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Solutions · Agriculture

Smart farming at scale. Edge AI across every hectare.

Deploy computer vision for crop monitoring and automated systems across vast operations. Process data at the edge for real-time decisions, even when the network goes down.

Native

Offline-tolerant

LoRa & satellite

Connectivity

Built-in

Power-optimised

The challenges

What Admiral solves for agriculture.

Remote, disconnected sites

Rural networks are unreliable at best. Admiral devices operate autonomously for weeks and sync when connectivity returns.

Seasonal equipment rotation

Equipment moves between fields, sites, and storage. Devices re-register automatically and reconnect with the correct configuration.

Sensor proliferation

Modern operations run thousands of environmental, soil, and equipment sensors. Admiral normalises telemetry from all of them.

Capabilities

Purpose-built for agriculture.

Crop monitoring AI

Deploy computer vision models for disease detection, growth monitoring, and yield prediction across thousands of hectares.

Offline-first architecture

Devices operate for weeks without connectivity. State reconciles automatically once online.

LoRaWAN and satellite-ready

Low-bandwidth and satellite-optimised protocols supported out of the box. Built for remote.

The difference

With and without Admiral.

Without Admiral

  • Manual updates require expensive site visits
  • Poor connectivity breaks cloud-dependent systems
  • Devices drift out of sync across farms
  • Delayed decisions from cloud latency
  • High costs managing distributed equipment

With Admiral

  • Over-the-air updates to all equipment instantly
  • Edge processing works offline, syncs when connected
  • Guaranteed identical configuration everywhere
  • Real-time decisions with local AI processing
  • Centralised management reduces operational costs
Use cases

Where agriculture teams use Admiral.

Precision agriculture

Computer vision for plant health monitoring, pest detection, and yield estimation across large-scale operations.

Smart irrigation

Automated irrigation control based on real-time soil moisture, weather data, and crop requirements with edge AI optimisation.

Autonomous equipment

Manage autonomous tractors, harvesters, and drones with consistent software across your entire fleet.

Livestock monitoring

AI-powered health monitoring, behaviour analysis, and automated feeding systems for livestock management.

Let's talk about your agriculture fleet.

Start free with 5 devices or talk to our team to scope a production rollout.

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