In the current era, global changes in climate and environment are tracked and communicated through digital data. Rising temperatures, shifting rainfall patterns, or deforestation rates are translated into graphs, maps, and models that are transparent and easily recognized by the public. By contrast, the genetic data held within seeds, the information that encodes biodiversity’s ability to adapt and endure remains far less obvious. It is not woven into everyday awareness, even though it carries the memory and resilience of life across millennia.

What, then, are seeds telling us at a planetary scale? Their genetic codes register the struggle to survive the rapid environmental disruptions of recent decades. Biodiversity now stands at the edge of an unprecedented collapse: scientific assessments warn that more than 40% of the world’s plant species may face extinction in the coming decades. Yet this knowledge is too often conveyed only at the surface level, reduced to statistics or symbolic representation, rather than experienced as a living reality.

Our research seeks to respond to this gap through architectural strategies that bridge the two realms of intelligence: the genetic data embodied in seeds and the digital data encoded in bytes. By bringing them together, we aim to construct architectures that sustain life while making ecological intelligence visible, legible, and culturally resonant.