Business, Irrigation, and Natural Resources Intelligence

Executive Command

A differentiated command layer for Barari's natural resources, water, sensor, and maintenance decisions.

Demo Environment

Observed Landscapes

Base scope

Barari demo sites

Sensor Availability

92%

+4% this week

20 soil sensors monitored

Water Billing Variance

-11%

AED 42k avoided

Against expected baseline

Maintenance Exposure

2 critical

Assets requiring attention

Base Dashboard Scope

Covers the internally outlined Barari base platform

Delivered by Torrevie

Satellite Intelligence

Vegetation health and soil moisture overview

Soil Sensor Network

Moisture, temperature, and salinity readings

Weather-Aware Reporting

Forecast context for natural resource decisions

Baseline AI Insights

Automated analysis and written dashboard narratives

Predictive Maintenance

Sensor and equipment risk subject to collected data

Water Usage Tracking

Consumption reporting linked to utility billing

Weekly / Monthly Reports

Live reporting dashboard plus scheduled packs

Natural Resources Intelligence

Vegetation, moisture, and thermal stress trend

Water Usage and Billing

Baseline against actual consumption

Natural resources health is stable, with one corridor trending dry

Khalifa City Green Corridors shows a 14% decline in moisture resilience over 48 hours, while vegetation response remains recoverable.

Water consumption is under monthly baseline, but one utility variance needs review

Portfolio consumption is 11% below modeled baseline. One metered corridor is 9% above expected demand and should be reconciled against irrigation events.

Sensor reliability supports predictive maintenance, with data maturity caveat

Battery decline and salinity drift patterns are visible for selected devices. Accuracy improves as Barari accumulates longer sensor histories.

AI Predictive Operations

Next business actions

Escalate moisture recovery plan for Khalifa City Green Corridors

Protects public-facing landscape quality while avoiding unnecessary blanket irrigation.

Delay non-critical irrigation in Al Ain Palm Shelter Belt

Expected reduction of 96 m3 without degrading vegetation health.

Review salinity trend in Al Wathba Native Habitat

Prevents unnecessary water use by distinguishing salinity stress from moisture stress.

AI Predictive Maintenance

Sensor and equipment risks

Soil Sensor KCG-SS-11

Battery failure risk within 12 days | 12 days

Salinity Probe AWT-EC-04

Calibration drift likely | 5 days

Gateway AIN-GW-02

Intermittent heartbeat loss | 21 days

Portfolio Sites

Al Wathba Native Habitat

Natural reserve landscape

78% veg31% soilModerate

Khalifa City Green Corridors

Municipal landscape corridor

64% veg24% soilElevated

Al Ain Palm Shelter Belt

Agricultural protection belt

83% veg29% soilStable