Plot-level geolocation under EUDR means pinning every production plot to precise coordinates: a single GPS point for plots under 4 hectares, and a full polygon boundary for anything larger. As of 2026, EU buyers already request this proof, and best practice is to collect it now — verified against the 31 December 2020 deforestation cut-off.
This is general guidance, not legal advice; confirm current EUDR requirements with the European Commission, your EU importer, and a licensed customs/legal adviser before acting.
The EU Deforestation Regulation (EU Regulation 2023/1115), in force since 29 June 2023, ties EU market access to a Due Diligence Statement (DDS) — and the DDS stands or falls on geolocation. For Indonesian coffee, cocoa, rubber, and wood or furniture exporters, this is where compliance stops being abstract. What follows is an outlook on best practice, not a prediction of exact enforcement mechanics: treat every date as “as of 2026, subject to change.”
What does plot-level geolocation actually require under EUDR?
Under EUDR, goods can only enter or leave the EU market when three conditions are all met: the product is deforestation-free (not grown on land cleared after the 31 December 2020 cut-off), legal under Indonesian law, and covered by a filed DDS. Geolocation is the thread running through all three, because you cannot prove “deforestation-free” without knowing exactly where a plot sits.
The DDS itself asks for three data layers at plot level:
- Coordinates for every plot that fed the shipment — points or polygons, depending on size.
- A negligible-risk assessment for those plots.
- Mitigation measures wherever risk is not negligible.
Each filed DDS then carries a unique reference number that must be quoted on the EU import or export customs declaration and shared with your logistics operator before customs clearance in the EU. Miss the geolocation and the whole statement is unusable.
Points or polygons — which does your plot need?
The size threshold is the deciding factor. As of 2026, the rule of thumb reads like this:
| Plot size | Geolocation format | Typical Indonesian example |
|---|---|---|
| Under 4 hectares | Single GPS point (latitude/longitude) | Smallholder coffee garden in Kintamani, Bali |
| 4 hectares or more | Polygon tracing the plot boundary | Rubber estate or consolidated cocoa block |
| Multiple small plots, same supply base | One point each, mapped to a registry | Farmer group feeding one collection point |
Where a small plot sits right against a forest edge, many EU buyers ask for a polygon anyway, because a point alone does not show how close cultivation runs to standing forest. Rather than wrestle with boundary tracing plot by plot, a growing number of exporters now lean on a dedicated geolocation mapping service to capture clean polygons and store them in one farmer-plot registry. Confirm the format your importer expects before you send a survey team into the field.
How accurate should the coordinates be, and against what baseline?
EUDR does not publish one fixed accuracy figure, so precision is a best-practice judgment rather than a single number. The workable standard as of 2026 is a mapping-grade or good consumer-grade GPS reading captured on-site — within a few metres — not a coordinate guessed from memory or dropped roughly on a map afterwards.
Two habits protect you here. First, record the coordinate system (WGS84 is the common reference) and a timestamp for every reading, so an auditor can trace when and how the data was gathered. Second, treat 31 December 2020 as the fixed baseline: coordinates are only useful once you check them against satellite and remote-sensing imagery from on or after that date to confirm no forest was cleared afterward. Points locate the plot; the baseline check turns location into a deforestation-free claim.
What are the best practices for collecting plot data before 2027?
The operational shift across Bali and wider Indonesia is toward farmer-plot registries, GPS and polygon collection, satellite verification against the December 2020 baseline, and digitized chain-of-custody from farm to export lot. A disciplined field routine makes that shift manageable:
- Map the supply base first. List every farm, collection point, and processing site before you collect a single coordinate, so no plot is missed at DDS time.
- Capture on-site, once, cleanly. Walk the boundary for polygons; stand inside the plot for points. Re-check any reading that looks like an outlier.
- Tie coordinates to evidence. Pair each plot with land-tenure or land-use-rights documents, farmer contracts, field photos, and any legality certificate.
- Layer legality schemes, but don’t lean on them alone. SVLK supports timber and furniture legality and ISPO supports palm; voluntary schemes such as FSC and Rainforest Alliance can feed due diligence. None of them, on its own, proves deforestation-free against the 2020 baseline — geolocation still does that.
- Retain everything. Records must be produced during enforcement inspections, and a single DDS can in practice cover repeat shipments of the same verified supply base as long as the data stays current.
How do you satisfy EU buyers without exposing farmers?
Buyers want confidence; farmers want privacy. The European Commission’s practical guidance notes operators do not have to publish exact coordinates publicly. A regional map showing sub-district (kecamatan) names and an area scale reassures a compliance team while keeping precise farm locations out of open circulation. Store the exact point and polygon data securely in your registry, and share the detailed map only with the importer and, when required, inspectors — not on a public website.
What do 2026 signals suggest for 2027?
This is an outlook, not a forecast. As announced, large and medium operators must comply by 30 December 2026 and micro and small operators by 30 June 2027 — but enforcement timing has shifted before, and several Indonesian sources still cite a 30 December 2025 date and a 30 June 2026 transition. So confirm current dates with the European Commission at environment.ec.europa.eu and your EU importer rather than relying on any single figure.
What the 2026 signals do show clearly: the Indonesian government is preparing a national response strategy, and EU buyers are already requesting plot-level proof ahead of formal enforcement. Exporters who build a clean, dated, baseline-checked plot registry now — rather than in the final scramble — carry far less risk. And the risk is real: penalties for non-compliance can reach up to 4% of an operator’s EU-derived turnover, on top of rejected shipments and goods blocked at EU customs.
Again, this is general guidance, not legal advice; confirm current EUDR requirements with the European Commission, your EU importer, and a licensed customs/legal adviser before acting.
Frequently Asked Questions
Should I collect a GPS point or a polygon for a smallholder coffee plot in Bali?
For a plot under 4 hectares — most Bali smallholder coffee gardens qualify — a single GPS point is accepted under EUDR as of 2026. Anything at or above 4 hectares needs a polygon tracing the boundary. When a small plot sits close to a forest edge, many EU buyers prefer a polygon anyway, so confirm your importer’s preference first.
How do I verify a plot is deforestation-free against the December 2020 baseline?
You compare the plot’s coordinates against satellite and remote-sensing imagery from on or after 31 December 2020, the EUDR cut-off. If no forest was cleared on that land after the baseline, the plot supports a deforestation-free claim. Keep the imagery, dates, and analysis on file — enforcement inspectors can request this evidence, and buyers increasingly ask for it upfront.
What GPS accuracy is good enough for an EUDR polygon?
EUDR does not publish one fixed accuracy figure, so best practice as of 2026 is a mapping-grade or good consumer-grade reading within a few metres, captured on-site rather than estimated later. Record the coordinate system (WGS84), timestamp each reading, and re-check outliers. Confirm any specific tolerance with your EU importer, since buyer expectations still vary.