Charting the Future of Earth Observation 2024

Charting the Future of Earth Observation: Technology Innovation for Climate Intelligence16MIT Media Lab’s EMC immersive AR/VR platform FIGURE 6 Source: MIT Media Lab. (2024). Project: Earth Mission Control (EMC). https://www.media.mit.edu/projects/earth-mission-control/overview/. ESA unveils AI-driven EO assistant ESA’s planned development of an “Earth observation digital assistant” (a ChatGPT-style text-based enquiry with EO data) is a key demonstration of generative AI and EO. Designed to accept natural language questions and process them through advanced EO foundational models, ESA’s envisioned digital assistant will also generate responses through images, making complex EO data more accessible . BOX 2 Technology pipeline: Data cubes EO open data cubes represent a transformative approach to managing and analysing multidimensional EO data. They allow access to EO data through coordinates rather than traditional file names or directory structures, resulting in easier and more efficient access to the large archive of satellite EO datasets, particularly when using cloud-based computing infrastructures. The popularity of EO data cubes has increased in recent years as the structured format allows for more complex analysis and understanding of environmental processes, patterns and trends.A major barrier identified by users of EO data is the high effort required for data preparation. To increase the usability of EO data, initiatives such as the Committee of Earth Observation Satellites Analysis Ready Data (CEOS-ARD) are helping countries and international organizations overcome this barrier by offering EO data that has been processed to a minimum set of requirements. This data is formatted to enable immediate analysis with minimal additional user effort, as well as interoperability with other datasets. Digital Earth Africa (DE Africa) is an initiative that aims to use satellite EO data for developmental purposes across the African continent. It uses A leading example is the Massachusetts Institute of Technology (MIT) Media Lab’s Earth Mission Control (EMC). EMC’s purpose-built interactive environment enables the exploration and analysis of complex climate data, facilitating more informed decision- making on a broad array of topics. It also enriches analysis and climate decision-making, deepening the user’s understanding of various climate projects and policies. Through hyperlocal storytelling components and spotlighting the human impact of climate change, EMC provides users with the insight to make proactive climate decisions and the agency to advocate for climate action. In its current beta phase, EMC includes a location-based decision table, information dashboards and global data projections on a sphere. These modules provide users with powerful insights focusing on hyperlocal features using EO data. By layering EO data with AI and user-friendly interfaces, EMC democratizes access to critical environmental information, providing powerful tools for environmental and socioeconomic advocacy as well as strategic planning for climate resilience.