Earth observation is entering a new phase of growth driven by the rapid expansion of civil and commercial applications based on space-derived data. Sectors such as agriculture, water management, environmental monitoring, urban planning and emergency response are increasingly demanding services capable of transforming satellite imagery into actionable information for decision-making.
Market trends reflect this evolution. International forecasts estimate that the global Earth observation market will exceed $7 billion by the end of the decade, driven primarily by applications related to climate, sustainability and land management.
The sector is evolving towards what is increasingly known as Earth Intelligence—a concept that goes beyond the simple acquisition of satellite imagery. Earth Intelligence focuses on transforming and exploiting vast volumes of satellite data through artificial intelligence, predictive analytics and advanced processing tools to anticipate crises, improve decision-making and increase operational efficiency.
This transformation was one of the key topics discussed during CommEO, the international forum recently organised by the European Space Agency (ESA) in Seville.During the event, institutional representatives and industry leaders agreed that the true value of Earth observation lies not in the collection of data itself, but in its intelligent exploitation.
“Estas capacidades permiten comprender la mejor manera de vivir sobre este planeta”, destacó Simonetta Cheli, directora de Programas de Observación de la Tierra de la ESA, valorando la relevancia de la información que procede de los satélites en la gestión medioambiental, como respuesta ante desastres naturales o en la resiliencia de infraestructuras críticas.
“These capabilities help us understand the best way to live on this planet,” said Simonetta Cheli, ESA’s Director of Earth Observation Programmes, highlighting the growing importance of satellite-derived information for environmental management, disaster response and the resilience of critical infrastructure. The scale of the technological challenge continues to grow. The European Copernicus programme alone generates approximately 350 terabytes of data every day from satellites and sensors, creating a need for increasingly advanced automation and data-analysis capabilities.
Spain already possesses significant strengths in this field. The PAZ satellite, operational since 2018, provides high-resolution radar imagery for both defence and civilian applications. Its Synthetic Aperture Radar (SAR) technology can deliver accurate information regardless of weather conditions or time of day, supporting applications such as maritime surveillance, infrastructure monitoring, emergency management and environmental observation.
The emergence of Earth Intelligence confirms a profound transformation within the space economy, where value increasingly depends on the ability to convert data into actionable knowledge for businesses, public administrations and citizens.
