ForestGuard turns petabytes of raw Sentinel-2 and Landsat multispectral reflectance data into surgical, auditable alerts of illegal logging, lacustrine desiccation, and unauthorized ground disturbance.
Every flagged polygon compiles multispectral indices, confidence distributions, and historic baseline vectors ready for legal or regulatory submission.
Pará, Brazilian Amazon
Autonomous multi-temporal optical analysis isolated high-confidence spectral degradation along the Rio Tapajós buffer. Detection triggered by B8/B4 near-infrared absorption shifts indicating mechanized clear-felling.
Sierra County, New Mexico, USA
Modified Normalized Difference Water Index (MNDWI) time-series reveals dramatic littoral contraction in the upper basin, exposing evaporite sediment crusts and disrupting downstream municipal flow allocations.
Travis County Peripheral Corridor, Texas
Rapid industrial megastructure conversion across primary limestone catchment basins. High-albedo concrete distribution hubs detected prior to local municipal registry updates.
Standard optical remote sensing is deceived by seasonal leaf senescence, atmospheric cloud shadows, and orbital sun-angle variations. ForestGuard applies harmonized multi-temporal matrix math to isolate irreversible biophysical deviations.
Chlorophyll strongly absorbs red light (B4) while mesophyll leaf structure reflects near-infrared (B8). Clear-cutting causes an instantaneous inversion in reflectance ratio.
Short-wave infrared (SWIR) suppresses built-up noise and dry soil confusion, yielding precise littoral boundaries even in high-sediment river corridors and shrinking reservoirs.
When continuous tropical cloud cover blinds optical sensors, C-band Synthetic Aperture Radar penetrates moisture to detect surface roughness disruptions and heavy machinery trails.
“Environmental destruction relies on temporal latency. By the time field rangers reach an unmonitored basin, the timber is processed and the ecosystem is irrecoverable. ForestGuard shrinks the alert horizon from six months to six hours.”
From raw telemetry downlink to cryptographically signed ecological alert reports.
Continuous ingestion of ESA Copernicus Sentinel-2 Level-2A bottom-of-atmosphere (BOA) surface reflectance tiles.
Sen2Cor scene classification masks clouds, cirrus, snow, and shadow artifacts with sub-pixel coregistration.
Pixel-level differencing against baseline seasonal medians across NDVI, MNDWI, and NDBI spectral tensors.
Cluster extraction generates vector GeoJSON polygons, area metrics in hectares, and signed audit summaries.
Draw custom bounding polygons or test preloaded high-risk biomes across South America, North America, and Sub-Saharan Africa.