Aurora, Pixxel’s in-house Earth Observation Studio, transforms satellite imagery into actionable insights, delivering a seamless satellite data analysis experience. Designed to make remote sensing accessible to everyone, Aurora empowers users to access, interpret, and leverage Earth Observation data like never before.
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Aurora offers a fast and effortless way to explore and analyse satellite imagery, generate insights, and automate processes—all in one place. The platform features a vast archive of open-source remote sensing datasets, including the anticipated integration of Pixxel’s hyperspectral imagery, and a marketplace of ready-to-use models and indices in a no-code environment.
With easy customisation of workflows, an intuitive interface and straightforward implementation of analytical models, Aurora eliminates the steep learning curve associated with traditional software and makes remote sensing data analysis more user-friendly and adaptable.
Specialised machine learning algorithms tailored for high-impact use cases
Multi-dimensional visualisation of satellite data across spatial and temporal dimensions
End to end analytics, processing and visualisation capabilities built into a single insights hub
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Aurora unlocks unprecedented opportunities in satellite data analysis for businesses, researchers, and governments.Here's what makes Aurora unique:
INTEROPERABILITY
Plug-and-play from different data sources, including Pixxel’s high fidelity hyperspectral datasets
ONE-CLICK INSIGHTS
Customised, automated workflows tailored to specific industry needs
MARKETPLACE
Dynamic repository of data sources, models and tooling
AI CO-PILOT
Natural-language-based interface for auto-generated results
Aurora is designed to meet the diverse needs across industries and use cases, providing accurate and relevant data for compliance and business requirements. This next-generation Earth Observation Studio empowers users to integrate satellite data into their core business processes, driving decision-making with unmatched precision and efficiency.
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