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Telemetry Insights
Cradle-to-Grave AI

Burden the System, Not the Customer

Telemetry Insights combines real soil sensors, localized daily weather intelligence, crop science, and machine learning to make every irrigation and protection decision automatically — 24/7, at every device, with no manual intervention required.

How Telemetry Insights AI Makes Every Irrigation Decision

Four intelligence layers — working together, every night, automatically

Data Sources

🌱

Soil Sensor

Real-time root-zone
moisture, temperature,
humidity & pressure

LiveRoot Zone
🌤️

Daily Weather

Localized forecast via
3rd Party Weather API
rain probability & ET₀

NightlyPer Location
📈

Your History

Every irrigation event
recorded from day one
at your location

PassiveAutomatic

AI Intelligence Engine

🧪
1

Soil Science

Computes your correct irrigation threshold from USDA soil data + your plant type — not a guess

FC − (PAW × MAD)
2

Weather

Adjusts daily based on rain forecast and heat demand — assigns SUPPRESS, DELAY, NORMAL or BOOST

ET₀ × Kc → RPS
🤖
3

Machine Learning

After 90 days, XGBoost trains on your local history and refines every decision automatically

Activates after 90 days

Today's Irrigation Decision

SUPPRESS

Rain is coming — significantly raise threshold to prevent watering

DELAY

Rain possible — raise threshold, water less

NORMAL

No change — base threshold in use

BOOST

Hot & dry — lower threshold, water more

💧

Solenoid opens exactly when needed — and not a moment sooner

Right amount of water · Right time · Right plant · No manual intervention

Your AI Gets Smarter Over Time

🟢

Day 1

Soil science + weather active immediately

📊

Day 30

Irrigation history building

🤖

Day 90

XGBoost model trained and validated

🚀

Ongoing

ML decisions continuously improve

Zero Manual Work

What the AI Does So You Don't Have To

Every task that used to require a skilled operator checking conditions, adjusting schedules, and responding to events — handled automatically.

With Timers or Basic Sensors

Set and re-set irrigation schedules every season
Manually skip watering after it rains
Adjust timers during heat waves and cold snaps
Guess how much extra water plants need on hot days
Look up soil type and calculate thresholds manually
Notice plant stress days after it's already happening
Update settings when seasons or soil conditions change
Monitor every device individually for long-running cycles

With Telemetry Insights AI

Thresholds computed from soil science at setup — no numbers to enter
SUPPRESS modifier activates automatically when rain is forecast
BOOST modifier increases irrigation on hot, high-ET₀ days — proactively
Crop coefficients (Kc) scale water demand per plant type, per month
USDA SSURGO auto-detects your soil type from GPS at provisioning
Soil drift alerts flag when sensor behavior diverges from configuration
Seasonal Kc multipliers adjust for crop growth stages month-by-month
Long-watering safety shutoff triggers automatically — no monitoring needed
Drip Defender

AI That Protects Foundations 24/7

Foundation damage from soil shrink-swell cycles costs homeowners and commercial property owners tens of thousands of dollars. The AI keeps perimeter soil in a precise moisture band — automatically.

$15K–$100K

Typical foundation repair cost for expansive soil movement

MAD 0.30

Conservative moisture depletion limit — soil stays consistently moist, not saturated

Daily

Weather-adjusted threshold update — SUPPRESS prevents over-watering before rain events

How the AI Protects Your Foundation

Soil-Science Threshold

Field Capacity and Permanent Wilting Point for your specific soil texture define an exact operating moisture window — not a rough estimate.

Weather Pre-Emption

If rain is forecast the system suppresses irrigation proactively. If it's been hot and dry it boosts irrigation to prevent the soil from shrinking before damage occurs.

Tight Operating Band

Foundation uses a 0.90× high buffer (vs 0.95× for other applications) to prevent over-saturation and hydrostatic pressure against the structure.

Continuous Monitoring

Every sensor reading is compared against the AI threshold in real time. Alerts fire if the solenoid runs unexpectedly long — protecting against leaks and stuck valves.

Example: Clay Loam Foundation

Soil TypeClay Loam (HSG C)
Field Capacity (FC)36%
Threshold Low (start)31.8%
Threshold High (stop)32.4%
Delivery ModeCycle-Soak (HSG C)
ManagementFully Automatic
Water Buddi

AI That Knows What Every Plant Needs

47 application types. 13 soil textures. Daily weather. Crop coefficients. Seasonal adjustments. Water Buddi's AI handles every combination — automatically calibrated to your specific soil and plant type from day one.

13 Soil Types — Each with a Scientifically Correct Threshold

Sand

12%

Field Capacity

HSG A

Sandy Loam

22%

Field Capacity

HSG B

Loam

31%

Field Capacity

HSG B

Silt Loam

33%

Field Capacity

HSG B

Clay Loam

36%

Field Capacity

HSG C

Clay

46%

Field Capacity

HSG D

Auto-detected from GPS using USDA SSURGO soil survey data at device provisioning

47 Application Types Across 8 Categories

🏠

Foundation

Perimeter moisture protection

🌿

Lawn

Cool season, warm season, mixed

🥦

Garden

Vegetables, herbs, flowers, raised

🌳

Trees

Young & established, drought-tol.

Golf Course

Greens, tees, fairways, rough

🏟️

Sports & Rec

Natural turf, synthetic cooling

🏢

Commercial

Landscape, medians, green roofs

🌾

Agricultural

Crops, orchards, vineyards, more

20–40%

Typical water savings vs timer-based systems

Daily

Weather-adjusted threshold update per device

90 Day

Data collection before ML model activates

Built-In Safety

The System Protects Itself

Every edge case, every failure mode, every unexpected condition — handled automatically. No monitoring required.

Rain Suppression

When rain probability is high, irrigation is suppressed entirely. The nightly weather batch prevents watering before every forecast rain event — zero waste, zero intervention.

Automatic — no customer action needed

Long Watering Shutoff

Three escalating alerts (300s, 420s, 540s). At critical threshold the solenoid closes automatically and the device switches to Threshold mode at 0% — no runaway irrigation.

Automatic — no customer action needed

Cycle-Soak Mode

Clay and heavy soils (HSG C/D) automatically receive water in three short bursts with 20-minute pauses. Prevents surface runoff and delivers the full water dose to the root zone.

Automatic — no customer action needed

Soil Drift Alerts

If a device's actual trigger moisture drifts more than 15% from its AI threshold over 10+ events, an alert flags that the soil configuration needs review — before it affects outcomes.

Automatic — no customer action needed
Machine Learning

AI That Gets Better Every Day

Unlike any other irrigation or protection system on the market, Telemetry Insights learns from your specific device's history — and continuously improves.

🟢

Day 1

AI Active Immediately

Soil science thresholds computed from USDA data. Daily weather modifiers active. No waiting, no configuration.

📊

Day 30

History Building

Every irrigation event recorded — soil moisture, temperature, humidity, ET₀, and rain probability at trigger time.

🤖

Day 90

XGBoost Trains

Machine learning model trained on your device's own history. Validated against rule-based baseline before activation.

🚀

Ongoing

Continuously Improving

ML model refines decisions based on local patterns. Cluster models capture micro-climate variations your regional forecast doesn't see.

Ready to Let AI Handle It?

Foundation protection or smart irrigation — both products run the same multi-layer AI from day one. No scheduling. No manual adjustments. No guessing.