Our primary objective is to harness the power of data and AI to protect and restore coral reefs, essential components of our planet’s marine biodiversity.
Biodiversity: Coral reefs support 25% of marine life, making them one of the planet’s most biodiverse ecosystems.
Economic Value: They contribute immensely to global economies, and their loss could result in a $2.7 trillion annual hit.
Carbon Storage: Reefs sequester 68.14 to 88.14 megatons of carbon annually, possessing a carbon storage capability 10 times greater than inland forests.
Despite their critical importance:
Data Fusion: Seamlessly integrate various data types, from eDNA to remote sensing, facilitating a holistic view of marine ecosystems.
Predictive Analysis: By harnessing historical coral health data, we aim to develop machine learning models that predict coral bleaching events.
We’re happy to collaborate with anyone working on that problem and help training models or be a machine learning infrastructure for that.
Our primary objective is to harness the power of data and AI to protect and restore coral reefs, essential components of our planet’s marine biodiversity.
Biodiversity: Coral reefs support 25% of marine life, making them one of the planet’s most biodiverse ecosystems.
Economic Value: They contribute immensely to global economies, and their loss could result in a $2.7 trillion annual hit.
Carbon Storage: Reefs sequester 68.14 to 88.14 megatons of carbon annually, possessing a carbon storage capability 10 times greater than inland forests.
Despite their critical importance:
Data Fusion: Seamlessly integrate various data types, from eDNA to remote sensing, facilitating a holistic view of marine ecosystems.
Predictive Analysis: By harnessing historical coral health data, we aim to develop machine learning models that predict coral bleaching events.
We’re happy to collaborate with anyone working on that problem and help training models or be a machine learning infrastructure for that.