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Field systems

Agritech

Field instruments fail quietly. A sensor that drifts without saying so is worse than no sensor at all, so calibration and self-diagnosis are part of the product rather than a service contract.

Discuss your sectorAll industries
The operating constraint

What makes this sector hard

Every one of these has cost somebody a programme. They are the questions we ask first, before any architecture is proposed.

  • No mains power and no reliable connectivity across most of the deployment area
  • Sensor drift that goes unnoticed until a season's data is already worthless
  • Enclosures that must survive UV, monsoon, dust and livestock
  • Seasonal usage patterns that make an annual service visit uneconomic
  • Advisory output that has to be actionable by a grower, not by a data scientist
What you get
  • A season of data you can trust, because drift is detected and flagged
  • Nodes that run unattended between seasons on solar assistance
  • Irrigation decisions made on soil condition instead of a fixed schedule
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Capabilities

What we build for agritech

Field SensingSoil moisture, temperature, leaf wetness and weather in one rugged node
Solar & Power BudgetSolar-assisted designs sized from a measured duty cycle and a worst-case week
Long-Range ConnectivityLoRaWAN and NB-IoT links chosen for range and cost per node, not peak throughput
Calibration WorkflowScheduled verification and drift detection built into the platform
Irrigation & AutomationValve and pump control driven by measurement rather than a timer
How we work here

The approach, in practice

The agritech systems that get switched off are the ones that asked for attention. Ours are designed around the opposite assumption: nobody will visit, nobody will recalibrate, and the first sign of trouble must come from the device itself. Self-diagnosis and drift detection matter more here than sensing resolution.

Key technologies

What we work in for this sector

Named where we hold direct, current experience.

LoRaWANNB-IoTSolar-assisted powerIP67 enclosuresCalibration workflowThreshold alerting
Related products

Platforms deployed in this sector

All products
Server racks lit in blue in a data hallIn production

PropAxis

Intelligent building operations — energy, access, and occupant comfort in one view.

  • Metering and energy analytics
  • Access and safety automation
  • Portfolio-level reporting
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Crop rows photographed at low level in open farmlandDeployed

Environmental intelligence

Air, water, and field conditions measured where decisions are made.

  • Rugged multi-parameter sensing
  • Low-power wide-area links
  • Threshold and trend alerting
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Rack-mounted equipment being integrated and cabledIn production

Asset intelligence

Know where every asset is, and what state it is in.

  • Multi-network trackers
  • Fleet and site dashboards
  • Open API and webhooks
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Other sectors

Where else we work

Mining & Metal

Rugged electronics and predictive monitoring for hard environments.

E-Mobility & Smart Energy

EV, charging and renewable systems engineered for uptime and compliance.

Automotive

Embedded control, V2X and vehicle data platforms for moving fleets.

Renewable Energy

Solar, storage and microgrid electronics built for weak grids and long service intervals.

Medical

Compliant, connected devices from wearables to diagnostics.

Fintech

Secure, scalable platforms for payments, credit and digital banking.

Real Estate

Connected buildings that run on measurement rather than assumption.

EduTech

Digital learning ecosystems with real progress visibility.

Smart Logistics

Connected assets, sites and infrastructure with one source of truth.

Working in agritech?

Tell us the constraint you are up against. We will tell you what we would do first.

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