Blog

Discover how satellite imagery, SAR radar, and night-time lights measure the economic cost of war when field surveys fail. Learn the 4-step pipeline turning pixels into financial losses, validate data accuracy, and find out how humanitarian agencies, insurers, and property owners use remote sensing to assess damage in minutes.

Land disputes over boundaries and ownership can last for years. Satellite imagery provides clear, timestamped evidence of changes on the ground. Discover how OnGeo Intelligence makes high-resolution data fast and easy to obtain for legal and property cases.

Landsat 10, planned for launch in 2031, will bring superspectral imaging, improved 10 m spatial resolution, and 26 spectral bands to Earth observation. Discover how the next-generation mission will enhance environmental monitoring, precision agriculture, water quality assessment, and long-term climate research.

Discover how satellite imagery helps save lives during natural disasters. Within hours of a flood, earthquake, or wildfire, global systems like the International Charter and platforms like OnGeo Intelligence deliver critical radar and optical data to first responders penetrating cloud cover, mapping damage extents, and accelerating rescue operations across the globe.

Discover how satellite imagery resolution (GSD) works, compare key commercial providers from Planet to Maxar, and navigate regulatory and licensing rules.

Satellites provide an unbroken, global perspective on climate change that local stations cannot match. By tracking sea levels, ice mass, and CO2 emissions over decades, space missions deliver the reliable data needed to identify long-term environmental trends.

Satellite images reveal how a deadly glacial collapse triggered a devastating flash flood along the Nepal–Tibet border, destroying infrastructure and settlements. Before-and-after imagery helped scientists confirm the event’s origin and assess the scale of damage, highlighting the critical role of Earth observation in remote, high-altitude disaster zones.

Orbital altitude is a fundamental mission-design choice shaping satellite coverage, latency, power, constellation size, radiation exposure, and end-of-life strategy. This article compares Geostationary Earth Orbit (GEO), Low Earth Orbit (LEO), and Medium Earth Orbit (MEO), explaining their key advantages, limitations, applications, and architectural trade-offs in satellite communications, Earth observation, and navigation.

Political borders are invisible lines on paper yet from space, some become startingly real. Decades of different farming practices, urban planning, and land management on either side of a frontier can reshape the landscape so dramatically that the border itself becomes visible. This article compares five striking examples using recent satellite imagery: the US–Mexico border, Israel and Egypt, North and South Korea, and China's borders with Kazakhstan and Russia.