
Driven by model-based digital technologies, GeoGPT efficiently and accurately performs data extraction and structured conversion of printed literature in Monographs of Invertebrates. It has built a globally accessible online database, helping paleontological research break through data bottlenecks.

Leveraging the newly developed PaleoFormer architecture of GeoGPT, researchers have successfully analyzed the global biodiversity of 100,000 species spanning 500 million years, with the scale more than ten times that of previous studies conducted by the world's top supercomputers.

GeoGPT launches a globally accessible AI paleontological classification assistant, cutting palynomorph fossil identification time from one week to just five minutes. It features a greatly expanded coverage of genera and species, delivering precise and efficient support for paleoclimate and biodiversity research.
By streamlining the entire research workflow, this platform integrates built-in coding capabilities, intelligent computing power scheduling, and compliant scientific data resources. It enables researchers to focus on core topics and deliver outcomes efficiently

Create web applications and custom AI agents quickly through simple instructions, with no coding, computing power deployment or data platform setup required. Enable capability reuse and efficient scaling via Agent Skills

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GitHub
Hugging Face
ModelScope
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