DADB
IoT is revolutionising agriculture by moving farmers from traditional methods to smart systems. With real-time data and automation, IoT improves efficiency, sustainability, and yields across every stage of farming.
IoT enables precise control over irrigation, fertilisers, and pesticides. It also supports crop health monitoring and yield prediction using analytics, helping farmers save resources and increase productivity.
Wearable IoT sensors monitor animal health, detect diseases early, and manage feeding and reproductive cycles. This ensures better productivity and traceability in compliance with food safety standards.
IoT-based irrigation systems track real-time soil moisture and use weather forecasts to automate watering. This reduces water waste, lowers energy use, and improves crop yield with precision scheduling.
IoT controls greenhouse environments by regulating temperature, humidity, and CO₂. It also manages light exposure and automates fertilisation and irrigation, ensuring optimal growth with minimal manual input.
IoT sensors provide continuous data on soil moisture, pH, and nutrients. This supports accurate fertilisation, identifies early signs of degradation, and promotes long-term soil sustainability.
IoT tools detect pest activity early using predictive analytics and environmental tracking. This allows for targeted pesticide use, reducing chemical dependency and minimising ecological impact.
IoT weather stations measure temperature, rainfall, wind, and humidity. They offer microclimate insights that help farmers plan better, protect crops from extremes, and optimise planting schedules.
Smart machinery equipped with IoT tracks fuel use, health, and performance. Predictive maintenance avoids breakdowns, and route optimisation reduces fuel costs and improves operational efficiency.
IoT enhances agricultural logistics with GPS, RFID, and blockchain. It ensures product traceability, quality control during transport, and inventory tracking that reduces post-harvest food waste.
Drones and robotics integrated with IoT automate the harvesting process. They assess crop readiness, collect crops efficiently, and reduce post-harvest loss through precision handling and storage.
IoT helps farmers make informed decisions, cut costs, and boost productivity. It enables real-time monitoring, improves crop and livestock quality, promotes sustainability, and enhances market confidence.