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Field Deployments · Verified Outcomes

How Terra7 shows up
in production.

Three engagements, three verticals, one substrate. Each ran through the same six phases — with the compliance posture the sector demands.

Aerial view of research crop rows with in-field IoT sensor stations
Case 01
Phases 0 → 4
Agriculture · Research
Agriculture · Research · Case 01

From fragmented field data to real-time cross-site intelligence.

A statewide research network managed environmental and operational data across ten centers, thousands of acres, and more than a thousand sensors — each in a different vendor's silo, each exported by hand.

Terra7 connected the existing sensors and new edge devices into one standardized cloud data layer, making cross-site data available for AI analysis and real-time decision-making.

Before Terra7After Terra7
  • 10 disconnected1 unified platform
  • 13,000+ managed independently13,000+ on one view
  • 1,300+ fragmented1 AI-ready data layer
  • 2–5 daysMinutes
Compliance posture
USDA Data StandardsISO 27001SOC 2 Type IIFIPS 140-2
Deployed in 9 weeks10 sites · 4 vendors unified99.97% ingest uptime
Municipal water pump station with pressure gauges at dusk
Case 02
Phases 1 → 5
Water · Predictive Maintenance
Water · Predictive Maintenance · Case 02

Correlating telemetry, weather, and history to prevent unplanned outages.

On a Monday, a pump station begins drawing slightly higher current while nearby temperatures rise and reservoir levels fluctuate. None of the individual systems trigger an alarm — two days later the pump fails, and an emergency crew is dispatched.

With Terra7, equipment telemetry, weather, and historical operating patterns are correlated in one place. The asset is flagged as high-risk, and maintenance is scheduled before failure occurs.

Before Terra7After Terra7
  • 8–12 hours<30 minutes
  • 5–10 vendor dashboards1 unified platform
  • Reactive alarmsPredictive alerts
  • After complaintsAI-driven risk scores
Compliance posture
AWIA § 2013EPA CybersecurityIEC 62443SOC 2 Type II
Deployed in 6 weeks24/7 SOC coverageSigned, replayable pipeline
High-voltage electrical substation under a stormy sky
Case 03
Phases 0 → 5
Energy · Grid Resilience
Energy · Grid Resilience · Case 03

From reactive outage response to predictive grid resilience.

A regional utility operates hundreds of substations, transformers, and distribution assets across wildfire- and storm-prone regions. Operational data spans SCADA, weather services, vegetation monitoring, and field sensors — each running independently.

Terra7 creates a secure interoperability layer that combines infrastructure telemetry with environmental intelligence, so crews can be deployed before failures occur instead of after them.

Before Terra7After Terra7
  • 100s monitored separately1 unified view
  • Tracked independently1 AI-ready operational view
  • After outagesRisk-based, before failures
  • Manual analysisReal-time risk modeling
Compliance posture
NERC CIP v7IEC 62443FERC Order 850SOC 2 Type II
Deployed in 12 weeks300+ assets under modelSub-second event routing
Ready when you are

See a Terra7 deployment against your own infrastructure.

Book a demo and we'll walk through a live Terra7 node translating legacy telemetry — in under 30 minutes.

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