Climate intelligence on the edge

Climate intelligence, from the soil to the sky.

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.

Explore the live dashboard See the technology
13Parameters per node
500m+Self-healing mesh
94%+Edge-AI accuracy
Nitrate spike flagged · F-003
Wildfire risk · Low

Backed by world-class research & industry

University of British Columbia NSERC Agriculture and Agri-Food Canada Microsoft AI for Earth Google for Startups Hong Kong Science and Technology Parks
University of Hong Kong Chinese University of Hong Kong Hong Kong University of Science and Technology Qatar Science and Technology Park Qatar University
Built for the edge

Intelligence that lives where the internet doesn't.

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.

Runs on the deviceModels run on the sensor to classify water, detect wildfire smoke and flag nitrate spikes.
Works offlineSensors record, decide and send alerts with no internet, and never lose a reading.
Solar poweredNodes run for years on solar power with no servicing.
Self-healing meshNodes pass data to each other and reroute around failures, tested past 500 m in forest.
Agriculture

Helping farms adapt to a changing climate.

Nitrogen and emissions sensing that helps growers use less fertilizer and water, cut greenhouse gases and protect yield as seasons get hotter and drier.

NitroSense

Soil & water nitrogen monitor

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.

FLAGSHIP

EcoNitro

Soil, gas and air in one node

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.

Sensors meet satellites

Live field intelligence, matched to the root zone.

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.

NDVISoil moistureField heatmapsLive weather & air
Live field intelligence map with satellite imagery, sensor heatmap and field boundaries

From live field intelligence to a living digital twin.

Satellite imagery and ground-sensor readings create a real-time picture of each site. Agrobotic's digital twins extend that picture into an interactive model, showing how water, nitrogen, emissions, heat, and operational decisions move through the system over time.

Field to twin

Qatar smart university campus

The physical site and sensor network becoming a digital twin.

Climate & environment

Watching the climate as it changes.

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.

AirWatch

Air

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.

AquaSentinel

Water

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.

WILDFIRE

ForestSentinel

Fire

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.

The platform

Every site in one dashboard.

Soil and nitrogen, water, air, emissions and fire risk from every node, mapped across all your farms and turned into clear actions.

dashboard.agrobotic.io · climate
Agrobotic climate dashboard: live maps, satellite layers, soil and weather panels
dashboard.agrobotic.io · fintech
Agrobotic fintech dashboard: GHG tax, carbon credits, portfolio and lending
One operational viewEvery device, gateway and alert across all farms on a single live page.
Live alertsIssues surface as they happen, like an N₂O spike near manure storage, with a recommended action.
Sensor families togetherNitroSense, EcoSense, AquaSentinel, AirWatch and ForestSentinel, managed in one place.
Emissions and carbon creditsTrack GHG and N₂O, estimate tax, and turn measured reductions into carbon-credit revenue.

See it running on live data.

Explore the full Agrobotic dashboard with live sensor, satellite and weather data. No signup required.

Open the live demo
Fintech platform

From sensor readings to balance-sheet decisions.

The same live data that powers field operations also feeds Agrobotic's fintech layer, tying what your nodes measure on the ground to portfolio, risk, and market decisions.

Portfolio & ROI See yield, water, fertilizer and emissions outcomes across every farm in one financial view.
GHG tax & scenarios Model policy exposure from N₂O and methane behaviour, then stress-test mitigation plans before you commit.
Carbon credits & markets List, buy, sell and retire credits with registry-ready exports from ongoing sensor telemetry.
Lending, insurance & reports Originate facilities, quote policies, and generate quarterly compliance packs from the same dashboard.
Open fintech demo
dashboard.agrobotic.io · fintech
Agrobotic fintech dashboard: GHG tax, carbon credits, portfolio and lending
Global model

Architected in Vancouver. Made in America. Engineered for the world.

Agrobotic is a globally distributed climate-intelligence company. We combine Canadian research depth, U.S. manufacturing strength, Hong Kong financial engineering, and Qatar deployment expertise to turn live environmental data into operational action and financial value.

Vancouver, Canada

R&D and IP creation

Vancouver is Agrobotic's innovation engine. Our team develops sensor science, edge-AI models, proprietary hardware architecture, and platform IP in one of North America's leading research and engineering ecosystems.

This is where field-level measurements become scalable technology: sensing systems that operate offline, embedded models that classify water, detect wildfire smoke, and flag nitrate spikes, and the architecture that connects soil, air, water, emissions, and satellite intelligence.

Wisconsin, USA

U.S. design and manufacturing

Wisconsin is where Agrobotic designs, refines, and manufactures its field-ready sensor systems. A U.S.-based production footprint strengthens quality control, supply-chain resilience, and the ability to iterate quickly from engineering design to deployment.

Our Wisconsin operations support rugged, solar-powered hardware built for farms, forests, water systems, and industrial environments, where reliability matters more than convenience.

Hong Kong

Financial engineering

Hong Kong is Agrobotic's center for financial modeling and market innovation. Our team translates continuous sensor telemetry into financially meaningful products, risk frameworks, and market instruments.

Hong Kong turns the same measured outcomes into investable, insurable, and compliance-ready financial structures.

Qatar

Implementation and digital twinning

Qatar is Agrobotic's deployment and digital-twinning hub. We implement sensor networks in demanding real-world conditions, validate performance at scale, and create digital twins that mirror farms, water systems, air quality, and climate-risk environments.

Qatar provides the proving ground for turning Agrobotic's live data into decision systems for governments, enterprises, growers, and large-scale infrastructure programs.

One global platform

Vancouver creates the intelligence. Wisconsin builds the hardware. Hong Kong engineers the financial models. Qatar implements and digitizes the real world.

Together, these capabilities form one platform: climate intelligence on the edge, manufactured in America, and connected to carbon markets, insurance, lending, and compliance.

Impact

Results on a typical farm.

Modelled on a 500-acre operation, Agrobotic data delivers gains across yield, water, fertilizer and emissions.

+10.6%Added yield
−23.8%Reduced irrigation
−18%Lower fertilizer
−19.2%Lower emissions

See the whole picture, live.

Tour the live Agrobotic dashboard, or talk to our team about deploying sensors across your land, water and air.

Try the live dashboard Talk to our team