Open-Field Irrigation Intelligence
Know when to irrigate. Detect failures before they become losses.
A plug-and-play field system that pairs local soil and pressure sensing with satellite intelligence to automate irrigation, catch leaks and faults early, and cut water use without guesswork.
Problem
Most irrigation teams still operate with blind spots.
Without reliable field visibility, teams react late, lose efficiency, and struggle to make consistent irrigation decisions.
Why It Matters
The cost is not only water, it is operational reliability.
When irrigation issues are detected too late, the business absorbs the impact through inefficiency, risk, and avoidable manual effort.
Solution
Bloomiot connects hardware and software into one irrigation intelligence layer.
A modern platform for monitoring zones, detecting failures earlier, and giving operations teams the visibility they need to act on time.
Hardware in the field
IoT sensor nodes and edge control points deployed by zone.
Continuous monitoring
Live visibility of irrigation behavior, pressure, flow, and status.
Early fault detection
Anomaly alerts for leaks, pressure drops, and operational failures.
Operational clarity
One platform to monitor, decide, and respond faster with confidence.
How It Works
Seven clear steps from field sensing to confident decisions.
A complete operational flow from data capture to irrigation control and decision support.
- 01
Field sensors measure soil moisture data and transmit it via LoRaWAN in real time.
- 02
The Edge Controller receives sensor data and analyzes conditions.
- 03
Irrigation valves are switched on or off based on operational logic.
- 04
The Edge Controller measures pressure and verifies that no water leaks are present.
- 05
The Edge Controller exchanges information with a gateway.
- 06
The gateway sends data to a server where it is processed.
- 07
Data is displayed in a user interface to support decisions and continuous improvement.
Product Overview
A complete irrigation operations platform.
Bloomiot connects field sensors, irrigation controllers, connectivity, and software into one system to help growers irrigate better and detect failures before they become costly.
Soil Sensor Node
Remote sensing node for agro-industrial applications.
Field-grade IoT device designed for ultra-low power and remote operation. It integrates Li-SOCl2 cell power with a pulse energy reservoir, LoRaWAN connectivity and full compatibility with industrial signals over RS-485 / Modbus RTU and 4-20 mA, bringing reliable field data to the irrigation platform.
Usage advantages
- Brings measurement close to the plot or hydraulic point without long data wiring.
- Eases integration with existing industrial sensors via 4-20 mA and RS-485 / Modbus RTU.
- Architecture aligned with low-maintenance, long-life remote nodes.
- LoRaWAN connectivity for distributed deployments across open fields.
Technical features
Power
Li-SOCl2 3.6 V non-rechargeable cell with pulse energy reservoir.
Battery life
Long service life thanks to ultra-low power draw — approximately 3 years.
Wireless
Pre-certified LoRaWAN module over SPI with controlled 3V3_LORA rail.
Inputs
1x 4-20 mA, 1x RS-485 / Modbus RTU and battery measurement via ADC.
Outputs
1x RS-485 / Modbus RTU and SPI interface to the LoRa module.
Field
IP waterproof connectors for reliable in-field wiring.
Edge Controller
Local industrial controller for agricultural irrigation.
Local decision and actuation unit for irrigation systems. It receives data from LoRaWAN nodes, reads industrial sensors on-site, executes control logic, detects abnormal hydraulic conditions through pressure sensing, and reports telemetry, alarms and events to the cloud platform.
Usage advantages
- Runs irrigation decisions locally even when cloud connectivity is lost.
- Integrates industrial sensors, digital inputs and actuators in a single unit.
- Helps supervise hydraulic behavior through pressure sensing.
- Scales to telemetry, alarms and dashboards through a LoRaWAN gateway.
Technical features
Power
Industrial 9-30 VDC input, typical 24 VDC operation.
Protection
Reverse polarity, fuse / PTC and TVS input protection at the front-end.
Control
Main MCU running the local irrigation control logic.
Interfaces
RS-485, 4-20 mA analog inputs and digital inputs.
Wireless
Pre-certified LoRaWAN subsystem for node and gateway communication.
Memory / Time
Non-volatile memory and RTC for persistence, timestamps and scheduling.
Actuation
24 V relay outputs and DC latching valve outputs.
Field connectivity layer
LoRaWAN gateway and link orchestration between remote nodes and the cloud.
Monitoring dashboard
Unified view for telemetry, alarms and operational control across every site.
Hardware Showcase
Industrial-grade hardware built for open-field conditions.
Field-deployed sensor nodes capture soil and line data; the edge controller runs local logic, drives valves, checks pressure for leaks, and keeps the system connected to your operations stack.
Sensor Node
Soil and line metrics capture, zone-level visibility, low-power deployment.
Edge Controller
Local logic, control actions, and connectivity orchestration.
Software Platform
A clear operational dashboard for smart irrigation monitoring.
Monitor soil moisture, total flow, pressure, leak risk, sensor status, and main valve control from one clear irrigation dashboard.
Field overview, zone moisture, flow trends, alerts, and valve status in one screen built for daily irrigation operations.
Soil moisture
Zone-level moisture maps and averages to see dry, optimal, and wet areas at a glance.
Total flow
Track daily water use and live flow trends across the main line in one view.
Pressure
Monitor main-line pressure stability and catch drops before they affect irrigation.
Leak risk
Surface leak-risk status alongside flow and pressure signals for faster triage.
Sensor status
Alerts for dry soil, low battery, and offline nodes so field issues stay visible.
Main valve control
Open/close visibility and valve health from the same operational dashboard.
Pricing
Flexible plans for pilot programs and scaled operations.
Commercial structure adapted to operation size, deployment complexity, and support requirements.
Pilot
Custom pilot scope
For field validation and first deployment cycles.
Scale
Hardware + platform subscription
For multi-zone operations that need ongoing visibility.
Enterprise
Tailored commercial agreement
For large operations, integrations, and strategic rollout.
Waiting List
Join early access and pilot opportunities.
Register your interest to join Bloomiot's waiting list for market validation, pilot programs, and early product access.
Built for the next era of irrigation