earth observation studio
IN-HOUSE EARTH OBSERVATION STUDIO
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, empowers users to access, interpret, and leverage Earth Observation data like never before.
UNLOCKING GEOSPATIAL INTELLIGENCE
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 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
SOLUTIONS-TAILORED FOR YOUR INDUSTRY
ENHANCED AGRICULTURAL EFFICIENCY WITH HYPERSPECTRAL IMAGERY
Analysis-ready Hyperspectral imagery captures information across a wide range of narrow wavelengths on the electromagnetic spectrum, providing information needed for efficient crop management, maximised yields, and sustainable agricultural practices.
Organizations, agronomists, and researchers are empowered to make informed decisions at every stage of crop management, ushering in the future of precision agriculture.
OVERCOMING CRITICAL CHALLENGES IN THE
AGRICULTURAL SECTOR
The agriculture industry is struggling to keep pace with modern demands because of obsolete methods and limited access to information. This gap hampers efficiency, sustainability, and resilience, exposing the sector to significant risks. Advanced technologies and data-driven solutions are crucial for addressing these persistent challenges.
Insufficient resource allocation and soil degradation: Lack of crop performance data and intensive farming leads to depleted soil health and wasteful use of water, land, and energy, decreasing productivity and resilience.
Environmental degradation and extreme weather events: Limited technology and data access impede sustainable practices and climate-resilient strategies, negatively affecting ecosystems.
Disease and pest outbreaks: Insufficient data delays timely intervention efforts, risking crop yields and food security.
Unmonitored agricultural practices: Inadequate monitoring leads to deceptive practices, compromising transparency and accountability.
EARLY DIEASE ESTIMATION AND MITIGATION
Hyperspectral satellites offer daily revisit frequency anywhere on the planet, which is essential for detecting and forecasting crop and agricultural diseases and pests.
Hyperspectral technology provides timely information on pre-symptomatic disease detection, enabling early intervention to prevent significant threats and minimise crop losses. Access to Hyperspectral data allows agronomists to experiment with and monitor crop varieties against biotic and abiotic stressors, maximising yields every harvest period..
