Agrogat turns raw sensor data into decisions — whether you're optimising irrigation in a tropical orchard or monitoring ground stability beneath Arctic infrastructure. One intelligent platform, built for the edge of the world.
The same intelligence that guides a precision irrigation system in Thailand monitors permafrost beneath a Norwegian runway. Agrogat is built on one idea: the ground holds the answer — you just need to ask it the right questions.
Farming at the speed of data
Your crops don't wait for spreadsheets. Agrogat delivers continuous root-zone intelligence — moisture, salinity, and temperature — so you irrigate precisely when needed and never a drop more.
See beneath the surface
Ground failure rarely announces itself. Agrogat reads the subtle signals — pore pressure shifts, thermistor profiles, millimetre-level displacement — and turns them into warnings you can act on, not incidents you respond to.
From tropical orchards to Arctic runways — one platform, adapted to local risk profiles, sensor networks, and climate pressures. Every deployment is a response to a real problem the ground is trying to warn us about.
AGRO · Southeast Asia
In the humid tropics of Trat, premium durian orchards depend on precise root-zone moisture — not guesswork. Agrogat connects Dragino LSE01 soil probes across hillside plots, streaming volumetric water content (VWC), electrical conductivity (EC), and soil temperature to a local edge gateway.
Operators monitor each sensor zone from a multilingual dashboard (English, Norwegian, Thai), catching dry spells before trees show stress and avoiding over-irrigation that wastes water and dilutes fruit quality. Trend lines reveal seasonal patterns across monsoon cycles, while the API ingest layer lets local integrators connect existing LoRaWAN backhaul without replacing it.
The result: measurable water savings, healthier root zones, and a repeatable precision-agriculture template for high-value tropical crops — running on commodity edge hardware without a heavy cloud stack at the farm gate.
GEOTECH · Northern Europe
Above a coastal Norwegian village, saturated slopes and freeze–thaw cycles create persistent landslide risk for homes and road access. Agrogat aggregates inclinometer displacement, piezometer pore pressure, and ground moisture into a single geotechnical view — giving municipal engineers hours or days of warning instead of reactive crisis response.
JSONB payloads capture multi-depth thermistor profiles and tilt vectors without rigid schema migrations. Automated alarms trigger when displacement rates or pore-pressure trends exceed configured thresholds. Store-and-forward buffering on the edge gateway preserves data continuity through winter storms and intermittent backhaul.
Public-safety stakeholders see colour-coded status, historical trends, and audit-ready time series — supporting evidence-based evacuations, road closures, and long-term slope stabilisation planning under Norwegian civil-protection requirements.
GEOTECH · Arctic
The ground beneath Arctic runways, roads, and buildings is changing. Warmer winters are thawing what was once permanently frozen — silently, invisibly, and with structural consequences that appear years after the damage begins.
Agrogat deploys deep thermal strings and moisture sensors to track active-layer depth in real time, giving engineers a continuous picture of what's happening underground. When pore pressure or temperature thresholds are breached, operators receive WARNING or CRITICAL geo-status alerts — the same pipeline deployed on the gravel airstrip at Nordaustlandet, one of Svalbard's most remote and exposed terrain zones.
Edge gateways buffer readings through polar night and satellite outages, so observability holds when climate stress is highest and site access is hardest.
AGRO · Southeast Asia
Rising sea levels push saltwater inland into Vietnam's rice paddies, threatening harvests that feed millions. Agrogat monitors root-zone EC (salinity) and soil moisture with field probes, translating raw readings into actionable irrigation decisions at the farm and district level.
The Safe-to-Irrigate dashboard flags when salinity exceeds crop-safe limits — triggering automated sluice-gate closure or operator alerts before saline water reaches sensitive growth stages. VWC trends distinguish freshwater flushes from creeping salt intrusion during dry-season tidal peaks.
The same Agrogat edge node that serves durian orchards in Trat scales to delta-wide salinity defence — no separate SCADA stack required.
Agrogat processes data where it's generated — on a ruggedised edge gateway at the field, the slope, or the runway. When backhaul fails, data is buffered locally and synced when connectivity returns.
No gaps. No blind spots. No dependence on a stable internet connection where none exists.
Whether you're already running a station or just exploring what Agrogat can do for your operation, we're ready to talk.
Life-saving monitoring shouldn't depend on budget cycles. We dedicate engineering hours, edge licences, and cloud capacity to climate researchers and communities who need early-warning systems but can't afford them.
We provide free Agrogat Edge licences and cloud hosting to independent climate scientists and universities tracking soil degradation, desertification, and permafrost thaw — accelerating open-source environmental research without commercial barriers. Field data stays accessible, auditable, and ready to share with the global scientific community.
We partner with NGOs and local volunteers in high-risk, low-income regions prone to climate-induced landslides and crop failure. Our team deploys pro bono sensor grids and early-warning dashboards — giving vulnerable communities time to act before disaster strikes, not after the damage is done.
Built with care in Norway · Shared freely where it matters most