Backed by world-class research & industry
Agrobotic builds solar-charged sensors with machine learning built in. They read soil, water and air continuously and act on what they find, even where there is no internet, from farms adapting to a warming climate to wildfires caught before the first plume.
Backed by world-class research & industry
Each Agrobotic device runs its own machine learning. It classifies and detects on the spot, so the sensors keep working in remote places with no cloud and no cell service.
Nitrogen and emissions sensing that helps growers use less fertilizer and water, cut greenhouse gases and protect yield as seasons get hotter and drier.
Measures nitrate and N₂O continuously, from the surface through multiple soil depths. It flags nitrate spikes, predicts denitrification risk and sends fertilizer alerts, and its N₂O readings feed carbon-credit reporting.
One unified node measures thirteen parameters across soil, greenhouse gases and air. It runs several AI models at once with no cloud, including dual-mode N₂O sensing. Patent pending.
On the live map, satellite NDVI and soil-moisture imagery layer over every reading from your ground sensors. You see the whole field from above and the exact conditions in the soil at the same time.
Solar sensors that track the three places climate change shows up first: the air we breathe, the water we depend on and the wildfires near us.
Tracks CO, NO₂, ammonia, ozone, particulates and CO₂. It sorts hazards on the device against WHO and EPA limits and passes alerts across a wireless mesh, giving early warning for industrial emissions, farm hazards and community air.
An on-device model sorts water into clean, risky or polluted at over 94% accuracy on polluted samples, spotting biological contamination without a lab test. It keeps working offline without losing data and alerts the moment WHO or EPA limits are crossed.
Catches smouldering fires before they show a visible plume, and distinguishes wildfire smoke from ordinary pollution. Alerts travel across a self-healing mesh that reaches past 500 m of forest.
Soil and nitrogen, water, air, emissions and fire risk from every node, mapped across all your farms and turned into clear actions.
Explore the full Agrobotic dashboard with live sensor, satellite and weather data. No signup required.
The same live data that powers field operations also feeds Agrobotic's fintech layer: portfolio views, GHG tax modelling, carbon markets, lending, insurance, and compliance reporting, all tied to what your nodes measure on the ground.
Modelled on a 500-acre operation, Agrobotic data delivers gains across yield, water, fertilizer and emissions.
Tour the live Agrobotic dashboard, or talk to our team about deploying sensors across your land, water and air.