High resolution thermal data from space for a safer and more sustainable Earth

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Oil storage tanks in Cushing, Ohio, USA. Captured by HotSat-1.

Unparalleled 3.5 m resolution

The images and short video captured by our satellites show heat variations across the surface of the earth at a resolution of up to 3.5 m, both during the day and at night.

Thermal data at this unparalleled resolution has wide applications, from economic monitoring and national security to climate resilience including urban heat monitoring.

Unlocking insights that existing technologies can't

An optical image captured over Yokohama in Japan.

Visible imagery only shows the outside of structures during the day.

A low-resolution thermal image captured over Yokohama in Japan by Landsat

Other commercially available thermal imagery e.g. Landsat is much lower resolution (around 100 m).

A high-resolution thermal image captured over Yokohama in Japan by HotSat-1. Visible use cases include: detecting solar faults, monitoring maritime activity, monitoring heat emissions from industrial facilities, monitoring power plant activity, monitoring thermal contamination in water, monitoring oil storage activity and monitoring urban heat.

SatVu's high-resolution infrared can indicate activity inside structures during the day and at night.

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Thermal insights

High-resolution thermal imagery captured over Yokohama in Japan demonstrates the unparalleled insights that 3.5 m resolution imagery is able to provide. SatVu data is unique in its ability to detect activity inside structures, providing a transformative leap forward in monitoring capabilities.

A gif showing different use cases of thermal data mapped onto a high-resolution thermal image captured over Yokohama in Japan. These use cases include: detecting solar faults, monitoring maritime activity, monitoring heat emissions from industrial facilities, monitoring power plant activity, monitoring thermal contamination in water, monitoring oil storage activity and monitoring urban heat.

Sectors

Thermal imagery shows evidence of gas flaring, refining activity down to sub-plant level, and hotter effluent water entering the sea at Ruwais Refinery in the UAE. Captured by HotSat-1.

Economic monitoring

The new must-have data layer providing insights for energy, commodities and infrastructure partners.

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Mangrove environments are visible in Darwin, Australia. Captured by HotSat-1.

Climate resilience

The missing data layer to address the financial and societal costs of rising temperatures.

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Aircrafts are visible at the gates at Albuquerque International in Albuquerque, USA. Captured by HotSat-1.

National security

The first commercially available high-resolution infrared images.

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A render of the HotSat-1 satellite in orbit above Earth

Our constellation

Designed to be the world’s first high-resolution infrared thermal imaging satellite, HotSat-1 launched on a SpaceX Falcon 9 in June 2023. We shared First Light images in October 2023.

We're building HotSat-2 and HotSat-3 in 2025, all while working to build our constellation of 9 satellites, delivering 10-20 revisits per day.

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Features

Monitor activity at night: Unlike high-resolution optical, SatVu’s data can see at night. It can also see through smoke. High resolution thermal imagery represents a vital night-time optical substitute.

A globally scalable solution: Unlike thermal data captured from aeroplanes or drones, SatVu can capture data from any point on the earth’s surface, including inaccessible or restricted areas, and it can do this in a uniform way.

Video capability: SatVu is the only company capable of providing thermal data in the form of both still image and video up to 60 seconds long - allowing you to track movement across the built and natural environment.

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Contact SatVu

Contact our team to find out more about our high resolution thermal imagery.

For media enquiries and interview requests please contact Halo on hello@ha-lo.co





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