You export to twelve countries and each one bans different pests — one wrong certificate and the consignment comes back from the port.

The problem

The same SKU, twelve markets, twelve different regulations — and customs does not negotiate.

An exporting food and agri plant lives with a permanent board of rules that change by destination country:

1. Quarantine pest list per country — the EU has its own, the United States has APHIS, China has GACC, Brazil has its own agriculture ministry. A pest that is not a quarantine pest for the EU can be one for Japan. The same batch that is valid for France can be rejected in Tokyo.
2. Treatments required per market — the United States requires cold quarantine with a recorded temperature curve for stone fruit (Cold Treatment Schedule). China requires methyl bromide fumigation. The EU bans methyl bromide. Every SKU carries the treatment its consignee demands.
3. Farm-of-origin registration — the United States requires a registered farm for APHIS PEXD traceability, Japan a field logbook, the EU the deforestation regulation where it applies. The grower's field logbook is worthless if it is not linked to each batch produced.
4. Labelling and the consignee's language — a box in Mandarin for China, bilingual labelling for Canada, the PAO symbol for intra-EU re-export. A box with the wrong label is a container stuck at the port.
5. Changes with no warning — the destination country publishes a technical note, modifies the quarantine list, requires a new treatment. The plant finds out when a customs broker calls from the port at eleven at night.

The export manager knows this — but cannot read twelve official agricultural bulletins at once. And when control is lost over which batch answers to which regulation, what breaks is not the SKU: it is the container at the port. A consignment returned from China costs more than the consignment itself — you pay the outbound freight, the return, the destruction if there is a pest, and sometimes the market closes its door for months.

How it fits the IRIS system

iLEAN Tracer does not add a thirteenth regulation — it seals the cracks between the twelve you already manage.

The exporter's problem is not a lack of information: it is information living on islands (one bulletin per country, one delivery note per grower, one certificate per consignment) that, at the critical moment (a regulation change, an IPPC alert, a container about to sail), does not reach the decision-maker in time. iLEAN Tracer acts as the filler that closes those gaps, without asking you to change your ERP or your export software.

Tracer tags every batch with its destination country. Connect captures the importer's regulation in force. The agent verifies the treatment, the farm registration and the labelling, and assembles the dossier for customs. A person signs the certificate.

iLEAN Tracer is the piece that combines Connect (capture by channel) and Agents (regulatory cross-check plus dossier per destination) applied to the food and agri exporter:

• Connect — captures the destination country's phytosanitary regulation in force from the IPPC portal, the alert from the agricultural authority, the treatment change the importer's regulator posted this morning, the customs broker's technical note. And it captures the inbound delivery notes from the field (supplier PDF, the grower's field logbook, weighbridge record). All at second zero, with nobody forwarding anything.
• Agents — cross-check the batch, the destination country, the version of that country's regulation in force, the farm of origin and the treatment applied. If the next consignment is heading to a country with a new quarantine pest, they apply it before packing. If an IPPC alert leaves a consignment in progress out of compliance, they hold the shipment and alert the export manager.
• Export dossier assembly — the agents put together, per consignment and per destination country: official phytosanitary certificate, certificate of origin, commercial invoice, packing list, laboratory analysis, treatment record, Cold Treatment temperature curve where it applies. In the format the importer's customs demands. The export manager reviews and signs.

The three security rings guarantee that origin information (farms, growers, treatments) stays inside the plant — it never leaves except in the signed dossier for customs. The agents propose; the person signs the certificate.

See the full IRIS architecture →

Before and after

Manual exporter management vs. segmentation by destination country with iLEAN Tracer

Aspect	Manual management (spreadsheet + bulletins)	With iLEAN Tracer
Phytosanitary regulation per country	The manager searches the bulletins and saves it in a folder	Automatic capture from the destination country's portal, linked to the batch
Market change for an SKU	Sales asks the quality engineer to "check whether it's OK"	Tracer verifies the new destination's regulation and blocks if it does not apply
Quarantine pest list	A PDF from months ago, with no guarantee it is current	IPPC alerts captured at second zero
Farm of origin per batch	A paper delivery note in a warehouse folder	Delivery note digitised by Connect and linked to the batch produced
Treatment required per destination	A manual decision by the quality manager	Automatic verification against the destination country's regulation
Dossier for the authorities and customs	Three folders, two spreadsheets and a call to the broker	Complete dossier per consignment and country, automatic, ready to sign

Impact estimate

Impact estimate for your plant — to be validated with your numbers.

The block below is an estimate to be validated with your plant's actual data. We set it out so the committee has an order of magnitude; we refine it during the diagnostic.

• An exporter with 3-8 active destination countries, several SKUs, a high frequency of importer regulation changes and at least one consignment returned or rejected at customs in recent years.
• A Tracer pilot on one SKU plus three destination countries (regulation capture + segmentation per batch + export dossier assembly). First value expected within a few weeks.
• Indicative payback between 4 and 9 months, depending on the frequency of returns and rejections, the time the export manager spends assembling dossiers by hand, and the average cost of the last returned consignment (outbound freight, return, destruction, blocked market).
• The hard lever is a single returned consignment avoided: the reverse freight cost of one reefer container from China or the Middle East pays for the system, without even counting the market closure.
• Expected reduction in manual export dossier assembly time of ≥ 30%.

And the export manager's reasonable doubt

"What if the AI applies the wrong regulation to a batch?" — hallucination is a problem of free generation, not of anchored tasks. In tasks where the AI merely recontextualises a data point from one system into another (reading the destination country's quarantine list and applying it to the right batch), the best models brought the error rate below 1.5%^[1]. And even so, nothing critical is decided alone: Tracer proposes the dossier and a person signs the certificate. The three security rings exist precisely for this.

^[1] OpenAI paper "Why Language Models Hallucinate", 2025 — on the reliability of AI in anchored tasks.