SMART AGRICULTURE

AI-native smart agriculture

Connect regions, parks, plots, subsystems, and devices as comparable agricultural assets so soil, weather, power, and network health can jointly support field decisions.

TWO DASHBOARD MODES

Keep regional posture and device operations distinct

Cockpit compares regions and plots. Cardlist moves agricultural devices into operational workflows by location and type.

COCKPIT

Region and plot cockpit

Compare regions and plots, then expand eight soil metrics, moisture trends, weather conditions, solar power, and battery state.

Anonymized smart-agriculture cockpit with region and plot comparisons, eight soil metrics, weather, and solar power — COCKPITAnonymized demo · Smart-agriculture Cockpit

01 · FIELD COMPARISON
Compare soil and device conditions by farm and field.
02 · SOIL + WEATHER
Read eight soil factors, moisture trends, and local weather together.
03 · OFF-GRID POWER
Relate solar power, battery SOC, and load condition.

CARDLIST

Agricultural device and Skill operations

Filter soil sensors, solar controllers, weather stations, and gateways by region, plot, and type; then open live values, trends, and Skills.

Anonymized smart-agriculture device list organized by region, plot, and type for soil, solar, weather, and gateway equipment — CARDLISTAnonymized demo · Smart-agriculture Cardlist

01 · AREA FILTERS
Enter a target scope by farm, field, and equipment type.
02 · DEVICE HEALTH
Review online state, battery, RSSI, and SNR together.
03 · FIELD SKILLS
Open soil, power, weather, or gateway analysis from a device.

FIELD AGGREGATION

Move from one sensor to the health of a whole plot

Regional aggregates compare eight soil metrics, device and network health, solar power, and weather conditions in the same plot context.

SOIL

Soil health

Aggregate soil temperature, moisture, EC, salinity, nitrogen, phosphorus, potassium, and pH.

NETWORK

Device and network health

Summarize online devices, lowest battery, lowest SNR, and lowest RSSI.

SOLAR

Solar, SOC, and load

Compare solar power, battery SOC, load power, and charging state.

WEATHER

Weather and gateway health

Relate changing weather, gateway state, and regional communication health.

FIELD SKILLS

Give every agricultural device domain context

Skills go beyond displaying values. They organize soil, power, weather, and communication signals into traceable analysis.

Soil sensor

Moisture and eight-factor soil analysis

Combine current values, history, and peer points in the plot to explain spatial differences.

Analyze eight soil metrics
Check low battery and signal health

Solar controller

Off-grid power health

Relate solar power, battery SOC, load power, and charging state.

Assess power reserve
Inspect load risk

Weather station

Field weather conditions

Summarize temperature, humidity, wind, pressure, and precipitation for irrigation and inspection context.

Review the weather trend
Relate irrigation advice

Gateway

Regional coverage and connection quality

Combine online state, connection quality, and spatial device distribution to assess regional communication health.

Inspect coverage health
Locate weak-signal plots

AI DECISION SUPPORT

Combine agricultural context into reviewable advice

Every recommendation cites soil, weather, power, or communication evidence. Field staff confirm the final schedule and any device action.

Generate an irrigation recommendation

01DETECT
Field moisture keeps falling, while recent weather and crop conditions show that the area needs attention.
02CONTEXT
Farm → field → irrigation subsystem
03AI ADVICE
Recommend timing, target zones, and execution priority for irrigation.
04HUMAN CHECK
The manager verifies weather, water, power, and field-equipment availability.
05EXECUTE
After confirmation, create the irrigation task or controlled action and record its result.

Turn soil, weather, power, and device health into actionable agricultural decisions.