See How Customers Use Agrinovo

Real installations, with photos from the site, the hardware that went in, and what the system actually records.

Every case study lists the instruments by model, how they were installed, the cadence they read at, and what the operator gets out of the data. Where a deployment is still running and the result is not in yet, the page says so rather than reporting an outcome that has not happened.

Featured deployment · Soil & Irrigation

Tensiometer irrigation in a Galilee olive farm

A 35-dunam (3.5 hectare) olive grove in the Upper Galilee switches from calendar irrigation to tensiometer-driven scheduling and cuts water use without losing yield.

less water over the 2025 season
19% less water over the 2025 season
measurable yield loss on Souri
0 measurable yield loss on Souri
to catch a clogged dripline
1 day to catch a clogged dripline
35 dunams (3.5 hectares)
Read the case study
An Omni Genesis controller mounted at plant height among trellised bell pepper plants carrying green fruit

Greenhouse

Bell pepper soil tension

A bell pepper greenhouse adds soil water tension to a house that already manages climate closely, because peppers are sensitive to how consistently water arrives, not only to how much.

kPa the unit that matters

Trellised bell pepper production under protected structures
A solar-powered Omni Genesis controller on a wooden stake in a Canadian cranberry bed, with two Irrometer tensiometers and coiled sensor cable in the vines at low evening sun

Soil & Irrigation

Cranberry frost monitoring

A cranberry grower in Canada puts air temperature, humidity and soil water tension on one solar-powered Omni Genesis station sitting in the bed, where the frost decision is actually made.

±0.3 °C temperature accuracy

Production cranberry beds
A technician working on the open hatch at the top of an outdoor feed silo, fitting a radar level sensor, against a clear blue sky

Silo & Level

Feed silo radar level

A fish farm fits an 80 GHz radar level sensor to its feed silo. Feed stock reads continuously in the farm's own platform instead of being judged by eye from the top of a ladder.

80 GHz FMCW radar

Outdoor feed silo on a working aquaculture farm
An Omni Genesis controller mounted on a greenhouse upright beside a cut flower bed, with sensor cables running down into the soil

Greenhouse

Flower farm chiller fault

A cut flower grower chills its irrigation water. Instrumenting both systems in the root zone rather than at the chillers showed which of the two units was failing, in time to repair it.

2 systems instrumented identically

Protected cut flower production on two independent irrigation systems
An Omni Genesis controller mounted on an upright beside hydroponic lettuce boards inside a greenhouse

Greenhouse

Hydroponic lettuce monitoring

A commercial hydroponic lettuce operation monitors pH, EC, dissolved oxygen and temperature on one controller. Dissolved oxygen is the parameter most nutrient systems never measure, and the one that couples to temperature.

4 parameters, one controller

Commercial hydroponic lettuce under protected structures
Greenhouse hydroponic production with lettuce growing in floating rafts on nutrient channels, running the length of the house

Greenhouse

Hydroponic EC spot checks

A hydroponics greenhouse measures EC in its nutrient channels with an EC-100 probe on a phone, so every spot check is recorded, located and attributed.

1 probe covers the whole house

Greenhouse deep water raft production
Rows of mature Medjool date palms receding into the distance, with two Omni Genesis controllers mounted on a post in the foreground

Soil & Irrigation

Medjool date orchard

A Medjool date orchard puts soil water tension under measurement. On a mature palm the roots are far below anything you can see, and the irrigation volumes are large enough that small errors are not small.

2 stations on one post

Mature Medjool date palm orchard under desert conditions
Floating paddlewheel aerators running in an open earthen fish pond, with the far bank and tree line behind

Aquaculture

Remote aerator control

A fish farm puts its pond aerators under remote control, then automates them against a dissolved oxygen threshold so the water decides when they run.

0 trips to switch an aerator

Open earthen production ponds with floating paddlewheel aerators
An Omni controller mounted on pipework inside an indoor recirculating aquaculture facility, with tanks and process piping behind

RAS

RAS water quality

An indoor recirculating fish farm measures pH, EC, dissolved oxygen and temperature on one controller. In a RAS the biofilter is a second population to keep alive, and it consumes the same water the fish do.

4 parameters, one controller

Indoor recirculating aquaculture facility
EC and pH probes held in a black 3D-printed housing in a substrate drainage channel, with runoff water pouring over them

Greenhouse

Raspberry substrate runoff

A raspberry farm on soilless substrate measures EC and pH in the drainage water. When the readings did not match what the grower expected, an independent reagent test on site backed the sensors and pointed at the fertigation system instead.

2 parameters in the drain

Protected raspberry production on soilless substrate
A ripening strawberry hanging over a raised bed completely covered in plastic mulch film inside a greenhouse

Greenhouse

Strawberry bed tension

A strawberry greenhouse puts tensiometers into raised beds sealed under plastic mulch. The mulch is there for good reasons, and it removes every traditional way of judging soil moisture.

Sealed root zone

Protected strawberry production on raised beds under plastic mulch
An Omni Genesis controller mounted at vine height in a vineyard, with a developing cluster of green wine grapes beside it and the stony vineyard floor behind

Soil & Irrigation

Vineyard soil tension

A wine grape vineyard reads soil water tension on Watermark 200SS sensors at two depths per station, because a wine vine is irrigated to a target stress rather than to a full profile.

0-200 kPa tension range

Trellised wine grape blocks, drip irrigated
Omni Genesis controllers mounted beside outdoor seawater algae cultivation tanks, with probes and aeration lines running into each tank

Aquaculture

Algae cultivation monitoring

A marine research group monitors light, dissolved oxygen and pH in seawater algae tanks, with a lux sensor built for immersion and a custom power cabinet.

16 controllers per cabinet

Outdoor seawater cultivation tanks

Browse by application

Each application page covers the sensors, controllers and installation practice behind these deployments.

Aquaculture See the full solution RAS See the full solution Soil & Irrigation See the full solution Greenhouse See the full solution Silo & Level See the full solution

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