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IoT Pooled Data · Agriculture

One data pool.
Every acre connected.

Sabertooth's pooled IoT SIM plans keep soil probes, irrigation controllers, livestock trackers, weather stations, and autonomous equipment online — all sharing one nationwide 4G LTE/5G data pool. No per-device overages. No wasted data.

What is IoT Pooled Data for the farm?

Instead of buying a separate cellular plan for every sensor, controller, or tracker, pooled data puts every SIM on a single shared allowance. A high-use pivot controller in the field and a low-use grain bin sensor at the silo draw from the same bucket — balancing automatically as conditions change across the season.

The result: predictable connectivity costs, simpler management, and no overage surprises during planting, irrigation, or harvest.

Soil & crop sensors
Irrigation controllers
Equipment telematics
Weather & yield stations

Why farms choose pooled data

Cost efficiency

Save up to 25% versus per-SIM plans. Pay for one shared pool, not idle data on every device.

Nationwide coverage

Multi-carrier 4G LTE/5G keeps remote fields, pastures, and barns online across rural geography.

Secure by design

Private APN, static IP, and VPN tunnels for protected sensor and equipment traffic.

Built to scale

Add a single moisture probe or roll out 10,000+ devices across multiple operations.

Connect every corner of the operation

One Sabertooth pooled plan supports the full ag tech stack — from row-crop precision to livestock and post-harvest monitoring.

Precision irrigation

Pivot controllers, drip valves, and soil moisture probes report in real time so you irrigate exactly when and where it matters.

Field & weather telemetry

On-farm weather stations, frost sensors, and microclimate monitors send continuous data without burning per-device plans.

Equipment & fleet tracking

Tractors, sprayers, trucks, and ATVs stay visible with GPS telematics, hours, and fuel use in one dashboard.

Livestock monitoring

Ear-tag GPS, health collars, virtual fence, and water-tank sensors keep herds connected across pasture and range.

Grain & storage sensors

Bin temperature, moisture, and CO₂ sensors stream from silos and storage sheds to prevent spoilage.

Autonomous & robotic ag

Autonomous tractors, scouting robots, and drone base stations get reliable bandwidth with secure APNs.

Key features for ag deployments

  • Shared data pools across every ag SIM you deploy
  • Centralized portal with real-time usage by device or field
  • Private APN, static IP, and VPN for secure sensor traffic
  • Per-device thresholds, alerts, and remote SIM controls
  • Multi-carrier 4G LTE/5G for rural and remote coverage
  • Flexible tiers — from 10 sensors to 10,000+ across operations
Case study · Powered by Globalgig

One network partner, every feed bin connected

BinSentry's Feed Ordering Automation Platform uses LTE-M IoT sensors, solar-powered in the field, to stream feed bin levels to the cloud. As they expanded internationally, juggling up to four wireless carriers drove cost, contract sprawl, and patchy rural coverage.

The challenge
  • Rural feed bins outside any single carrier's footprint
  • Multiple carriers across regions = contract & invoice sprawl
  • Rising overhead instead of focus on growth and scale
The solution
  • Single Globalgig eSIM SKU with automatic local profile
  • LTE-M with 2G fallback for low power + rural reach
  • Pooled data shared across every LTE-M device worldwide
  • Orchestra portal: one pane of glass for every SIM and carrier
Streamlined

Feed inventory tracking and ordering across the herd

Rural ROI

High-quality connectivity in geographically disparate locations

Global scale

One partner replacing multiple carriers, contracts, currencies

Better forecasts

Real-time data driving accurate feed demand planning

From one feed bin in a rural valley to a global fleet of LTE-M sensors — the Sabertooth × Globalgig pooled-data model gives agriculture innovators one SIM, one portal, and one bill.

IoT Partnership KPI Scorecard

Mission-critical SIM deployment, measured weekly

For ag operations where downtime means missed irrigation windows, spoiled feed, or stranded equipment, we hold our deployment to a shared scorecard with Globalgig — pilot through production, with fast escalation when any KPI trends below target.

Area
Key KPIs & targets
Escalation trigger
Availability & Resilience
  • Uptime: 99.5%+ weekly (by region + device group)
  • Failover success: 100% (primary to backup path)
  • VPN / private APN stability: no recurring drops
Any weekly uptime < 99.5% or failover miss
Performance Quality
  • Median latency: < 50 ms (where applicable)
  • Packet loss: < 1%
  • Jitter: set per app, tracked weekly
Loss >= 1% or latency spikes impacting apps
Response & Recovery
  • First response (24/7): < 5 minutes
  • MTTR (priority incidents): < 4 hours
P1 response > 5 minutes or MTTR > 4 hours
Deployment Execution
  • SIM activation success (first attempt): 99%+
  • Provisioning SLA: same-day (priority lane for critical)
  • Time-to-online: within defined window
  • Roaming continuity: 0 silent roam failures
Activation failures, missed SLA, roaming breaks
Security & Governance
  • Private APN / policy compliance (in-scope): 100%
  • ICCID/IMEI mapping accuracy: 100%
  • Anomaly detection (runaway usage, SIM moved): < 15 minutes
Non-compliant device or mapping mismatch
Data Economics
  • Usage in-band: majority in expected range (by device type)
  • Pilot overage events: 0
  • Cost per connected asset: trending down with scale
Overage event or runaway usage
Cadence: Weekly during pilot. Monthly after rollout. Any KPI trending below target triggers proactive remediation and escalation.
FOMO: If your devices are mission-critical, you do not get a second chance at uptime. Early teams lock in priority provisioning lanes and the fastest escalation path.
Next step: KPI-score your first 25–100 SIMs, prove stability in the real world, then scale.

Frequently asked questions

How does pooled data save money on a working farm?+

Each device only pulls what it needs from the shared pool. A low-use moisture probe offsets a high-use pivot controller, so you stop paying for idle data on hundreds of SIMs and avoid overage charges during peak season. Most operations save 25% or more.

Will it work in remote fields with poor coverage?+

Sabertooth IoT SIMs are multi-carrier across nationwide 4G LTE and 5G networks, automatically selecting the strongest signal — ideal for rural fields, pastures, and back-country range.

What ag devices can run on a pooled SIM?+

Soil moisture and nutrient probes, weather stations, irrigation and pivot controllers, livestock GPS and health tags, equipment telematics, grain bin sensors, autonomous tractors and scouting robots, drone base stations, and on-farm cameras.

Is it secure enough for proprietary farm data?+

Yes. Plans support private APN configuration, static IP, and VPN tunnels so sensor, yield, and equipment data is encrypted end-to-end — separated from public internet traffic.

Can I manage SIMs across multiple farms or operations?+

The cloud portal lets you view usage by device, field, or operation; set thresholds; and activate, suspend, or terminate SIMs remotely — no truck roll required.

How do I get started?+

Take the Ag IoT readiness assessment for a tailored snapshot, or book a free consultation and we'll size a pooled plan to your fleet of sensors and controllers.

Ready to connect your operation?

Get a free analysis of your current ag connectivity spend and a pooled plan tailored to your fields, equipment, and herd.