Metaspectral is a remote sensing software company that specializes in real-time analysis of electro-optical data, particularly hyperspectral imagery, using AI-powered computer vision. Their Fusion platform is designed for data compression, transmission and analysis of hyperspectral data from space-borne assets. Metaspectral's technology is planned for deployment on the International Space Station and has been used in projects with organizations like the Canadian Space Agency. The company also provides space-qualified payloads with integrated data compression and streaming capabilities.
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Metaspectral formed a partnership with Planet Labs to integrate commercial hyperspectral Earth observation data with its AI Clarity platform.
Planet Labs is providing Tanager satellite constellation data to Metaspectral under the partnership.
Metaspectral and Planet Labs formed a partnership to integrate commercial hyperspectral Earth observation data with artificial intelligence analytics.
Metaspectral holds multiple U.S. patents for artificial intelligence and hyperspectral imaging.
The Planet and Metaspectral system can isolate material signals to prioritize physical inspection workflows in environmental monitoring and defence operations.
The Planet and Metaspectral system can identify crop and soil indicators before physical symptoms appear in agricultural supply chains.
Metaspectral was selected by NASA for operations on the International Space Station.
The partnership pairs the Planet Tanager satellite constellation’s hyperspectral data with the Metaspectral AI Clarity platform.
Metaspectral’s Clarity artificial intelligence agent generates auditable, evidence-based reports without requiring specialized remote sensing personnel.
Metaspectral’s Clarity artificial intelligence agent is designed to mitigate the data-volume and interpretation bottleneck in commercial hyperspectral operations.
Metaspectral announced the launch of Clarity AI on September 26th.
Metaspectral collaborated with Armada to integrate imagery with Armada's 'Galleon' edge-computing datacenters.
Metaspectral is launching an AI-powered interface called 'Clarity AI' to help users discover relevant materials in imagery.
Metaspectral employs machine learning techniques and custom FPGA hardware to reduce image sizes by 60% to 90%.
Metaspectral, MLVX is developing an AI platform to monitor invasive leafy spurge using high-resolution satellite imagery.
Metaspectral will provide the hardware and software for the OPTICA payload while HySpeed Computing will create the necessary data processing pipeline and analysis tools.
Metaspectral’s platform is designed to produce actionable insights from hyperspectral data within 15 minutes or less.
Metaspectral received funding from the Canadian Space Agency’s smartEarth initiative to build a method to systematically quantify ground-elevation carbon dioxide levels using hyperspectral data.
Metaspectral and HySpeed Computing selected Nanoracks as the implementation partner to provide infrastructure and operations support using the Nanoracks External Platform (NREP) for payload hosting onboard the ISS.