Logistics & supply chain

Agriculture

The hard part of agricultural data is capture: plots are scattered, crews rotate, and signal comes and goes. Make capture simple and reliable first—traceability and subsidy filings depend on it.

Cluster Supply chain
Focus Capture · traceability
Delivery Gate by gate, acceptable and operable

How we see this industry

Plots and farm work

Agriculture systems easily become a pretty office map that nobody fills in the field. Plots are scattered, work is seasonal, crews change, signal is poor—if capture is hard, traceability, input ledgers, and subsidy filings are empty. We design the smallest capture first: what this plot did today, which inputs, roughly what yield—offline, voice or few choices, sync back in the village. A reasonably accurate plot file (area, crop, rights holder) comes before sensors and drones; without a plot master, device data has nowhere to hang.

Inputs and compliance

If seed, fertilizer, and pesticide stock still live in a shop notebook, PHI and input trace cannot be built. Input lots must attach to plot and job records so a harvest lot can look back. Co-ops, trusteeship, and contract farming have different rights and splits—do not clone one “farmer app.”

Harvest and origin

A consumer scan should show real jobs and tests, not one shared paragraph. Lab reports, harvest date, and pack lot matching plot work is origin. Depth is worth it on products that sell; coding every SKU on day one meets field resistance. Area, crop, and photos needed for subsidies should pull from the same plot work so village clerks do not fill twice.

Stock in several places

Ag-input shop, co-op warehouse, and field stacks are different locations—one total is not a ledger. PHI from last spray to harvest must be able to block an early pick. Weather and pest maps that never enter a job suggestion will not be opened twice. Contract-farming intake QC, dockage, and settlement price must match plot yield or growers will not trust the platform.

One co-op first

Go-live picks a co-op or a block of entrusted land, captures one season, then expands. Connect devices that can connect; otherwise complete the human jobs first. Training is agronomists and warehouse, not an IT class for growers. An agriculture system that works has plots, inputs, and yield after a season—then origin and filings have numbers.

Typical scenarios

Plots and field records

Sowing, fertilising, spraying, and harvest are recorded per plot, with photo upload and offline buffering on weak signal.

Environment and irrigation

Soil and weather data feed in, and irrigation runs on thresholds or schedules with a record of each run.

Origin traceability

Batches bind to plots and field records, and a QR code shows a verifiable growing history.

Common blockers and how we handle them

Blocker

Field records live in paper notebooks and the year-end roll-up runs on memory

How we handle it

Field forms keep only essential fields, a photo is the record, and totals roll up by plot.

Blocker

Spray intervals and harvest timing rely on experience, which is a compliance risk

How we handle it

Spray records calculate the pre-harvest interval, and harvest tasks are blocked until it has passed.

Blocker

Customers ask about origin and process and all they get is a verbal promise

How we handle it

A batch QR code shows plot, field operations, and test records—data from the system, not a brochure.

Common system modules

Plots and inputs

Plot records, input stock, usage logging.

Field operations

Sowing, fertilising, spraying, harvest records with photos.

Environmental monitoring

Soil and weather device onboarding, threshold alerts.

Irrigation and devices

Irrigation plans, remote control, execution records.

Batches and traceability

Batches bound to plots, QR traceability pages.

Yield and cost

Yield per plot, input cost, margin analysis.

Delivery gates

  1. Scope

    Pick a co-op or entrusted block. Write the plot base file, smallest capture, and which inputs this season must record, and which sensors wait.

  2. Architecture

    Fix the plot master, offline capture, and harvest-lot model. Confirm how input lots hang on jobs and origin codes.

  3. Build & integrate

    Measure offline cache and village sync in the field. Inputs used on a plot and harvest look-back are acceptance items written first.

  4. Launch & operate

    Finish one season, then expand. Train agronomists and warehouse; subsidy filings pull from the same plot work. Iterate next on origin depth.

Related capabilities

IoT solutions

IoT SIMs, device onboarding, and remote monitoring handled by one team, with responsibility written into the interfaces.

Custom software development

Management systems, apps, mini programs, and web platforms—from scope to launch and operations.

Related industries

Industries we ship in

Walk us through your process before anything gets built

Tell us how the work happens today, where it breaks, and when you need it live. We will come back with a scope you can check and a phasing plan.

Send your requirements +86 139-2520-6166

Contact Us

Email
service@wehoope.com
Phone
+86 139-2520-6166
Address
W903, Shenzhen-Hong Kong Industry-Education-Research Base, 201 Gaoxin South 7th Road, Nanshan District, Shenzhen