EOSDA LandViewer

EOSDA LandViewer Explore live satellite images and get a real-time view of the Earth. Access high-resolution optical and SAR images, terrain maps, and archival data.

Use over 20 pre-set indices or create custom band combinations, all tailored to your industry needs.

FIFA 2026 returns to a stadium that made history ⚽Estadio Azteca in Mexico City is set to become the first stadium in hi...
06/11/2026

FIFA 2026 returns to a stadium that made history ⚽

Estadio Azteca in Mexico City is set to become the first stadium in history to host matches across three different FIFA World Cups — 1970, 1986, and 2026.

From space, the stadium stands out within the dense urban fabric of Mexico City, offering a unique perspective on one of football’s most iconic venues. Satellite imagery helps reveal not only the stadium itself, but also the surrounding transportation network, urban development, and infrastructure that support major international events.

📅 04.06.2026
📍 Estadio Azteca Stadium, Mexico City, Mexico
🛰️ NewSat (Satellogic)

Discover Satellogic imagery in LandViewer https://eos.com/find-satellite/newsat/?utm_source=facebook&utm_medium=social&utm_campaign=fifa&utm_content=post

🌊 World Oceans Day: coastal wonders from spaceThe ocean covers more than 70% of Earth’s surface and produces around half...
06/08/2026

🌊 World Oceans Day: coastal wonders from space

The ocean covers more than 70% of Earth’s surface and produces around half of the oxygen we breathe, making it one of the most important systems supporting life on our planet.

Today, on World Oceans Day, we’ve selected a collection of satellite views showcasing some of the world’s most remarkable coastal environments — from the Whitsunday Islands and Shark Bay in Australia to the coral reef systems of the Bahamas, Belize, and Mexico.

The vibrant shades of blue and turquoise reveal shallow waters, coral reefs, sandbanks, and underwater formations that shape these unique marine landscapes.

🛰️ Learn more about satellite imagery https://eos.com/products/landviewer/?utm_source=facebook&utm_medium=social&utm_campaign=ocean_day&utm_content=carousel

Dubai is one of the fastest-growing cities visible from orbit.Over the past few decades, the city has rapidly expanded a...
05/29/2026

Dubai is one of the fastest-growing cities visible from orbit.

Over the past few decades, the city has rapidly expanded across the desert — reshaping landscapes with artificial lakes, engineered residential districts, and large-scale infrastructure projects that can now be clearly observed from space.

This high-resolution satellite image captures one of Dubai’s residential areas, where urban planning and artificial waterways create almost futuristic geometric patterns from above.

For urban development, infrastructure monitoring, and city expansion analysis, high-resolution imagery makes it possible to track construction activity, road networks, land use, and urban growth with much greater detail and precision.

🛰 Satellite: NewSat by Satellogic
📍 Residential districts of Dubai, UAE

🔗 Explore more Satellogic imagery options https://eos.com/find-satellite/newsat/?utm_source=facebook&utm_medium=social&utm_campaign=dubai&utm_content=carousel

Not every monitoring task needs ultra-high-resolution imagery.Anna Zakharchenko, Senior Executive at LandViewer, breaks ...
05/26/2026

Not every monitoring task needs ultra-high-resolution imagery.

Anna Zakharchenko, Senior Executive at LandViewer, breaks down one of the most common questions in satellite monitoring — how much detail do you actually need for different tasks?

From Sentinel-2 imagery for large-scale analysis to ultra-high-resolution data for detailed site inspection – learn how different resolution tiers fit different monitoring workflows.

Want to find a solution tailored to your needs? Contact our team https://eos.com/contact-us/?utm_source=facebook&utm_medium=social&utm_campaign=qa_resolution&utm_content=carousel

To mark International Day for Biological Diversity, we took a look at how different ecosystems appear from space 🛰From t...
05/22/2026

To mark International Day for Biological Diversity, we took a look at how different ecosystems appear from space 🛰

From tropical rainforests and savannas to alpine landscapes and desert vegetation — each region creates its own unique patterns across Earth’s surface.

Satellite imagery helps explore these landscapes at scale and observe how vegetation adapts to different climates, terrain, and environmental conditions across the planet.

Find these images and much more on the LandViewer platform https://eos.com/products/landviewer/?utm_source=facebook&utm_medium=social&utm_campaign=bio_diversity&utm_content=carousel

Explore high-resolution satellite imagery from multiple providers — all in one place on the LandViewer platform.Each off...
05/19/2026

Explore high-resolution satellite imagery from multiple providers — all in one place on the LandViewer platform.

Each offers different resolution levels, revisit frequency, coverage, and monitoring capabilities ranging from 2 m imagery for large-area observation to ultra-high 30 cm detail for more precise analysis.

With archive and tasking options available across different constellations, you can choose imagery that best fits your area of interest, timeline, and operational needs.

🔗 Check high-resolution imagery options in LandViewer https://eos.com/products/high-resolution-images-request/?utm_source=facebook&utm_medium=social&utm_campaign=high_res&utm_content=carousel

Satellogic SI Imaging Services

05/14/2026

One of Japan’s largest wildfires in recent decades — seen from orbit.

In April 2026, multiple wildfires spread across the mountainous coastal areas of Ōtsuchi, Iwate Prefecture, Japan. Fueled by dry weather and strong winds, the fires burned more than 1,600 hectares and forced the evacuation of over 3,000 residents.

These images show how the landscape changed during the wildfire, with smoke plumes and burned areas becoming clearly visible from space.

Satellite imagery helps monitor the scale of wildfires, analyze affected areas, and track landscape changes over time.

📍 Ōtsuchi, Iwate Prefecture, Japan
📅 April 13–26, 2026
🛰 Sentinel-2

🔗 Explore imagery options in LandViewer https://eos.com/products/landviewer/?utm_source=facebook&utm_medium=social&utm_campaign=wildfires&utm_content=reels

05/12/2026

One of the most detailed commercial satellite sources is now available in LandViewer.

BlackSky Gen-3 imagery brings a new level of precision to the platform — combining 0.35 m resolution, AI-powered analytics, and up to 15 revisits per day for high-precision monitoring.

Designed for tactical-level clarity, BlackSky Gen-3 captures fine surface details with exceptional accuracy — from rooftop materials and construction stages to subtle changes across complex environments.

With delivery available in as little as 60 minutes after collection, the path from satellite capture to actionable intelligence becomes significantly faster.

✔️ 0.35 m very-high-resolution imagery
✔️ up to 15 satellite passes daily
✔️ near-real-time delivery
✔️ AI-powered analytics
✔️ RGB, Panchromatic, and SWIR imagery

Integrated into the High-Resolution Imagery section of LandViewer, BlackSky Gen-3 expands access to faster and more detailed satellite intelligence.

Discover BlackSky imagery in LandViewer https://eos.com/find-satellite/blacksky-gen-3/?utm_source=facebook&utm_medium=social&utm_campaign=blacksky&utm_content=reels

05/08/2026

In February 2026, a series of powerful storms hit the Coimbra district in Portugal, causing the Mondego River to overflow and flood surrounding areas.

As water levels continued to rise, traditional monitoring methods quickly became limited. Flooded roads blocked ground access, persistent cloud cover reduced visibility, and severe weather conditions prevented drones and aircraft from operating safely.

To assess the scale of the disaster, EOS Data Analytics combined multiple types of satellite imagery. SAR data helped monitor flood extent through dense clouds during the peak of the storms, while optical imagery and high-resolution satellite data revealed standing water, saturated land, and damage to infrastructure across the region.

📹 This timelapse show how the flood extend changed throughout February 2026 from peak inundation to the gradual retreat of floodwaters.

🔗 Read the full case study https://eos.com/blog/validating-satellite-tech-for-flood-analysis-and-damage-mapping-in-coimbra/?utm_source=facebook&utm_medium=social&utm_campaign=river_flood&utm_content=reels

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