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The platform

Every field.Every season.One place.

agronome.ai follows each field through the whole year: you review the last season, plan the next one, plant it, watch it grow, apply only what it needs and harvest. What you learn at harvest becomes next season’s plan.

It isn’t just an in-season tool.The winter is where the next crop is won.

Review

Winter · Nov – Jan

ReviewPlanPlantMonitorAdjust & applyHarvest

Day one

Start with everythingyou already have.

Years of farm data are sitting in your equipment accounts, lab reports and spreadsheets. Bring it in once, and every season after builds on it.

  • Connect your equipment accounts. Fields, machines and every operation come in on their own, and keep syncing.

  • Import your boundaries. Shapefile, KML or GeoJSON, farm by farm.

  • Bring the years you already have. Yield, planting, soil, tissue, scouting, irrigation and weather records.

  • One record per field. The same field from three systems is matched, not tripled.

John DeereCNHAGCO PTxDJI dronesWeather stationsSoil & tissue labsYield monitorsPlanting recordsIrrigationScouting reportsShapefile · KML · GeoJSON

Your farm

One record per field

Every season, every source, on one map.

The field’s year

One loop, from last harvest to the next.

Every stage builds on the one before it, and the season you just finished shapes the one you’re planning.

1

Review

Winter · Nov – Jan

Find out what worked.

Before you plan next year, look back at this one. Every pass, application, trial and yield result from the season sits on the same map, so you can see what paid off and what didn’t.

  • Yield maps laid over everything that happened in the field

  • Every operation from your equipment, on one timeline

  • A season report for each field: planted, applied, measuredEarly access

  • Trial results compared plot by plotEarly access

  • Ask SPUD why one part of a field out-yielded anotherEarly access

Example

Yield map

315 cwt/ac in the low corner

Field average 430, from the yield monitor.

What was applied

Fungicide, second pass

Rate, dates and machine, from your equipment account.

Every pass this season

6 passes, April to October

Planting through harvest on one timeline.

Trial results

Early access

Treatment B came out ahead

Plots compared against the check at harvest.

2

Plan

Winter · Jan – Mar

Choose next year’s fields with the full picture.

Rotation means a different set of fields every year. See each one’s history, soil and shape, and where last season’s crop struggled, before you commit a crop to it.

  • Stand counts and canopy cover from last season, to find the areas that struggled

  • Seeding data from the planter, to see whether the planter was the cause

  • Rotation and variety history across every field

  • Soil survey and your own lab results, mapped across the field

  • Slope, low spots and where water collects, from LiDAR elevation where available

  • Drone surface and terrain models of bare ground

  • No-plant zones for ground that isn’t worth planting, and trials set up before the first pass

Example

Stand count

11,900 plants / ac

Counted from the emergence flight. Gaps along three rows.

Past rotations

Sentinel-2 archiveLast three potato years201820212024

Weak in the same corner, every time

Satellite history from the field’s last three potato years.

Terrain and ponding

~0.6 ac poolsHighLow

Water pools in the low ground

Slope and low spots from LiDAR, where available.

Next season’s changes

1Service planter2Amend soil3Waterway · no-plant

Three fixes before spring

Planter serviced, knoll amended, wet corner grassed.

3

Plant

Spring · Apr – May

Optimize every pass, every row, every inch.

Build AB lines and a planting plan around the real shape of the field: headlands, turning room, tree lines and the areas you won’t plant. Plan it over the winter, and no corner goes unplanted in the spring.

  • AB lines and pass order planned for each field or block

  • A field-use score, so you can see that every planted acre is covered

  • Seed pieces and seed needed, worked out from your planter

  • Headlands and turning room sized to your equipment

  • Per-row shut-off and tramlines worked into the plan

  • Guidance lines sent straight to John Deere Operations Center

Example

Blocks and AB lines

Two blocks, two headings

Runs set to the shape of each part of the field.

Field use

Field use

97 / 100

Passes
73
Rows off on
17 passes
Planting
28.7 mi
In the seat
5 h 19 min

Nothing left unplanted

Headlands, turning room and row shut-off worked in.

Seed for the plan

Planted area57 ac
Seed pieces~955,000
Seed needed1,200 cwt
Seed spacing11 in

1,200 cwt to order

Worked out from your planter and spacing.

Sent to the tractor

AB lines and headland in the cab

Straight to John Deere Operations Center.

4

Monitor

Summer · Jun – Aug

See every field, every week.

Satellite on every field every few days, and drone flights where you need the detail. Changes show up weeks before you would see them from the road.

  • Satellite crop health on every field, about every five days

  • Drone maps: vegetation indices, plant counts and canopy cover

  • Plant height, and how it changes between flights

  • Scouting, tissue samples and lab results on the same map

  • Weather from your own stations and the forecast

Example

Satellite season trend

Every field, the whole season

Bare soil, canopy up, holding, dying back: a new image about every 5 days.

Drone crop health

One weak patch, found early

Vegetation index at under 1 m detail.

Plant height change

One corner fell behind

Canopy height compared flight to flight.

Scouting and tissue tests

Tissue test: low manganese

Notes and lab results pinned where they were taken.

5

Adjust & apply

Summer · Jun – Aug

Put inputs only where the crop needs them.

Turn what you see into a prescription and send it to the machine or drone that will apply it. Then see what was actually applied.

  • Variable-rate prescriptions built from crop health zones

  • Sent to DJI Agras spray drones, AGCO PTx, or as shapefiles for John Deere

  • Spray records brought back in, so you know what went where

  • Health Canada product labels at hand when you plan an application

Example

Zones from crop health

Three zones from one flight

Built from the crop-health grid.

A rate for each zone

Zone 1 weakest1.2 L/ac
Zone 2 average1.0 L/ac
Zone 3 strongest0.7 L/ac

Less product where it isn’t needed

You set the rate; the map does the rest.

Sent to the machine

DJI Agras spray drone
AGCO PTx
Shapefile for John Deere

One prescription, three ways out

To the drone, the sprayer or a file.

What was applied

Spray record matched to the plan

Brought back in from the drone or sprayer.

6

Harvest

Fall · Sep – Oct

Know what’s in the ground before you dig.

Estimate yield before harvest, time your top-kill, and capture the real result. It becomes the starting point for next year’s plan.

  • Yield estimates from canopy and imagery, field by fieldEarly access

  • Harvest readiness and top-kill timing for potatoesEarly access

  • Yield monitor and harvester data brought in as you go

Example

Estimated yield

Early access

Estimated yield

425 cwt/ac

Likely 400 – 450

Your dig
410
Tops down
Sep 10
Canopy held
54 days

425 cwt/ac, before you dig

Built from canopy, imagery and your own digs.

Leave the tops?

Early access

What another week is worth

Estimated yield for each tops-down date.

Top-kill timing

Early access

Recommended top-kill

Sep 10

Skin set by
Sep 30
Harvest by
Oct 5
First frost night
~Sep 28
Down by itself
not before Oct

Recommended: September 10

Timed for skin set before harvest and frost.

Estimate vs actual

Early access
Home Quarter+8 vs estimate
North Field−8 vs estimate
South 40+7 vs estimate
River Lot+1 vs estimate

Bar: harvested · tick: estimate

Within 8 cwt on every field

Each field’s estimate checked against the harvest.

And the harvest feeds the next plan.Every result you capture this year makes next year’s decisions better.

Your first year

Start in January.Be ready for spring.

An annual subscription covers the whole loop. Join over the winter, and the planning you do before the snow melts pays off in every pass that follows.

Book a walkthrough

Jan

Feb

Mar

Apr

May

Jun

Jul

Aug

Sep

Oct

Nov

Dec

  1. January

    Bring in your farms, fields and the years of data you already have.

  2. February – March

    Review last season and choose and plan this year’s fields.

  3. April – May

    Plant to the plan, with guidance lines already in the tractor.

  4. June – October

    Monitor, apply only what’s needed, and estimate yield before harvest.

  5. November – December

    Capture the result. It’s the start of next year’s plan.

Works with what you run

Keep the equipment you trust.

Data comes in from the systems you already use, and the work goes back out to the machines in the field.

Comes in

  • John Deere Operations Center
  • CNH FieldOps
  • AGCO PTx FarmENGAGE
  • DJI drone flights and spray records
  • Sentinel-2 satellite
  • On-farm weather stations
  • Soil and tissue lab results
  • Yield, planting and irrigation files

Goes out

  • Guidance lines to John Deere Operations Center
  • Prescriptions to AGCO PTx
  • Variable-rate maps to DJI Agras spray drones
  • Shapefiles for any other system
  • Drone flight plans to the controller
  • Printable plans and reports

Farm Forward

Let’s build what’s next, together.

Whoever you are in Canadian agriculture, there’s a seat at the table. If your farm could answer one question, what would you ask it?

  • Growers
  • Consultants
  • Agronomists
  • Processors
  • Agriculture R&D
  • Partners & investors