This dashboard provides real‑time monitoring of agricultural irrigation and fertigation systems. It displays live measurements of alkaline level, conductivity, soil moisture, and flow rate, helping growers safeguard crop health and Yield.
Dashboard Overview
The Irrigation & Fertigation Monitoring Dashboard provides complete visibility into soil and water quality parameters essential for healthy crop growth. The upper section displays real-time gauges for alkaline level, conductivity, soil moisture, and flow rate, highlighting potential issues such as dangerous alkaline levels, zero conductivity, moisture sensor errors, or low-flow conditions.
The trend analytics section visualizes long‑term behavior of all key parameters, helping operators to compare values, identify patterns, and correlate anomalies over time. Tag selection allows focus filtering specific parameters for improved clarity.
The lower section includes statistical summaries such as current, average, first recorded, lowest, and highest values for conductivity, moisture, flow rate, and alkaline levels. Historical telemetry logs provide timestamped sensor readings, to support traceability, audits, and advanced diagnostics.
Together, these features enable farmers and agronomists to monitor system performance, detect irrigation or chemical dosing failures, and maintain optimal soil and crop conditions.
Key Benefits
• Optimize irrigation and fertigation cycles through real‑time parameter visibility.
• Detect anomalies in soil moisture, conductivity, or pH levels before crop damage occurs.
• Support precision agriculture with trend analytics and historical insights.
• Reduce operational costs by preventing unnecessary watering or chemical dosing.
• Enhance crop yield and quality with better control of environmental factors.
• Improve system reliability with early detection of pump, sensor, or flow failures.
Core Functionalities
• Real‑time monitoring of alkaline level, conductivity, soil moisture, and flow.
• Color‑coded gauges for instant status interpretation.
• Advanced multi‑parameter trend analytics with selectable tags.
• Detailed statistics blocks summarizing historical and current values.
• Telemetry logs with timestamped readings for complete traceability.
• Error visibility for moisture, flow, and chemical imbalance detection.
• Support for remote supervision and smart farming automation workflows.
