Smart Agri-Tech IoT Dashboard
Designing a mobile-first control system for complex agricultural irrigation infrastructure
The Problem:
Industrial irrigation systems overwhelm operators with fragmented hardware data, creating cognitive overload, delayed response, and preventable system failures.
Industrial irrigation systems overwhelm operators with fragmented hardware data, creating cognitive overload, delayed response, and preventable system failures.
The Challenge:
Transform engineering-heavy infrastructure into a mobile-first control system that simplifies monitoring, prioritizes anomalies, and supports safe daily operations.
Transform engineering-heavy infrastructure into a mobile-first control system that simplifies monitoring, prioritizes anomalies, and supports safe daily operations.
The solution:
Reorganized raw hardware into user-friendly operational zones
Built triage-based dashboards for faster anomaly detection
Introduced predictive system logic beyond static monitoring
Reduced critical human error through safety-gated controls
Reorganized raw hardware into user-friendly operational zones
Built triage-based dashboards for faster anomaly detection
Introduced predictive system logic beyond static monitoring
Reduced critical human error through safety-gated controls
Predictive UX
Correlated system metrics like pressure, flow, and soil moisture to identify failures before escalation.
Correlated system metrics like pressure, flow, and soil moisture to identify failures before escalation.
Anomaly Detection Logic
Shifted from raw telemetry to pattern-based warnings for leaks, clogs, and hardware inconsistencies.
Shifted from raw telemetry to pattern-based warnings for leaks, clogs, and hardware inconsistencies.
"Set-and-Forget" Automation
Designed schedule automation and weather logic to reduce manual control burden.
Strict Error Prevention
Moved emergency controls deeper, added hold-to-confirm actions, and minimized catastrophic misclick risk.
Moved emergency controls deeper, added hold-to-confirm actions, and minimized catastrophic misclick risk.
