improve crop quality and volume.

  • Operational Efficiency Lower overhead costs by automating labor-intensive tasks and reducing chemical usage.

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