Coffee Geolocation Data for EUDR: What Buyers and Suppliers Need

Coffee geolocation data is the foundation of EUDR traceability because it connects each shipment to the exact plots of land where the coffee was produced. Buyers cannot demonstrate that coffee is deforestation-free by relying only on a country name, province, cooperative, washing station or exporter declaration. The supply chain must retain sufficiently precise production-location information, connect that information to the relevant lot and assess whether the identified land was subject to deforestation after the regulatory cut-off date.

The European Union Deforestation Regulation covers coffee and certain coffee products placed on the EU market or exported from the EU. Under the current timetable, most substantive requirements apply from 30 December 2026 to large and medium-sized operators and from 30 June 2027 to other micro and small operators. Companies should still verify the current legal text, the exact Annex I product scope and the status of any implementing or delegated measures before each shipment.

What is coffee geolocation data under EUDR?

Geolocation data identifies the geographical location of the plot of land where the relevant coffee was grown. Under the regulation, the location is described using latitude and longitude coordinates with at least six decimal digits.

For coffee plots larger than four hectares, the geolocation is generally provided as a polygon containing enough coordinate points to describe the perimeter of the plot. For plots of four hectares or less, at least one latitude and longitude point may be used, although buyers may request polygons for smaller plots as part of their internal risk-management procedure.

Why buyers need geolocation before purchasing coffee

The EU operator placing coffee or a covered coffee product on the market must exercise due diligence before the product is placed on the market or exported. Geolocation information is required during the information-collection stage and must be available before the operator can complete the risk assessment and submit the appropriate due diligence statement.

Buyers need geolocation data to:

• Identify every plot contributing coffee to the shipment
• Check whether the land was forested or deforested after the cut-off date
• Assess country, regional, supplier and plot-level risk
• Verify that the coffee was produced legally
• Connect physical coffee lots to production records
• Respond to competent-authority checks
• Prevent unverified coffee from entering compliant lots
• Support due diligence statements in the EUDR Information System
• Investigate substantiated concerns or allegations
• Retain evidence for audits and contractual claims

Geolocation is therefore not merely a mapping exercise. It is part of the evidence chain connecting the product, farm, production period, supplier, processor, exporter, shipment and due diligence declaration.

What suppliers must provide

A coffee supplier should provide more than a list of coordinates. The buyer needs a structured dataset that explains whose plot was mapped, what was produced there, when production occurred, which lot received the coffee and how the information was collected.

Geolocation data is required for all contributing plots

If a shipment contains coffee produced on different plots, the geolocation of every contributing plot must be included. A cooperative name, exporter warehouse or processing-station coordinate cannot replace the production coordinates of the farms.

This is especially important when coffee is aggregated through:

• Farmer groups
• Cooperatives
• Village collectors
• Buying stations
• Wet mills
• Dry mills
• Regional warehouses
• Export consolidators

The supplier must maintain the connection between the incoming farmer deliveries and the outgoing lot. If the connection is lost during aggregation, the exporter may possess a large list of mapped farms without being able to demonstrate which farms supplied the actual shipment.

Point coordinates versus polygons

A point identifies one position within or associated with a plot. A polygon represents the external boundary of the production area. Although a point may satisfy the minimum geolocation definition for smaller coffee plots, a polygon normally provides stronger evidence for satellite analysis and land-use verification.

Buyers should consider requesting polygons when:

• The farm is close to a forest boundary
• The plot contains mixed land uses
• The farm has expanded over time
• The producer cultivates several adjacent parcels
• The area declared by the supplier appears inconsistent with expected production
• The plot is located in a higher-risk sourcing area
• Satellite imagery cannot be interpreted reliably from a single point

A polygon should follow the real production boundary. It should not be drawn as a simple square around a central point merely to satisfy a file requirement.

Minimum coordinate precision

EUDR geolocation coordinates use at least six decimal digits. Suppliers should avoid rounding coordinates, deleting decimal places or converting the data repeatedly between spreadsheets, mobile applications and mapping systems.

A controlled geolocation record should preserve:

• The original collected coordinates
• The coordinate reference system
• The converted submission coordinates when conversion was required
• The date and method of collection
• The original mapping file
• The validated final file
• A record of any corrections

Latitude and longitude must not be accidentally reversed. Longitude should also retain the correct positive or negative value. These errors can move a Vietnamese coffee plot to another country, into the sea or to an entirely unrelated location.

Coordinate systems and file preparation

Different mobile devices, cadastral systems and GIS platforms may store coordinates in different reference systems. Before submitting data, the supplier or buyer should confirm that the coordinates have been converted into the latitude and longitude format expected by the relevant system.

Common working formats can include:

• Structured spreadsheets for point records
• CSV files with separate latitude and longitude columns
• GeoJSON files
• KML or KMZ mapping files
• GIS shapefiles
• Buyer-specific supplier portals
• API-based traceability systems

The commercial master file should remain controlled even when the data is converted into another format for the EUDR Information System. A conversion should never remove plot IDs, producer references or lot relationships.

What makes a valid coffee polygon?

A usable production polygon should:

• Close correctly without an open boundary
• Contain sufficient points to represent the real perimeter
• Not cross over itself
• Not include unrelated roads, buildings, villages or neighboring farms
• Not overlap extensively with another producer’s plot without explanation
• Match the declared plot area within a reasonable tolerance
• Be located in the declared country and administrative area
• Represent coffee production rather than the producer’s residence or warehouse

A technically valid file can still contain commercially incorrect data. Automated geometry validation should therefore be combined with supplier review, field evidence and satellite assessment.

The production date or time range

Geolocation records must be associated with the date or time range of production. For coffee, this generally means connecting the plot with the relevant harvest or crop period.

A useful production record may include:

• Harvest start and end dates
• Crop year
• Cherry delivery date
• Processing date
• Warehouse intake date
• Export lot allocation date

Production timing helps distinguish coffee harvested from the same plot in different seasons and supports investigation when a farm boundary or land-use condition changes.

The 31 December 2020 deforestation cut-off

Coffee covered by EUDR must be deforestation-free. For agricultural commodities such as coffee, this requires evidence that the coffee was produced on land that was not subject to deforestation after 31 December 2020.

Geolocation enables the operator to compare the production plot with historical land-cover information. The assessment may use:

• Satellite imagery
• Remote-sensing products
• Government forest maps
• Cadastral and land-use records
• Historical farm records
• Field photographs
• Third-party monitoring systems
• Publicly or privately available geospatial datasets

A current photograph of a coffee farm does not by itself prove that the land was not deforested after the cut-off. Historical evidence is needed.

Geolocation does not prove compliance by itself

Coordinates show where the coffee was produced, but they do not automatically prove that the product complies with EUDR. The operator must also assess whether the coffee is deforestation-free and produced in accordance with the relevant legislation of the country of production.

Relevant legality considerations may include:

• Land-use rights
• Environmental requirements
• Forest-related laws
• Third-party land rights
• Labor rights
• Human rights protected under applicable law
• Tax, trade and customs rules
• Anti-corruption requirements
• Free, prior and informed consent where applicable under the relevant legal framework

Buyers can integrate these checks into broader coffee quality, traceability and compliance controls.

Who is legally responsible for the geolocation data?

The operator submitting a due diligence statement remains responsible for the compliance of the relevant product. A buyer may obtain coordinates from a supplier, cooperative, exporter, consultant or digital mapping provider, but outsourcing data collection does not automatically transfer regulatory responsibility.

The operator should therefore verify:

• Who collected the coordinates
• Whether the mapped person controls or produces on the plot
• Whether the plot is connected to the supplied coffee
• Whether the file has been technically validated
• Whether the land-use assessment covers the correct period
• Whether any identified risk has been mitigated

Suppliers should avoid giving buyers unverified coordinates copied from old certification databases, public maps or unrelated farm records.

EU buyers and non-EU suppliers

A coffee exporter outside the EU may not be the party that submits the due diligence statement for an EU import, but the exporter is normally expected to provide the production and traceability evidence needed by the EU operator.

The non-EU supplier should be ready to provide:

• Complete plot geolocation
• Production dates
• Producer and supplier identities
• Lot-level traceability
• Deforestation-screening evidence
• Legality documentation
• Risk explanations
• Corrections when inconsistencies are identified

An importer should not wait until the container is on the water before requesting these records. Geolocation acceptance should be part of supplier qualification and lot approval.

Micro and small primary-operator simplification

Current EUDR rules provide a simplified regime for qualifying micro or small primary operators established in countries classified as low risk and placing on the market or exporting products they themselves produced. Such operators can use a one-time simplified declaration and may be permitted to provide the postal address of the relevant plots instead of geolocation coordinates.

This exception should not be applied broadly to every smallholder or small supplier. The business must meet the legal definition and all applicable conditions. Buyers should document why the simplified regime applies before accepting an address in place of coordinates.

A commercial buyer may still request coordinates even where a qualifying producer can legally use an address, particularly when:

• The address does not identify the production land clearly
• One address covers several dispersed plots
• The coffee enters a mixed supply chain
• The buyer needs satellite verification
• The buyer’s internal risk procedure requires plot mapping

Country risk does not remove traceability

A low-risk country classification may simplify parts of the risk-assessment procedure, but it does not generally eliminate the need to know where the coffee was produced. Operators must still collect the required information and establish that the product is connected to identifiable production areas.

Buyers should avoid treating a low-risk country designation as automatic proof that every supplier, plot and coffee lot is compliant.

How to map coffee farms in the field

Farm mapping may be completed using handheld GPS equipment, smartphones, tablets, GIS software, cadastral maps or a combination of these methods.

A controlled field process should include:

1. Confirm the producer’s identity.
2. Assign a unique farm and plot ID.
3. Confirm the producer’s relationship to the land.
4. Walk or map the actual coffee-production boundary.
5. Record the point or polygon.
6. Record the production area.
7. Record species, variety and planting information.
8. Record neighboring land uses and visible forest boundaries.
9. Take supporting photographs when permitted.
10. Obtain producer confirmation of the mapped boundary.
11. Upload the data to a controlled system.
12. Perform geometry and plausibility checks.

Field teams should receive clear instructions on coordinate precision, plot boundaries, data privacy and how to handle disputed land.

Mapping Vietnamese coffee supply chains

Vietnamese coffee supply chains often include many smallholders, local collectors, cooperatives, processors and regional warehouses. The number of farms associated with one export container can therefore be substantial.

Mapping and traceability may be particularly challenging when:

• One household cultivates several small plots
• Plots are registered under different family members
• Farmers deliver through collectors rather than directly to a processor
• Robusta and Arabica are handled through different regional systems
• Coffee is intercropped with fruit trees or other crops
• Land boundaries are known locally but are not digitized
• Addresses identify a village but not the production parcel
• Names are entered differently across Vietnamese and Latin-script databases

Buyers sourcing from Vietnam should design the geolocation process around the real structure of the supply chain rather than expecting every exporter to operate a single-estate model. The main Vietnamese coffee regions and production origins can also be used to structure regional supplier and plot records.

Unique identifiers are essential

Each farm and plot should have a stable unique identifier. Names alone are not reliable because multiple farmers may share the same name, names may be spelled differently and ownership or operational control may change.

A practical identifier structure could include:

• Country code
• Province code
• Supplier code
• Producer number
• Farm number
• Plot number

The identifier used in the geolocation file should match procurement, warehouse, quality and shipment records.

Lot-level traceability and mass balance

Geolocation data must remain connected to the physical coffee. A supplier should be able to explain how quantities moved from farm delivery through processing and storage into the export lot.

Lot-level traceability may include:

• Cherry or parchment delivery tickets
• Producer receipts
• Collection-station intake records
• Processing batch records
• Dry-mill production records
• Warehouse movements
• Bag numbers
• Container allocation
• Quantity reconciliation

Yield and mass-balance checks can reveal implausible situations. For example, a two-hectare farm should not repeatedly be associated with a quantity far beyond a realistic production range without an explanation.

Mixing coffee from different plots

Coffee from several compliant plots may be combined, but the operator must retain the required information for all contributing plots. Mixing mapped coffee with coffee from unknown or unverified origins can make the complete lot unsuitable for the EU market.

Suppliers should implement controls to prevent:

• Unmapped deliveries entering an EUDR-designated lot
• Duplicate quantities being allocated to several buyers
• Non-compliant plots being substituted after approval
• Warehouse transfers breaking the connection with producer records
• Rejected coffee being returned to a compliant stock without authorization

Geolocation data validation

Validation should be performed before a buyer approves a supplier or shipment. A robust process combines automated and manual controls.

Common geolocation errors

• Warehouse coordinates instead of farm coordinates: The file identifies the collection or export location rather than the production plot.
• Latitude and longitude reversed: The plot appears in the wrong country or outside valid land areas.
• Insufficient decimals: Coordinates are rounded and no longer meet the required precision.
• One coordinate reused for many farmers: A village center or cooperative office is assigned to every producer.
• Artificial polygons: A square or circle is drawn around a point without following real boundaries.
• Missing plots: Only the largest farm is mapped even though the lot contains coffee from several plots.
• Unconnected data: The exporter has coordinates but cannot link them to the shipment.
• Incorrect plot area: The calculated polygon area differs greatly from the declared area.
• Old farm records: The supplier uses historical coordinates without confirming current production.
• Duplicate plot IDs: Different farms share the same identifier.
• Boundary includes forest: The polygon combines coffee land with adjacent forest or unused land.
• Unknown collection method: No evidence exists showing how or when the data was captured.

Satellite analysis and false confidence

Satellite tools can support deforestation assessment, but their results require interpretation. Cloud cover, terrain, plantation canopy, shade trees, image resolution and seasonal land-cover changes can affect the analysis.

A buyer should not automatically approve or reject a plot based on one automated alert. The process may require:

• Review of imagery from several dates
• Comparison of different data sources
• Field photographs
• Supplier explanations
• Government land-use records
• Independent verification
• Risk-mitigation measures

At the same time, suppliers should not dismiss satellite alerts without evidence. Every material discrepancy should be investigated and documented.

Risk assessment after geolocation collection

After collecting geolocation and supply-chain information, the operator must assess the risk that the coffee does not meet EUDR requirements. Relevant factors can include:

• Country and regional risk
• Prevalence of deforestation
• Complexity of the supply chain
• Reliability of supplier documentation
• Risk of mixing with unknown origins
• Presence of Indigenous Peoples or local-community claims
• Land disputes
• Corruption or document-fraud risk
• Unusual production volumes
• Substantiated concerns
• Results of satellite and field verification

If the risk is more than negligible, the operator must apply adequate mitigation before the coffee can be approved.

Possible risk-mitigation measures

• Request additional farm or land documents.
• Repeat the field mapping.
• Obtain higher-quality polygons.
• Commission independent satellite analysis.
• Conduct an on-site audit.
• Interview producers or local stakeholders.
• Segregate questionable coffee.
• Exclude a plot from the approved supplier list.
• Reduce the supplier’s approved volume.
• Require corrective action and retraining.
• Use independent verification or certification evidence as supporting information.

Certification can support due diligence but does not automatically replace the operator’s legal responsibility.

Geolocation data and the EUDR Information System

Operators submit due diligence information through the EU’s EUDR Information System. The system has a live environment for legally relevant submissions and separate training or acceptance environments that can be used to test processes and geolocation files.

Companies should test their workflow before mandatory application and confirm:

• User registration and access rights
• EORI and company information
• Product codes
• Quantity formats
• Country-of-production data
• Point and polygon compatibility
• File-size and geometry limitations
• Reference-number management
• API or manual-submission procedures
• Contingency procedures when the system is unavailable

A successful test upload does not prove that the underlying production information is accurate. It only confirms that the data can be processed technically.

Due diligence statement references

After submission, the due diligence statement receives a reference number. Supply-chain participants must manage the relevant reference or declaration identifiers according to their role under the current rules.

The reference should remain connected to:

• The product
• The supplier
• The relevant plots
• The quantity
• The purchase or sales contract
• The customs declaration where applicable
• The shipment or warehouse release

Companies should prevent one reference from being used for products or quantities that were not covered by the underlying due diligence information.

Buyer data-request checklist

• Request the complete producer, farm and plot list.
• Request coordinates with the required precision.
• Request polygons for plots larger than four hectares.
• Request all contributing plots for mixed lots.
• Request production dates or harvest periods.
• Request lot and quantity connections.
• Request the mapping method and collection date.
• Request legality and land-use evidence.
• Request disclosure of known disputes or satellite alerts.
• Confirm whether any simplified regime is being claimed.
• Test the geolocation file before shipment.
• Include correction deadlines in the purchase contract.

Supplier readiness checklist

• Identify every producer and production plot.
• Assign unique farm and plot IDs.
• Collect points or polygons in the required format.
• Verify that coordinates represent coffee-production land.
• Record harvest dates and quantities.
• Connect producer deliveries to processing and export lots.
• Screen plots against the deforestation cut-off.
• Collect supporting legality records.
• Investigate duplicate, overlapping or implausible plots.
• Protect the compliant lot from unverified coffee.
• Prepare files for buyer and system validation.
• Maintain a correction and change-history record.

Contract clauses for geolocation data

Coffee contracts can reduce uncertainty by defining:

• The required geolocation format
• Point and polygon rules
• Coordinate precision
• Deadline for data delivery
• Required production and traceability fields
• Buyer validation rights
• Supplier correction obligations
• Rights to reject unverified plots
• Audit and site-access rights
• Data-retention period
• Confidentiality and data-protection measures
• Liability for inaccurate or fraudulent information
• Procedure for regulatory changes

Importers and roasters can integrate these requirements into broader coffee export, traceability and shipment programs.

Data privacy and producer protection

Farm geolocation can be commercially and personally sensitive. Buyers need enough information to comply with EUDR, but they should avoid unnecessary disclosure of producer data.

A responsible data-governance process should define:

• Who can access personal and plot information
• Why the data is collected
• How it will be used
• How long it will be retained
• Which fields are shared downstream
• How access is logged
• How inaccurate data can be corrected
• How cyber and unauthorized-disclosure risks are controlled

Supplier contracts and producer communications should explain the purpose of mapping and should not imply that unrelated commercial or personal information must be disclosed.

Record retention and audit readiness

Operators must retain due diligence records for the required period, generally at least five years. The audit file should contain enough evidence to reproduce the decision made for the shipment.

A complete geolocation audit file may include:

• Original mapping files
• Validated point and polygon files
• Producer and plot registers
• Production dates
• Delivery and quantity records
• Deforestation-screening results
• Legality documentation
• Risk assessments
• Mitigation actions
• Supplier correspondence
• Due diligence statement references
• Internal approval records
• Records of corrections or updates

Pre-shipment geolocation approval

EUDR geolocation review should be completed before the coffee is assigned to an EU shipment. A practical approval sequence is:

1. Receive the supplier’s producer and plot dataset.
2. Validate coordinates and polygons technically.
3. Check country and administrative consistency.
4. Check all plots against the relevant cut-off date.
5. Review legality evidence.
6. Investigate alerts and data gaps.
7. Confirm lot-level traceability and quantities.
8. Apply mitigation where required.
9. Approve or reject each plot.
10. Confirm that only approved coffee enters the shipment.
11. Prepare the due diligence information.
12. Release the shipment only after the required compliance process is complete.

Questions buyers should ask a coffee supplier

• Can you identify every farm and plot contributing to this lot?
• Are the coordinates points or verified polygons?
• How and when were the plots mapped?
• Are any plots larger than four hectares?
• Can each plot be connected to delivered quantities?
• Have the plots been screened against the 31 December 2020 cut-off?
• Were any deforestation or legality alerts identified?
• How is unverified coffee segregated?
• Can the data be corrected before shipment?
• Who is responsible for validating supplier and collector records?
• Are the same quantities allocated to any other buyer?
• Can supporting records be provided during an authority check?

Final assessment

Coffee geolocation data must identify the real plots where the coffee was produced and remain connected to the physical product throughout collection, processing, storage and export. For smaller plots, coordinates may be represented by a point, while coffee plots larger than four hectares generally require polygons describing their perimeter. Coordinates must use the required precision, and all contributing plots must be included when a lot contains coffee from multiple farms.

Geolocation alone does not prove EUDR compliance. Buyers must combine it with production dates, traceability records, historical land-cover assessment, legality evidence, risk assessment and mitigation where necessary. Suppliers must ensure that mapped farms are the farms that actually supplied the coffee and that unverified coffee cannot enter compliant lots.

The strongest EUDR programs collect and validate geolocation before contracting or shipment, maintain unique producer and plot identifiers, reconcile quantities through the supply chain and preserve an auditable record of every compliance decision. Buyers requiring Vietnamese coffee with structured origin, traceability and EUDR-supporting data can submit a customized wholesale coffee inquiry with the product, quantity, destination and documentation requirements.