AgriTech Software Development
Modern farms generate data from dozens of sources: GPS trackers on machinery, soil sensors across fields, irrigation controllers, weather stations, drone imagery, and commodity price feeds. The farms that turn that data into decisions — adjusting irrigation based on soil moisture, routing equipment by field priority, catching crop stress before it’s visible — outperform those that don’t.
CimpleO builds the software that closes the loop: custom agritech platforms, IoT sensor networks, fleet management systems, and field data dashboards for farms from 500 hectares to enterprise agribusiness.
Precision Equipment Tracking
GPS tracking for every tractor, harvester, and implement — real-time location, geofencing, idle detection, fuel consumption analytics, and maintenance scheduling based on engine hours. We’ve built tracking systems that run 2+ years on a single battery cell using duty-cycled GSM and RTC-based sleep scheduling. Your machinery is your largest capital investment; we make it visible.
Crop Monitoring & Smart Irrigation
Distributed soil sensor networks measuring moisture, temperature, pH, and EC at field scale. Irrigation controllers that trigger based on sensor thresholds, not schedules. Drone image analysis for early stress detection. Weather API integration for evapotranspiration-based watering decisions. The result: lower water use, fewer inputs, higher yields.
Fleet & Fuel Optimization
Route planning that minimises field passes, engine diagnostics fed from CAN bus, driver behaviour monitoring, and fuel consumption analytics across your fleet. We integrate with hardware telematics units or build custom trackers where off-the-shelf devices don’t fit your cost or connectivity requirements.
Inventory & Supply Chain
RFID-based tracking for seed, fertiliser, chemicals, and spare parts. Real-time inventory levels with low-stock alerts. Livestock monitoring with smart ear tags. Harvest yield recording linked to field map polygons. Full traceability from input purchase to produce sale — the audit trail that food safety compliance and premium market access require.
What We Build
Farm Management Software Central platforms where agronomists, farm managers, and owners see the whole operation: field maps with sensor overlays, task management for field crews, equipment scheduling, input cost tracking, and yield data by crop and field. Multi-farm support for agribusiness groups managing dozens of sites.
IoT Sensor Networks End-to-end IoT: hardware selection or custom device design, firmware development, LoRaWAN or NB-IoT connectivity, cloud ingestion pipeline, and time-series database. We’ve deployed 200+ node networks with sub-2% packet loss. If off-the-shelf sensors don’t meet your spec, we build custom ones — PCB design through firmware to cloud.
Mobile Field Apps Offline-first mobile apps for field crews: task assignments, scouting reports with GPS tagging, equipment inspection checklists, harvest data entry. Works without cellular signal; syncs when back in range. iOS and Android.
Integrations Weather APIs (OpenWeatherMap, DTN, Weather Underground), commodity price feeds, ERP systems (SAP, Oracle Agri), accounting software, and third-party precision agriculture platforms (Climate FieldView, John Deere Operations Center). We build the data connectors your existing stack doesn’t have.
How AgriTech Projects Run
Phase 1 — Discovery (2 weeks). We map your current data sources, workflows, and the decisions you want software to support. You get an architecture proposal, technology stack recommendation, and phased delivery plan with costs per phase.
Phase 2 — MVP (8–12 weeks). Core functionality — typically equipment tracking and a basic dashboard — shipped and running in your environment. Real data, real fields, real users before we build anything else.
Phase 3 — Expansion. Based on what you learn from the MVP: crop monitoring, irrigation automation, inventory management, mobile apps, integrations. Each phase is its own scope and timeline.
Why CimpleO
We cover both sides of the stack that most agritech projects need: the IoT layer (firmware, embedded systems, hardware integration) and the application layer (cloud backend, web dashboard, mobile app). Most development companies do one or the other. We’ve shipped projects that span both — from a custom LoRa soil sensor to the cloud platform that aggregates and visualises it.
Our IoT engineering team has deployed connected device networks for precision agriculture, asset tracking, smart metering, and industrial automation. We bring that hardware-to-cloud experience to every agritech project.
Tell us about your farm or agritech product — we’ll scope what it takes to build it.
