AgricultureRead
How Automated Irrigation Systems Work: From Pump Start to Final Gate
Learn how automated irrigation systems manage pumps, valves, gates, flow, zone sequencing, fault handling, and shutdown from start to finish in the field.
8 min
Turn Your Agricultural Hardware into a Connected Product
We build the software behind connected agricultural equipment, from device connectivity and cloud infrastructure to monitoring, remote control, and automation.
Software Is Now Part of the Product
Your customers expect more from agricultural equipment than reliable hardware.
What Customers Expect
We provide engineering capability around your hardware, so you can take a complete connected product to market without building the entire software team internally.
Check water levels without driving to the tank.
Start a pump without standing beside it.
Know when a gate fails to open
See what is happening across the property from their phone.
What we Provide
Engineering for Your Hardware
Take a complete connected product to market without building the entire software team internally
- 1
Add What the Hardware Needs
Add the monitoring, control, and automation customers now expect around the hardware.
- 2
Get to Market Faster
Build with an experienced IoT engineering team instead of assembling every software capability internally.
- 3
Keep Software Aligned with Hardware
The software follows your devices, field workflows, and product roadmap.
What We Build Around Your Hardware
A connected agriculture product has to do more than move device data to the cloud. It has to keep working across remote locations, make field information easy to understand, and give users confidence when they control equipment from miles away.
Device Connectivity & Data Collection
Connect sensors and controllers over low-power, long-range networks such as LoRaWAN, built for remote farmland with limited coverage. We handle custom data formats, unreliable connections, and battery-constrained devices.
Long-Range Connectivity
Support connectivity such as LoRaWAN, NB-IoT, and cellular for remote agricultural environments.
Reliable Data Handling
Handle intermittent connections, delayed data, and custom device formats.
Battery-Constrained Devices
Design communication around equipment where power consumption needs to stay low.
Real-Time Monitoring
Give users a clear view of water levels, tank volumes, soil conditions, and equipment status across web and mobile as new readings arrive.
Live Field Visibility
See water levels, soil conditions, and equipment status as readings arrive.
Web & Mobile Access
Monitor field conditions and connected equipment from wherever users are working.
Current Device Status
Keep the latest available readings and equipment state visible in one place.
Remote Control
Live dashboards on web and mobile showing what’s happening in the field, including water levels, tank volumes, soil conditions, and equipment status, updated as readings arrive
Remote Equipment Operation
Open gates, start or stop pumps, and operate connected equipment from web or mobile.
Command Confirmation
See whether critical commands reached the device and were carried out.
Remote Setting Changes
Adjust supported device settings without travelling to the equipment.
Smart Automation
Run equipment on schedules, respond when a reading crosses a threshold, or chain operations together, for example, when the water reaches the field, closes the gate, and notify the farmer.
Scheduled Routines
Run equipment automatically at predefined times.
Condition-Based Actions
Respond when water level, flow, soil condition, or another reading reaches a threshold.
Multi-Step Sequences
Chain several field operations into one controlled routine.
Alerts and Notifications
Instant notifications when something needs attention, such as a tank running low, water rising too fast, equipment that stops responding, or a pump that fails to start
Condition-Based Alerts
Trigger alerts when readings move outside defined operating conditions.
Equipment Alerts
Notify users when equipment stops responding or a pump fails to start.
Water-Level Alerts
Flag conditions such as low tank levels or unexpected changes in water level.
Data Insights & Analytics
Go beyond raw readings. We analyze historical device data to detect patterns, filter out false alarms, and surface insights that help farmers make better decisions, turning historical sensor data into intelligence
Historical Trends
Track patterns across field, equipment, and sensor data over time.
False-Alarm Filtering
Separate short-lived noise from readings that need attention.
Operational Insights
Turn historical device data into information that supports better decisions.
Agriculture IoT Solutions We Power
One connected platform can support far more than one device or one field problem. We bring equipment, sensor data, and external sources together to support the agricultural operations your customers rely on every day
Smart Irrigation Automation
Smart Irrigation Automation End-to-end watering that runs itself, with pumps, gates, and channels working in sequence, responding to real field conditions, with safeguards when things don’t go to plan.
Water Resource Management
Bring dams, bores, tanks, and channels into one view to track levels, movement, usage history, and consumption.
Soil Moisture & Nutrient Monitoring
Know what is happening beneath the surface. Use in-ground probes with modelled data to track moisture, water advance, and nutrient indicators across the field.
Weather & Climate Tracking
Rainfall, wind, temperature, and evapotranspiration from on-farm weather stations, public and commercial weather services, and satellite data, unified into one forecast-aware view of growing conditions
Crop Health & Disease Analytics
Highlight crop stress and disease risk using vegetation health, weather, and crop conditions while keeping treatment decisions with the growers and their agronomists.
Predictive Yield Modeling
Use historical fields, crops, and weather data to build forward-looking estimates for harvest, storage, logistics, and sales
Remote Farm Management
The whole operation from anywhere, with every device, reading, and alert on web and mobile, along with full remote control, so the farm doesn’t need the farmer standing next to it.
Asset Security & Loss Prevention
The problems remote properties know fuel theft from tanks, equipment moving when it shouldn’t; gates opened out of hours. Sensors and alerts watch the property when no one’s there.
Need a Solution Around Your Hardware?
Share your device and field requirements. We’ll help define the platform capabilities around them.
Talk to Our IoT Team
Built for Agricultural Hardware Manufacturers
Every point here gives the manufacturer a practical reason to choose Promeraki, rather than another generic software vendor.
Talk to Our Team- 50K+Connected Devices
Connected Device Scale
Devices connected, monitored, and managed across production IoT platforms built for real-world agricultural operations.
- 100K+Acres Under Irrigation
Irrigation Coverage at Scale
Agricultural land supported through connected irrigation systems designed for visibility, control, and reliable field operations.
- 1000+ML Water Flowing Daily
Daily Water Management
Water movement is monitored and managed through connected irrigation infrastructure across active agricultural deployments.
- 4K+Acres Under Irrigation
Actively Managed Irrigation
Farm acreage actively managed through connected irrigation deployments supporting day-to-day monitoring and operational control.
Start From Where Your Product Is Today
You may have finished hardware and no software around it, part of the platform already built, or a system that no longer supports where the product needs to go.
Starting Fresh
You have the hardware. We build the connected platform around it, from device communication to customer-facing web and mobile experience.
Building on What You Have
We understand the existing system, keep what works, and strengthen or build the parts holding the product back
Replacing a Legacy System
We plan to move to a modern platform while protecting the devices and customers already operating in the field.
Start From Where Your Product Is Today
You may have finished hardware and no software around it, part of the platform already built, or a system that no longer supports where the product needs to go.
Step 01.. Discovery
Devices, current systems, field workflows, and markets.
Step 02.. Pilot Platform
Connect real hardware and prove core monitoring, control, and automation.
Step 03.. Production Launch
Prepare the platform for reliability, security, and live customer use.
Step 04.. Scale & Support
Add features, device types, and ongoing support as the product grows.
Step 01.. Discovery
Devices, current systems, field workflows, and markets.
Step 02.. Pilot Platform
Connect real hardware and prove core monitoring, control, and automation.
Step 03.. Production Launch
Prepare the platform for reliability, security, and live customer use.
Step 04.. Scale & Support
Add features, device types, and ongoing support as the product grows.
Insights on Agriculture IoT
Read our latest thinking on connected agriculture, irrigation automation, and remote monitoring.
AgricultureRead
Farm Asset Monitoring: How GPS, Telematics, and Sensors Help Protect Farm Equipment
Learn how GPS, telematics, sensors, and connected platforms help track farm equipment, detect unusual activity, and improve asset visibility and security.
10 min
AgricultureRead
LoRaWAN in Agriculture: What Works in the Field
LoRaWAN keeps remote farms connected where power and cell signal don't reach. Here's the real range, battery life, device limits, and how to build it right.
7 min
Frequently Asked Questions
Want to Discuss Your IoT Platform?
Whether you're building from scratch or improving an existing platform, let's talk about what you want to build and how we can help.
- Real-time device monitoring
- Secure cloud integration
- Scalable IoT platform team