Hero Summary
Transform traditional open-channel distribution into an automated, data-driven irrigation network. Our integrated non-contact radar sensing and smart gate telemetry deliver continuous flow monitoring, equitable volumetric allocation, and zero-loss water control.
Key Capabilities for Canal Modernization
Conventional irrigation canals suffer from excessive conveyance losses, silt accumulation on submerged sensors, and labor-intensive manual gate adjustments. Our solution addresses these operational bottlenecks directly.
Real-Time Volumetric Telemetry
Continuously calculates totalized volume and discharge rates based on open-channel cross-sectional profiles and real-time radar velocity vectors, streaming live data to cloud platforms.
Off-Grid Solar Operation
Designed with state-of-the-art power optimization, allowing complete field installations—including radar sensors, RTU telemetry, and motorized gate drives—to run 24/7 on solar-battery setups.
Precision Water Measurement & Metering
Delivers steady flow measurement accuracy even under backwater conditions, silted river beds, or varying slope gradients where standard weir equations fail.
Centralized SCADA & Cloud Integration
Supports standard Modbus RTU/TCP and MQTT protocols, enabling seamless integration into existing regional water authority SCADA platforms or third-party GIS dashboards.
Overcoming Core Challenges in Canal Operations
An end-to-end telmetry and actuation stack engineered specifically for off-grid, rugged agricultural environments.
Equitable Volumetric Allocation
Replaces rough water-level estimates with continuous, high-precision discharge measurement across main, branch, and lateral canals—ensuring fair, transparent downstream water accounting.
Non-Contact Reliability
Above-water K-band radar technology stays completely clear of debris, floating weeds, and high sediment loads, eliminating bio-fouling and reducing routine field maintenance to zero.
Automated Closed-Loop Control
Integrates real-time flow telemetry with motorized sluice gate actuators to dynamically maintain scheduled target flow rates without requiring manual site visits.
