Enterprise platforms · Agriculture

Farm management ERP for agricultural enterprises

We build custom farm management ERP for agricultural enterprises: a register of land and fields, crop planning and rotation, operations and machinery data, inputs and storage, seasonal labour, costs and margins per field, yields and the compliance records that buyers and regulators ask for. One system replaces the farm's spreadsheets and disconnected tools, and you own the code.
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Checklist · Agriculture

Agri ERP and traceability requirements checklist

A requirements checklist for farm management, dealer, grain and field systems, with the records and geolocation that deforestation and food traceability rules ask for.
  • 01Eight requirement areas from the field register to compliance records.
  • 02What plot-level geolocation and chain-of-custody records need to contain.
  • 03Items for field apps that work without a mobile signal.
  • 04Seven questions to put to any vendor or development partner.
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What it covers

What the system does, module by module.

  • 01

    Land and field register

    Farms, fields, boundaries and soil zones on a map, with ownership or lease, area, crop history and the documents that belong to each parcel.
  • 02

    Crop planning and rotation

    Plans by field and season with rotation rules, varieties, planting windows, expected yield and input budgets, compared with what actually happens.
  • 03

    Field operations

    Planting, spraying, fertilising, harvesting and tillage recorded with date, area, product, rate, operator and machine, from the cab or the office.
  • 04

    Machinery and telematics

    Machine register, hours and maintenance, with operation and position data imported from machine telematics and task files.
  • 05

    Input inventory and storage

    Seed, fertiliser, crop protection and fuel in stores with batch and expiry, issued to fields and operations, with the link to purchase orders.
  • 06

    Labour and payroll data

    Seasonal and permanent workers, time and piece-rate work by field and task, and the output to payroll.
  • 07

    Costs and margin per field

    Costs from inputs, labour, machinery and overheads allocated to fields and crops, with margin per hectare and per tonne.
  • 08

    Harvest, yield and grain logistics

    Yield by field and zone, harvest logistics to stores and buyers, with the handover to the grain system.
  • 09

    Compliance and records

    Records for pesticide and fertiliser use, water, subsidies and certification schemes, produced from the operations recorded.
Architecture

Reference architecture.

Farm management ERP: reference architectureField crews, machine telematics, satellite and weather data and the finance system feed a farm management platform with a field register, crop planning, operations, inventory, labour, costing and compliance records. Outputs go to agronomists, management, buyers and regulators.Data sourcesFarm platformConsumersCrews and agronomistsOperations, scoutingMachines and sensorsTelematics, task filesSatellite and weatherImagery, forecastsFarm management platformField registerMap, parcels, historyCrop planningRotation, budgetsOperationsRates, products, machinesInventory and labourStores, hoursCostingMargin per fieldCompliance recordsUse logs, schemesOffline capture · geodata · audit trailManagementMargin, plans, yieldAccounting and payrollCosts, hoursBuyers and certifiersEvidence, recordsRegulators and subsidiesDeclarations
Reference architecture: what happens in the field is recorded once, and the costs, compliance records and plans are produced from it.
Standards and interfaces

What we design against.

ISO 11783 (ISOBUS) and ISOXML
The standard for communication between tractors and implements, and the task-file format for exchanging jobs and results with farm software.
agroXML and open agricultural data formats
Open schemas for field operations and agricultural data exchange.
OGC and GeoJSON geospatial standards
Field boundaries and maps in standard formats that other systems can read.
Certification schemes
Records required by schemes such as GLOBALG.A.P. and by buyers' supplier standards.
Agricultural subsidy and environmental rules
Declarations and records for support schemes and for nutrient, pesticide and water rules, which differ by country.
GS1 identifiers
Location and product identifiers used to link farm records to downstream traceability.
Data model

The core entities.

Farm, field and boundary
Parcel geometry, area, tenure, soil zones and the farm that manages it.
Season and crop plan
Crop, variety, planting and harvest windows, budget and expected yield.
Operation
Type, date, area covered, products and rates, operator, machine and weather.
Input product and stock
Product, batch, expiry, quantity, store and issues to operations.
Worker and timesheet
Person, role, field and task, hours or units and pay basis.
Cost entry
Source, amount, allocation to field and crop and the period.
Harvest record
Field, crop, quantity, quality, moisture and the destination store or buyer.
Build, buy or extend

When custom development is the right call.

Buy

Farm management software is widely available and a good fit for farms with standard crops and equipment, especially where machine makers provide their own platforms.

Extend

Extend when the accounting system, machine platform and field records exist but are not connected, so costs per field and compliance records are assembled by hand each season.

Build

Build when you run a large or diverse enterprise across several farms and countries, with processing or trading attached, and need one system that matches the way you plan, cost and report.
Security and compliance

Controls designed in, not added later.

  • Role-based access

    Farm managers, agronomists, operators, finance and auditors see only what they need, by farm and field.
  • Offline resilience

    Field apps record without a signal and synchronise later, with conflicts shown for review.
  • Records with attribution

    Each operation and product use is recorded with who, when and where, and changes keep the earlier value.
  • Data ownership and sharing

    Data from machines and advisers is shared under explicit permissions and can be withdrawn.
  • Backup and continuity

    Tested restore for season-critical data, with exports in open formats.
How we deliver

From discovery to a system you run.

  1. 01

    Season walk-through

    We follow a season's records with managers, agronomists and finance and list every spreadsheet, form and system the data passes through.
  2. 02

    Model and workflow design

    The field, crop, operation and cost models are agreed together with the compliance records and the integrations needed.
  3. 03

    Build and load the field register

    Fields, boundaries and history are loaded and checked, then operations capture goes live for one farm.
  4. 04

    Add inventory, labour and costing

    Inputs, labour and costing follow, and the first margin per field report is compared with finance's own figures.
  5. 05

    Roll out across farms

    More farms, machinery data and compliance records are added in the rhythm of the season.
Relevant work

Where to see our work.

Related

Keep reading.

Questions

Common questions.

Is this for small farms or large enterprises?
For agricultural enterprises: large farms and farming groups with several teams, farms and systems. Single small farms are usually better served by an off-the-shelf farm management product.
Can it import data from our machines?
Yes, where the machines or their platforms export task files or offer APIs, typically through ISOXML or the manufacturer's data interface. Operations and positions are matched to fields.
How do you calculate margin per field?
From the costs of inputs, labour, machinery and allocated overheads recorded against each field, and the revenue from the harvest allocated by yield, reconciled to the accounting system.
Does it help with compliance?
Yes. Application logs, input records and field histories are the same data as the operational records, so reports for buyers, certifiers and regulators are generated rather than compiled.
Who owns the code and the data?
You do. The code, the data and any models stay yours.
Next step

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