Solutions

Smart Plantation Ecosystem

Integrated agro-telemetry and industrial IoT solutions leveraging high-precision soil sensors, Automatic Weather Stations, and real-time field telemetry for full visibility across massive acreage.

+40%

Operational Efficiency

100%

Real-Time Visibility

28.4°C

Temperature Monitoring

78% OPTIMAL

Soil Moisture Rate

14 ACTIVE

Fleet Status Tracking

End-to-End Operational Pipeline

Operational Automation Process Flow

1Soil & Microclimate Sensing
2Weather & Environment Logging
3Edge Gateway Telemetry
4Smart Water & Irrigation Control
5Fleet & Worker Tracking
6Centralized Estate Dashboard
Featured Hardware & Robotics

Robotic Products & Automation Hardware

Advanced industrial hardware connected directly with TRIMA software ecosystem.

Drone
High-Resolution Aerial Mapping

Drone

Soil Moisture Sensor
Subsurface Hydration Monitor

Soil Moisture Sensor

Soil PH Sensor
Acidity & Nutrient Telemetry

Soil PH Sensor

Environmental Gas Sensor
Air Quality & Gas Analytics

Environmental Gas Sensor

Ultra Zoom Thermal Camera
Long-Range Thermal Perimeter AI

Ultra Zoom Thermal Camera

Overview

TRIMA Industrial IoT Platform: Smart Plantation Ecosystem

Transform conventional agricultural operations into precision, data-driven smart plantations. Combining durable field telemetry sensors, integrated automatic weather stations, heavy machinery telematics, and cloud analytics, plantation management can monitor and optimize thousands of hectares with unprecedented precision.

End-to-End Operational Pipeline

  1. Soil & Microclimate Sensing: Continuous measurement of soil moisture, soil pH, and environmental gases across estate blocks.
  2. Weather & Environment Logging: Automatic weather stations capture air temperature, rainfall volume, solar radiation, and wind velocity in real time.
  3. Edge Gateway Telemetry: Field telemetry transmitted reliably over long-range infrastructure (LoRaWAN, V-SAT, Starlink).
  4. Smart Water & Irrigation Control: Precision irrigation and fertigation actuated automatically based on real-time soil requirements.
  5. Fleet & Worker Tracking: Real-time tracking of tractors, harvest haulers, diesel consumption, and field worker safety with wearable emergency SOS triggers.
  6. Centralized Estate Dashboard: Consolidated operational metrics on a unified command dashboard for immediate executive decision-making.

Key Business Advantages

  • +40% Operational Efficiency: Substantially lower diesel expenditure, optimized irrigation water usage, and reduced manual field inspection labor.
  • 100% Real-Time Visibility: Real-time agrochemical conditions, fleet utilization, and weather risks surfaced instantly without days of reporting delay.
  • Off-Grid Telemetry Reliability: Resilient architecture designed to operate autonomously in remote, non-cellular estate environments.
Ecosystem & Architecture

End-to-end data pipeline from physical sensors to executive intelligence.

  1. 1Precision Field Sensors (Soil Moisture, Soil pH, Gas & AWS)
  2. 2Long-Range Telemetry Nodes & Satellite/LoRaWAN Gateway
  3. 3Automated Irrigation & Machinery Actuators
  4. 4Secure Cloud Agrochemical & Crop Yield Analytics Platform
  5. 5Centralized Executive Estate Operations Command Center
Deliverables

Key Service Deliverables

  • Smart Plantation Management Platform & Block Telemetry
  • Soil Monitoring Sensors (Moisture, pH, NPK, Soil Temperature)
  • GPS Fleet Tracking & Autonomous Machinery Dispatch
  • Worker Safety Monitoring & Real-time Emergency SOS Network
  • Automatic Weather Monitoring Station (AWS) & Rain Gauge
  • Smart Water Management & Precision Drip Irrigation Control
  • Fuel Monitoring System & Anti-Theft Fuel Telemetry
Applicable Industries
  • Smart Agriculture & Plantation
  • Logistics & Supply Chain

Interested in Smart Plantation Ecosystem?

Let's start with a focused technical session to map your operational requirements before engineering the deployment architecture.