Who Uses Biodivex

The same detection pipeline, three different action workflows

A conservation director needs polygon coordinates for enforcement. An ESG analyst needs a date-stamped GeoJSON record for EUDR due diligence. A government land agency needs a systematic national inventory supplement. The underlying Sentinel-2 spectral change data is the same — what changes is how you receive it and what you do next.

Conservation organizations

Land trusts, conservation NGOs, and protected area managers rely on accurate, timely change data to respond to illegal clearing before it escalates. Traditional patrol-based or quarterly aerial survey methods create a detection lag of weeks — by which time a small encroachment has expanded, or a mining access road has been cut through a buffer zone.

Biodivex compresses the response window to 48 hours from satellite overpass. The detection polygon — area, confidence score, band deltas, and timestamp — serves as the first link in a documented evidence chain for legal or regulatory action. The SWIR signature distinguishes deforestation from mining encroachment: bare laterite soil reflects SWIR differently than agricultural clearing, and the pipeline flags biome class in every alert.

— Near-real-time alerts replace quarterly aerial survey as primary deforestation and encroachment detection

— GeoJSON polygon with timestamp, confidence score, and biome class — ready for legal documentation

— Biodiversity hotspot monitoring: continuous NDVI baseline across territories too large to patrol

— Conservation organizations receive cost pricing — a documented policy, not a marketing claim

Corporate ESG and sustainability teams

The EU Deforestation Regulation (EUDR) requires companies to demonstrate that commodities in scope — soy, palm oil, cattle, cocoa, coffee, wood, rubber — were not produced on land deforested after December 31, 2020. Annual satellite snapshots are not sufficient. The regulation requires due diligence documentation at parcel level, with supporting geospatial evidence that can be presented to competent authorities.

Scope 3 Category 11 (use of sold products) deforestation-linked emissions require the same parcel-level precision for a credible GHG inventory. Biodivex provides the date-stamped, machine-readable GeoJSON polygon that converts a Sentinel-2 spectral observation into a compliance-grade evidence document — including confidence score and band signature, which auditors increasingly expect to see.

— EUDR compliance evidence: parcel-level GeoJSON records with timestamp and confidence score

— Scope 3 deforestation-linked emission documentation for GHG inventory reporting

— Continuous supply chain monitoring — not just point-in-time annual audit

— Webhook integration into existing procurement and ESG data systems

Government land and forestry agencies

National forest inventories and land-use change reporting programs require systematic, reproducible data at national scale. Ground-based surveys are resource-intensive and provide point-in-time estimates, not continuous coverage. Satellite-based change detection fills that gap as a consistent, audit-ready data layer that feeds into national GIS infrastructure.

Biodivex change detection records supplement existing national monitoring frameworks — supporting REDD+ national forest monitoring systems, illegal clearing enforcement, and habitat loss trend reporting for international biodiversity commitments. The same Sentinel-1 SAR + Sentinel-2 optical fusion used for inland deforestation also detects mangrove loss and coastal vegetation change, where cloud cover from humid coastal climates would defeat optical-only approaches.

— National forest inventory supplement: systematic continuous coverage at 0.3 ha resolution

— Illegal clearing enforcement data with polygon coordinates for field verification

— Long-term habitat loss trend analysis for REDD+ and national biodiversity strategy reporting

— API integration into national GIS infrastructure and forest monitoring dashboards

Contact us to scope a pilot area of interest

Tell us your monitoring objective and geographic area — we'll describe the sensor configuration and detection parameters for your use case.

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