Satellite change detection
Orbital passes establish baselines for watershed stress, deforestation, and land-use shifts before field teams deploy.
DAI RISK ENGINE
Fuse satellite change detection with VTOL survey to produce auditable risk scores — mudslides, tailings instability, erosion, and flood corridors across Peruvian concessions.
Orbital passes establish baselines for watershed stress, deforestation, and land-use shifts before field teams deploy.
RTK and LiDAR missions confirm slope angles, stockpile volumes, and tailings geometry at survey-grade precision above 5,000 m.
Institutional reports with territorial scores, early-warning thresholds, and cited geospatial evidence — typically within 24 hours.
Request a risk assessment briefing for your concession or agency.
Request demoDUAL-LAYER COLLECTION · ANDES BASELINE
DAI combines orbital Andes coverage with VTOL DAI-UAV missions to collect territorial data, run institutional calculation pipelines through DAI-ATLAS, and deliver verified outputs — not raw pixels.
Explore DAI Atlas — Andes baseline map → · Peru Territorial Stack · Commercial programMultispectral and SAR-backed orbital passes establish national-scale baselines — change detection, NDVI corridors, watershed stress, and concession screening across the Peruvian Andes.
Certified VTOL platforms above 5,000 m collect RTK orthophotos, LiDAR, volumetrics, and live surveillance feeds where satellite resolution and revisit time are insufficient.
Automated pipelines turn fused imagery into auditable reports — stockpile cubic meters, crop stress indices, SEC perimeter alerts, tailings risk scores — typically within 24 hours.