Get started with Veea

Tell us about your sites and what you want to run on them, and a Veea team member will follow up.

Prefer the full page? Go to Contact.

Precision Agriculture

The network ends at the road.
Your field starts there.

VeeaHub edge servers put connectivity and compute in the crop itself — so sensors keep reporting, models keep running, and a decision never waits on a bar of signal.

Talk to an expert See it in the field
Rows of young orchard trees receding up a slope, each ringed by a perforated red Opti-Harvest sleeve, with drip irrigation lines running along the rows
A grower checking a tablet showing pH, humidity and temperature readings in a greenhouse.
  • Soil moisture
  • Canopy temperature
  • Leaf wetness
  • Irrigation flow
  • Soil salinity
  • Weather
  • Crop imaging
  • CO₂ & gas
  • Light & PAR
  • Pest traps
  • Tank levels
  • Frost risk
  • LoRa
  • Wi-Fi
  • Bluetooth
  • Cellular
  • Satellite backhaul
  • Open field
  • Orchard
  • Indoor farm
  • Barn
  • On-site rules
  • Local analytics
  • Uplink optional
At a glance

What the hub does while the cloud is optional

  • Radios in the box

    LoRa, Wi-Fi and Bluetooth on the hub itself, so most sensors join without a vendor gateway.

  • Analytics beside the crop

    Thresholds, models and alerts execute on the hub — results in seconds, not after a round-trip.

  • Readings land on your hardware

    Field data reaches your hub first. You choose what leaves the farm, and when.

  • Uplink optional

    Cellular, satellite or fibre when you have it. The field keeps operating when you do not.

The gap

Agriculture's data problem is a coverage problem

Sensors got cheap. Getting their readings somewhere useful did not. Cellular thins out past the last barn, satellite backhaul is priced by the byte, and a round-trip to a data center is a poor way to decide whether a valve should be open. The constraint was never sensing — it is everything between the sensor and the decision.

Sensor to cloud Every reading round-trips Sensor to VeeaHub Compute stays in the field
Works past cellular coverage No Yes
Time from reading to action A round-trip away On-site, immediate
Keeps deciding when the uplink drops No Yes
Bandwidth needed per season Every reading, all season Only what you choose to send
Adding a new sensor type A gateway per vendor LoRa, Wi-Fi, BLE or wired
Where field data lands first Someone else's region Your hub, then your cloud
How it works

One hub, and the whole field starts talking

A VeeaHub is a small edge server with the radios already inside it. Sensors join it directly — no gateway per vendor, no trenching — and the logic that decides something runs on the hub, beside the crop it is deciding about. The uplink becomes a convenience instead of a dependency.

  • Soil moisture & salinity
  • Canopy temperature
  • Leaf wetness
  • Irrigation & flow
  • Weather station
  • Crop imaging

Range, node count and radio choice depend on terrain, crop height and what you are already running. We size a deployment with you rather than quoting a number here.

The path of a reading

From probe to decision without leaving the farm

  1. A sensor reports

    A soil probe, a weather station or a camera sends a reading over LoRa, Wi-Fi or Bluetooth.

  2. The hub receives it

    The VeeaHub is the gateway itself — no vendor box in between, no trench back to the barn.

  3. The rule runs on site

    Thresholds and models execute on the hub, beside the crop they are describing.

  4. Something happens

    A valve opens, an alert goes out, a record is written — without waiting on a network.

The cloud gets whatever you choose to send it, whenever the uplink happens to be there.

Advantages

What changes when the compute moves to the field

  • What you get Decisions made on what the crop is doing now, not what it did last week.
    The old way Walk the field, read a gauge, write it in a notebook.
    With Veea Sensors report continuously over the hub's own radios.
  • What you get Action in seconds — and the field keeps deciding when the uplink drops.
    The old way Every reading round-trips to a data center before it means anything.
    With Veea Thresholds and models run on the VeeaHub, beside the crop.
  • What you get Add a sensor without adding another silo to manage.
    The old way A gateway, an app and a subscription for every vendor.
    With Veea One hub speaking LoRa, Wi-Fi and Bluetooth.
  • What you get The far corner of the farm is as instrumented as the yard.
    The old way Coverage stops at the last barn.
    With Veea The network starts at the hub and spreads across the plot.
  • What you get You choose what leaves the farm, and when.
    The old way Field data lands in someone else's region by default.
    With Veea Readings land on your hardware first.
In the field

Growers already running on the VeeaONE Platform™

Take it with you

Guides and case studies

Brief Precision Agriculture guide The whole approach in one document — what gets sensed, what runs on the hub, and what it takes to deploy. Read on Case study Indoor farms Microclimates and Trilogy running controlled-environment growing on VeeaHub infrastructure. Read on Case study Opti-Harvest Opti-Gro and VeeaHub in the orchard — canopy-level sensing where the cabling stops. Read on Case study Cyr Farms A working farm instrumented end to end, and what changed about the way it is run. Read on
Keep looking

Explore more solutions

What will your competitive edge be?

Tell us what you grow and where, and we will size a deployment with you.

Contact us See more solutions