IoT sensor protocols, controller selection, system architecture, and ROI analysis for smart farming deployments.
9 articles
How a USB-C adapter turns any phone into a field water quality meter that records who tested, when, and where. A practical look at MobileSense for multi-site farms.
How to control humidity in a drying or curing room with an IoT controller, humidity sensor, and relay-driven fans, heaters, or dehumidifiers.
A practical guide to farm IoT data loggers: sensor inputs, comms (cellular, LoRaWAN, WiFi), power, and ruggedness for real field conditions.
Replace paper temperature logs with automated monitoring for cold storage and kitchens: accuracy, placement, alerts, and audit-ready HACCP records.
What is Aquaculture 4.0? From IoT sensors to Aqua4 AI-driven decision systems, here is what smart fish farming looks like today and where it is heading.
How to use sensors for soil monitoring: depth chart by crop, sensor types compared, wiring to an IoT controller, and alert thresholds for over-irrigation.
Cost-benefit comparison of IoT monitoring vs. manual water testing in fish and shrimp farming. Real numbers on labor savings, mortality, and payback.
Learn which IoT controller features matter for farming, common mistakes to avoid, and how to match controllers to your farm's real needs.
Side-by-side comparison of SDI-12, Modbus RTU, RS-485, and analog protocols with max cable lengths, wiring costs, and which to pick for your farm or facility.