## EUDR GPS Polygon Ingestion Limits: Why Standard Customs Systems Fail
### The EUDR Geolocation Requirement EU Regulation 2023/1115 (EUDR) requires that operators placing regulated commodities (cattle, cocoa, coffee, palm oil, soya, wood, rubber) on the EU market submit **geolocation data** for all plots of land where the commodity was produced.
Specifically, the EUDR requires: - **GPS polygons** (not just GPS points) for plots larger than 4 hectares - **GPS points** for plots smaller than 4 hectares - Coordinates must be submitted in the EU Due Diligence Statement (DDS) via the EU TRACES NT system
### Why Standard Customs Systems Cannot Process This Every major customs processing system — US ACE, EU ICS2, Singapore TradeNet, South Africa SARS EDI — was designed to process **text-based trade data**: HS codes, invoice values, weights, descriptions. None of these systems have native GPS polygon ingestion capability.
**The technical gap:** - A single farm supplying cocoa may have 50–200 individual GPS polygon coordinates - A supply chain with 10 farms generates 500–2,000 coordinate pairs - Standard customs declaration fields accept text strings of 35–256 characters - GPS polygon datasets are JSON/GeoJSON files of 50KB–5MB per shipment
**What this means in practice:** - The GPS data cannot be embedded in the customs declaration - It must be submitted separately via TRACES NT - The customs declaration must reference the DDS reference number - Customs officers cannot verify GPS data at the border — they can only verify the DDS reference exists
### The Compliance Gap This Creates Operators who submit GPS point data (single coordinates) instead of GPS polygons for large plots are technically non-compliant, even if the TRACES NT system accepts the submission. EU enforcement authorities have confirmed they will audit polygon accuracy during post-market surveillance.
### TCR Solution Trade Compliance Records stores the EUDR Due Diligence Statement reference number, the...