Satellite Remote Sensing

In short: a “health check” for the Earth

Just as a health check uses images and measurements, satellite remote sensing uses satellite “eyes” to observe the Earth’s surface and capture the information that matters to you.

What can it see: Everything is measurable

Farmland, forests, rivers, cities, ships, factories, disaster sites... All surface details are visible at a glance.

What is it used for? Supporting smarter decision-making

Seeing farther, faster, and more comprehensively, covering blind spots in manual inspections, and providing data support for resource management and disaster response.

High Resolution: Captures fine details, similar to a professional DSLR camera.

High Resolution: Captures fine details, similar to a professional DSLR camera.

Multispectral: Uses multiple spectral bands to assess water quality and vegetation health. Applications: Crop growth monitoring, water environment assessment.

Hyperspectral: A“spectral fingerprint” tool for identifying material composition.

Radar Satellites: All-weather Sensors with Cloud-penetrating Capability

SAR: Actively transmits radar signals and operates regardless of cloud cover, rain, or darkness. Applications: Geological disasters, flood emergency response.

InSAR: Advanced technology that measures millimeter-level changes. Applications: Building subsidence, road deformation monitoring.

Meteorological Satellites: Monitoring Atmospheric Changes

Visible/Infrared: Enable near-real-time cloud monitoring and tracking.Applications: Typhoon monitoring, cloud chart analysis.

Microwave/Infrared: Penetrates clouds cover to retrieve precipitation information.

Infrared Sensing: Specialized sensors for detecting atmospheric CO₂ and methane.

What is it used for? Supporting smarter decision-making

Greenhouse Gas Monitoring:Atmospheric 'sniffer' dedicated to monitoring CO₂ and methane.

Core Applications:supporting carbon peaking and carbon neutrality goals