Irrigation Demand Forecasting
Combines weather windows, soil moisture trends, and growth stage to recommend zone-level irrigation timing and run duration.
Our Solution
Field Vista turns scattered field data into one operating workflow. It forecasts what each zone needs, flags risk early, and gives teams a clear daily action plan.
Disease Pressure Prediction
Uses canopy conditions and local forecast patterns to surface disease-risk days before routine scout cycles usually catch them.
Equipment Reliability Signals
Monitors pump and valve telemetry for anomalies tied to flow instability, over-cycling, and pressure drift.
Action-First Operations Feed
Prioritizes what should be done first by block and urgency so supervisors can dispatch crews quickly without spreadsheet triage.
Real-world Impact
Teams use Field Vista to improve water efficiency, avoid preventable field losses, and spend less time reacting to emergency maintenance.
Water Waste Reduction
Zone-specific recommendations reduce unnecessary irrigation cycles while maintaining plant stress thresholds in hot weeks.
Faster Field Response
Disease and irrigation alerts arrive in time for same-day interventions instead of end-of-week corrections.
More Predictable Harvests
Cleaner irrigation execution and earlier risk handling support steadier quality grades across harvest windows.
Performance Metrics
Operational results from Field Vista customers and the 2025 pilot cohort.
18-27%
Lower irrigation water use per acre (2025 pilot cohort).
9-14%
Increase in marketable yield on irrigated vegetable blocks.
5.4 hrs/week
Manager time saved on scouting coordination and manual logs.
24-36 hrs
Earlier disease-risk alerts versus manual scouting cadence.
22% fewer
Emergency pump and valve incidents after predictive alerts.
Features
Built for field operations teams that need practical recommendations, not extra dashboard overhead.
AI irrigation scheduling by field zone
Recommendations align to crop stage, weather shifts, and current moisture curves.
Disease pressure forecasting
Weather and canopy condition signals highlight high-risk windows before spread accelerates.
Pump and valve anomaly detection
Equipment alerts surface pressure and flow issues before they become same-day outages.
Prioritized daily task list
Supervisors get an ordered checklist by urgency, block, and crew role.
Mobile field notes with offline sync
Technicians capture observations even in low-connectivity zones and sync later.
Compliance-ready exports
Water and spray records are exportable for audit, insurer, and regulator reporting.
Field Snapshots
Stock imagery from modern irrigation operations, crop monitoring, and field data workflows.
Zone Visibility
High-level field perspective helps teams compare block conditions quickly.
Daily Decision Support
Mobile-first recommendations keep supervisors aligned from first check to last pass.
Operational Reliability
Telemetry and alerts reduce surprise breakdowns during critical watering windows.
Customer Reviews
Short feedback from farm operators using Field Vista in weekly operations.
"The irrigation guidance cut our overwatering events in two months. Our crews now start the day with a clear task order."
"We caught an early mildew risk two days sooner than normal scouting. That single alert saved a full block from grade loss."
"The pump alerts are practical, not noisy. We fixed two failing valves before weekend downtime hit packing schedules."
"Field Vista replaced three separate spreadsheets and our daily radio back-and-forth. We are spending more time in the field and less in admin."
Team Members
Field-led product strategy and production-grade engineering from leaders focused on farm operations.
Eze Precious
CEO
Leads strategic direction, partnerships, and growth initiatives for Field Vista's agriculture technology platform.
Chinonso Emmanuel
CTO
Oversees technical architecture, platform engineering, and delivery of reliable software systems for field operations.
Our Technologies
The Field Vista stack is optimized for reliable ingestion, fast recommendations, and secure operations across connected and low-connectivity field environments.