Synspective, founded in 2018, is a Japanese space startup and solutions provider that develops and operates its own constellation of small SAR (Synthetic Aperture Radar) satellites. The company provides SAR data and cloud-based analytics solutions to government agencies and companies globally, focusing on disaster response, national security, and environmental monitoring. Synspective aims to build a constellation of 30 satellites by the late 2020s to enable near real-time observation of changes on Earth, with partners including Mitsubishi Electric and Addvalue. Associated keywords include: SAR data, earth observation, remote sensing, disaster management, and environmental monitoring.
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Synspective will continue to collaborate with Orbital EOS to help define the oil spillage area, its extent, and outflow prediction by providing SAR imagery data.
Synspective signed a partnership agreement with Orbital EOS in October 2021 for collaboration in the Asia region.
Synspective develops small synthetic aperture radar (SAR) satellites using technology that applies results from the Cabinet Office’s ImPACT program.
Synspective aims to build a full constellation of 30 SAR satellites by the late 2020s.
StriX β is a Japanese synthetic aperture radar satellite built by Synspective as a demonstrator for Synspective’s planned 30-satellite constellation.
Synspective plans to launch the first six satellites of the constellation by 2023.
Synspective’s LDM provides analysis results from SAR satellites in an easy-to-understand visual format that does not require specialized software or knowledge.
Synspective and Exolaunch have a launch agreement to launch Synspective’s third demonstration SAR satellite StriX-1 on a Soyuz-2 launch vehicle in mid-2022.
Synspective is developing an automated process to analyze observed SAR data, assess damage at an early stage, and provide solutions.
StriX-beta and StriX-1 are planned to launch into Synspective’s custom orbit using Exolaunch’s services to support constellation performance on orbit.
StriX-1 is the third satellite of a 30-satellite SAR constellation that Synspective plans to deploy by the late 2020s.
Synspective’s planned LEO constellation will be capable of observing the location of a disaster within 24 hours using the first six satellites built and deployed by 2023.
Synspective is developing an automated process to analyze observed SAR data, assess the situation of damaged areas at an early stage, and provide a solution.
Synspective plans a low Earth orbit SAR constellation capable of observing the location of a disaster occurring anywhere in the world within 2 hours.
Synspective expects its first six satellites, built and deployed by 2023, to enable disaster location observation within 24 hours.
StriX-1 is the third satellite of a 30-satellite SAR constellation that Synspective plans to deploy by the late 2020s.
Synspective and Exolaunch previously signed a launch agreement for Synspective’s second demonstration SAR satellite StriX-beta, which is under final preparations for launch later 2021.
Synspective and Exolaunch have a launch agreement for Synspective’s third demonstration SAR satellite StriX-1 to launch on a Soyuz-2 launch vehicle in mid-2022.
Acquiring flood information from Synspective’s small SAR satellite constellation will enable local government officials involved in disaster response to implement more effective and preventive flood control activities.
Synspective develops and operates its own small SAR satellites and provides satellite data solutions.