Internet of Things (IoT) Solutions Development for Agriculture
Sirin Software has built connected products since 2014: 100+ projects delivered, with electronics, firmware, and cloud engineered in-house. As an agriculture IoT solutions development company, we design the sensor hardware and the software behind it as one system, instead of outsourcing the electronics the way software-only vendors do. The result: agriculture IoT solutions that go from bare PCB to a dashboard your agronomist opens every morning.
IoT in agriculture replaces manual field checks with a continuous stream of measurements from connected sensors: soil moisture, crop condition, weather, water flow, and equipment status. Instead of walking large areas, an agribusiness sees in real time where it loses yield or water and where equipment downtime eats machine hours. Demand reflects that shift: MarketsandMarkets values the agriculture IoT market at $8.86 billion in 2025 and projects $12.61 billion by 2030.
The next layer is AI analytics on sensor data: yield forecasts, early disease alerts, watering plans per zone. Smart agriculture solutions built this way also cut water, fertilizer, and energy use, since inputs are applied only where readings show a need. Most agribusinesses start IoT farming with monitoring and add automation later. It is the same for IoT for agriculture across crops, livestock, and greenhouses.
Sirin Software’s IoT Solutions Development for Agriculture Include
Crop Monitoring Solutions
We build crop monitoring solutions around field nodes with multispectral cameras, weather monitoring stations, and canopy sensors that feed one crop health monitoring dashboard. Growers use the data for precision farming decisions: which zone to water, spray, or inspect first, before stress turns into visible loss.
Livestock Monitoring & Tracking Systems
Our engineers develop livestock monitoring system hardware and software: GPS ear tags, collar accelerometers, and gateways that cover pastures without cellular signal. A cattle tracking system flags a fence breach or a motionless animal within minutes, and livestock health monitoring feeds day-to-day herd management. Livestock GPS tracking also cuts hours spent searching remote paddocks.
Soil Moisture Monitoring Systems
A soil moisture monitoring system we design typically combines capacitive probes at several depths, a low-power radio, and a battery budget of years, not weeks. Readings trigger irrigation automation and feed wider soil health monitoring, so water goes only where the profile is dry. That is agriculture sensor development with a direct payback: fewer pump hours, same or better yield.
Greenhouse Monitoring & Automation
A greenhouse monitoring system tracks temperature, humidity, CO2, and light per section, and smart greenhouse automation turns those readings into vent, heating, and drip-line commands. Our greenhouse automation system development includes the controllers, the greenhouse climate control logic, and the dashboard growers work in daily.
Aquaculture Monitoring Systems
For fish farms we build an aquaculture monitoring system around water quality sensors: dissolved oxygen, pH, temperature, and ammonia probes wired to alarms. Continuous water quality monitoring catches an oxygen drop at 3 a.m., which is the difference between an alert and a dead cage.
Farm Management Software Development
Farm management software development ties the devices above into one operational picture: fields, herds, tasks, and input costs in a single system. Our agtech software development covers web and mobile apps, role-based access for agronomists and managers, and integrations with the machinery and ERP tools a farm already runs.
We Have Experience in Different Agriculture Directions
Development Process
Agriculture IoT Projects and Case Studies
Rachio Smart Sprinkler Controller
Cooperation Scenarios
Read More About IoT in Agriculture
What is a Greenhouse Monitoring System & How Does It Work?
5 Use Cases of IoT in Environmental Monitoring
Narrowband (NB) IoT Standard: Definition, Benefits, How Does It Work?
Our Approach
| Practical Innovation | Collaborative Sustainability | Comprehensive Partnership |
| Understanding both agricultural challenges and technological possibilities allows us to create solutions that are innovative yet perfectly tailored to real-world farming needs. | Our emphasis on sustainability and resource efficiency is combined with a collaborative approach, ensuring customers are involved and solutions resonate with actual agricultural demands. | From ideation to deployment, we stand as committed partners, not just developers. Every IoT solution we craft aims for transformative change in the agricultural landscape. |
FAQ
How much does agriculture IoT solution development cost?
The budget depends on device count, sensor set, connectivity, and certification needs. Our engagements start from $10,000, and budgets on our Clutch profile range from $25,000 to about $1 million for multi-year product lines. After a discovery call, you get a stage-by-stage quote; a pilot can be scoped separately to keep the first step small.
How long does it take to develop an agriculture IoT solution?
A field-ready prototype usually takes a few months. Production firmware and cloud for a commercial device took 8 months on our Rachio smart watering project, and the full engagement with hardware iterations ran about 15 months from kickoff to a shipped product.
What sensors are used in smart farming systems?
Typical builds use capacitive soil moisture and NPK probes, air temperature and humidity sensors, leaf wetness, light, and CO2 sensors, plus GPS ear tags and accelerometer collars on the livestock side. Aquaculture adds water quality monitoring probes for dissolved oxygen, pH, and ammonia; part selection weighs battery life, IP rating, and calibration drift.
Which connectivity works best for agriculture IoT: LoRaWAN, NB-IoT, or LTE-M?
There is no single winner. LoRaWAN fits battery-powered sensors that send small packets over large areas; NB-IoT and LTE-M fit sites with cellular coverage, higher data volumes, and firmware updates over the air. Many farms mix them, with LoRaWAN in the field and LTE-M on the gateway.
Do you develop both hardware and software for agriculture IoT solutions?
Yes. Sirin Software is an agriculture IoT development company with in-house electronics, firmware, cloud, and mobile teams, so the device and its platform come from one contractor. That closes the usual gap where hardware and software vendors point at each other when something fails in the field.
Can IoT systems integrate with existing farm management software?
In most cases, yes. If your current system exposes an API, a standard protocol (REST, MQTT, Modbus), or file exports, we connect new sensors to it, so the data joins the digital farming stack you already use instead of adding one more disconnected dashboard.