ÆRTH
PLANETARY INTELLIGENCE
Infrastructure for Cross-System Coordination
Today, climate risk is modeled at global scale, through high-level Earth system models and planetary boundaries - but these high level models rarely translate into how conditions affect specific ecosystems on the ground.
At the same time, ecosystem models and digital twins operate locally, without a shared framework - making them difficult to compare, align, or use for coordinated decisions or globally traded asset classes.
ÆRTH is closing this gap: by connecting ecological ground data, models, and digital twins into a federated intelligence layer - we enable the continuous simulation of how changing global conditions affect shared resources: from coasts, reefs, to soil.
Ecosystems cross borders, and so does risk.
Without a unified framework to assess and align on shared threats, coordination breaks down where it matters most.
ÆRTH moves institutions from observing change to simulating, and coordinating it.
“ÆRTHs unique approach fills a significant gap in our understanding of Earth's complex systems.
As someone deeply invested in space and AI, I see ÆRTH as a critical step towards more informed and impactful environmental solutions.”
Newton H. Campbell Jr., Ph.D.
The Planetary Society, Former Director of Space Programs at the Australian Remote Operations for Space and Earth (AROSE)
“ÆRTH standardising and linking global in-situ observations represents a revolution in the field of earth sciences - bringing immense value to scientific institutions and governmental agencies worldwide.”
Dr. JT Reager
NASA/ Jet Propulsion Laboratory
“ÆRTH is the missing piece we needed to develop a comprehensive and holistic understanding of our global and local environmental systems.”
Jurgen Valckenaere
Marine Scientist at the University of Western Australia within the Wernberg Lab and the UWA Oceans Institute
ÆRTH DATA PARTNERS
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