Every product Sentient builds, live deployments and the new capabilities coming online next. Filter by domain to find what fits your mission.
On-demand satellite imagery acquisition. Commission fresh optical and SAR captures of any location worldwide through a unified tasking platform.
Advanced AI-powered platform for timely environmental monitoring. Monitor oceans and seas using advanced AI and satellite data to detect oil spills early and support fast, effective environmental response.
Track and analyze wildlife populations and ecosystem health using advanced remote sensing and AI-powered analytics.
Near real-time wildfire monitoring and early warning systems powered by satellite thermal imaging and AI-driven analytics.
Detect and track toxic algal blooms to protect water resources, marine ecosystems, and public health using satellite ocean color imaging.
Monitor active mines, tailings facilities, and resource sites with satellite-based change detection, volumetric estimation, and compliance tracking.
Locate, count, and classify man-made assets at scale, vehicles, aircraft, ships, buildings, and trees, across any area of interest.
Track plant health and water status across crops, forests, and rangeland with multispectral indices and time-series analytics.
Rapid satellite-based flood extent mapping for emergency response, insurance assessment, and recovery planning, operational within hours of an event.
InSAR-based ground motion analytics to detect slope instability, identify landslide-prone zones, and monitor active slides over time.
Classify and track land cover change across countries and continents, from urban sprawl and deforestation to cropland expansion and wetland loss.
Post-event satellite imagery and InSAR analysis to map damage, ground deformation, and building collapse in the hours after a major seismic event.
Track turbidity, sediment plumes, and surface water indicators across rivers, lakes, and coastal zones for environmental compliance and public health.
Join leading organizations using our platform to monitor, predict, and respond to environmental changes in near real-time.