satellite providers
  • Remote sensing

Top High-Resolution Satellite Imagery Providers

Commercial Data In Use

Satellite images are only as good as their resolution. The smaller the pixel size, the sharper the image. High-resolution satellite imagery tracks the changing human footprint across the globe, including rapidly growing cities, urban sprawl, and informal settlements. It also serves the basis for a global effort to map the world’s communities, such as OpenStreetMap, a platform where the imagery is used to digitize maps.

Satellite imagery helps to keep pace with technology growth, deliver diverse solutions and provide the most up-to-date high-quality data to various businesses globally. Today, the top 3 recognized high-resolution satellite imagery providers in the world are:

SIIS logo

SI Imaging Services (SIIS) is the exclusive company provider of high-resolution satellite imagery (both optical and radar) across more than 110 countries around the globe. It was established in April 2014 as a subsidiary of Satrec Initiative (SI) and started operations as a satellite image and service provider. Later on, the company expanded its activities range to KOMPSAT operations and currently, contributes data to remote sensing applications and Earth observation industries for multiple purposes.

SIIS Sensors

Now SIIS is the exclusive distributor of the satellite imagery obtained by KOMPSAT-2, KOMPSAT-3, KOMPSAT-3A and KOMPSAT-5 satellites.


KOMPSAT 2 is an Earth observation satellite launched to obtain high-resolution imagery of the Korean peninsula. It operates in sun-synchronous low Earth orbit with a 5,5 – days revisit time. The satellite is equipped with a Multi-Spectral Camera (MSC) working in a strip mode operation to capture defined observation areas one at a time with a swath width of 15 km Nadir. The sensor delivers panchromatic as well as four-band multispectral imagery with a resolution of 1,0 m/pxl.

The System’s Key Features:

  • it’s fitted with an optoelectronic linear pushbroom instrument with a single nadir-pointing telescope
  • provides FOR (Field of Regard) of ±30º in pitch and up to ±56º in the roll direction
  • supports observations in low-light conditions


KOMPSAT 3 and KOMPSAT 3A were launched to continue KOMPSAT 1 and KOMPSAT 2 missions accordingly. Both satellites are fitted with a pushbroom imager, AEISS (Advanced Earth Imaging Sensor System) with a spatial resolution of 0,5 m/pxl for KOMPSAT 3 and 0,4 m/pxl – for KOMPSAT 3A which was enhanced with IIS (Infrared Imaging System) to operate within the Mid-Wavelength Infrared region of 3 – 5 µm with high thermal resolution. The products obtained from the satellite constellation are delivered as a specific data set: pan + four multispectral or four pansharpened bands.

The System’s Key Features:

  • body pointing capability of ±45º into any direction
  • ability to obtain sub-meter images with various imaging modes
  • event monitoring capability along with single-pass stereoscopic observations

Applied Fields

Being the exclusive distributor of all the KOMPSAT imagery worldwide, SIIS supplies unique products which can assist in:

  • natural disasters countermeasure activities planning
  • volcanic and seismic activity prediction (due to temperature-sensitive sensors usage)
  • water currents monitoring
  • natural resources control as well as forestry management improvement
  • maps designing
  • data acquisition for GIS (Geographic Information Systems)
Space Will logo

SpaceWill is one of the main providers of Earth Observation satellite imagery as well as geospatial technologies and information services authorized by the Chinese government for more than 10 years. The core business activity is to obtain and sell optical along with SAR satellite data, but it also deals with data processing, software and diverse solutions development; helps to boost construction of direct-receiving and virtual stations around the globe.

SpaceWill Sensors

SpaceWill is an operator of SuperView-1 or GaoJing-1 constellation which comprises four Chinese commercial remote sensing satellites. The whole constellation is planned to be completed by 2022. It will include 16 optical satellites, 4 higher resolution satellites, 4 SAR (synthetic aperture radar) satellites and a fleet of satellites with video and hyperspectral cameras.

The SuperView Program

The SuperView program, also called “16+4+4+X”, was launched in 2016 with SuperView-1 01 and Superview-1 02 and followed by SuperView-1 03 and SuperView-1 04 in 2018, operating in the same orbit phased 90° from each other, at an altitude of 500 km. These were the first “very high-resolution” Earth observation spacecraft, produced in China, collecting data with the spatial resolution of 0,5 m/pxl.

The System’s Key Features:

  • works in 4 modes: stereo imaging, long strip, multiple strips collect, multiple point targets collect
  • collects up to 700,000 km2 of imagery daily
  • stands out for agility, efficiency, and responsiveness

Applied Fields

The imagery collected serves multiple purposes:

  • defense and intelligence
  • land and forestry management
  • high accuracy mapping
  • security and maritime programs


Airbus Defense and Space is the second largest space company and one of the biggest manufacturers of satellites for Earth observation, navigation and telecommunication purposes. This division was formed in 2014 when the European Aeronautic Defense and Space (EADS) was restructured. Airbus Defense and Space GmbH comprises the former Airbus Military, Astrium and Cassidian divisions and now is in the top ten companies working for the defense.

Airbus Sensors

Currently, Airbus DS obtains and offers for both commercial and private use high-resolution satellite imagery from the following satellites: Pléiades 1A and 1B, SPOT 5, 6, 7 among others.

Pléiades 1A, 1B

Pléiades (1A and 1B) operate in the same sun-synchronous orbit at 694 km with global coverage in 26 days and daily revisit to any place on Earth. Both satellites are equipped with high-resolution optical sensors providing multispectral and panchromatic products with a resolution of 0,5 m/pxl and footprint at 20 kilometers.

The System’s Key Features:

  • along-track stereo and tri-stereo images within an 800-km-wide ground strip
  • 24/7 access to imagery portal
  • last-minute programming options


With an improved 2,5 m/pxl resolution along with a wide imaging swath (covered areas of 60×60 km or 60×120 km when operating in twin-instrument mode), SPOT 5 offers a perfect balance between high-resolution and wide-area coverage. Also, the satellite was enhanced with an on-board High – Resolution Stereoscopic viewing instrument to obtain large-area along-track stereoscopic panchromatic imagery with high altimetric accuracy (5-10 m relative and 10-15 m absolute).

The System’s Key Features:

  • augmented acquisition capability of the onboard HRS stereo viewing instrument
  • 26 – day repeat cycle
  • viewing capability of ± 27º about nadir

SPOT 6, 7

SPOT 6 and SPOT 7 satellites were launched to continue the SPOT 5 mission. They operate in the same orbit with other Pléiades satellites and form a 4-satellite constellation. Fitted with two identical Korsch telescopes with a 200mm aperture each, satellites obtain high-quality orthoimages along with broad-swath satellite imagery with a resolution of 1,5 m/pxl which is complementary to Pléiades Very High-Resolution data.

The System’s Key Features:

  • supports the responsive tasking
  • collects images of large and small objects within 3 million km2 per satellite per day
  • gets stereoscopic imagery along the track


Airbus has entered into an agreement with Twenty-First Century Aerospace Technology Co. Ltd (21AT), the Chinese commercial satellite operator, for the distribution of the images acquired by their TripleSat constellation. A new high-resolution sensor offers monitoring of any place on Earth revealing details as small as 80 centimetres.

The TripleSat/DMC3 Constellation was successfully launched on July 10, 2015, from Dhawan Space Centre, Sriharikota, India, and delivers 0.8m panchromatic and 3.2m multispectral high-resolution satellite imagery.

The System’s Key Features:

  • three identical optical earth observation satellites target anywhere on earth once per day
  • satellite imagery is available at 0.8m high-resolution imagery products with a 23.4km swath
  • both space and ground segments deliver guaranteed timely information

Applied Fields

All the collected imagery from above-mentioned satellites is available in Airbus satellite imagery catalog. Big variety of data and moderate pricing policy makes Airbus imagery irreplaceable for the following purposes:

  • Land use, forest, and urban infrastructure management
  • Agricultural observations, crop monitoring
  • Oil and gas exploration
  • Disaster relief and emergency response operations
  • Maritime and littoral surveillance
  • Defense, imagery-derived intelligence and tactical planning
  • Civil engineering and 3D-modeling, mapping

EOSDA Crop Monitoring

Fields analytics based on high-resolution satellite images to track all the changes on-the-spot!


Change Guang Satellite Technology logo

Besides high-res providers the imagery of which you can search and select in EOSDA LandViewer yourself, we offer an option to order imagery for a certain use case via EOSDA LandViewer’s support team from our partners, you are not able to directly buy from.

Now, you are able to order a night shooting of the city from Chang Guang Satellite, that delivers not only hyperspectral satellite imagery (0.92 m/pxl), but also a unique product for GIS market – night-time optical imagery with a resolution of 0.92 m/pxl along with a night-time video from space. Despite the numerous open satellite data sources, like “Google Satellite”, “Bing Aerial”, “ESRI Imagery”, “Mapbox Satellite”, operating on the market, you may need a real high-quality data, therefore satellite imagery providers present their catalogs to the public. Today, EOSDA LandViewer is an official reseller of high-resolution imagery from some of the world’s top data providers.

Follow the link to check the images catalog in EOSDA LandViewer and feel free to contact our support team for any related queries.

About the author:

Peter Kogut Scientist at EOS Data Analytics

Petro Kogut has a PhD in Physics and Mathematics (1998). He successfully defended two dissertations: “Stability and Optimal Stabilization of Neutral Integro-Differential Equations” (1989) and “Stability and Optimal Stabilization of Neutral Integro-Differential Equations, Homogenization of Optimal Control Problems for Systems with Distributed Parameters” (1998).

He is the author of multiple scientific publications, including “Variational Model with Nonstandard Growth Conditions for Restoration of Satellite Optical Images via Their Co-Registration with Synthetic Aperture Radar”.

Dr. Kogut has received two grants: International Fund of Fundamental Investigations - “Vidrodzhennia” (1996) and Ukrainian Fund of Fundamental Investigations (1997).

In 1996, he became the Soros Associated Professor. A year later, he received The First Prize of National Academy of Science of Ukraine for his research in homogenization theory of optimal control problems.

Dr. Kogut has received an honorary decoration, “Excellence in Education of Ukraine” (2014) and the medal of A. M. Makarov, “For significant merits” (2019).

Since 2014, Petro has been the head of the department of differential equations in the Oles Honchar Dnipro National University.

Some of Dr. Kogut’s hobbies include fishing and woodworking.

Dr. Kogut provides scientific advice to EOS Data Analytics.

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