Composable enterprise tagging system
Fluree combined knowledge graphs with AI to apply corporate knowledge consistently to unstructured content, improving relevance and completeness for search and discovery.
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Why We Exist
A financial services leader used Fluree to automate tagging, improve discovery, and grow a data portal into a more trusted intelligence destination.
The client’s analyst team produced a vast volume of documents and emails with critical investment intelligence, but its workflow did not fully use the knowledge graph to improve tagging, search, and discovery for portal users.
Create a source of truth with enterprise ontology, topical taxonomies, and named entity datasets.
Automatically process published documents for tagging, inference, disambiguation, and relevance scoring.
Detect and score new topics in real time, then feed validated findings back into the knowledge model.
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By integrating Fluree into its content supply chain, the client eliminated error-prone tagging, expanded its knowledge base tenfold, and regained the trust of portal users consuming the data.
Source: financial services data portal case study
Fluree combined knowledge graphs with AI to apply corporate knowledge consistently to unstructured content, improving relevance and completeness for search and discovery.
The system uncovers hidden patterns and relationships in documents, enriching the portal without manual curation.
Replaced error-prone manual workflows with knowledge-controlled, AI-assisted tagging.
Improved exploration and search with richer semantic relevance after publication.
Expanded the knowledge base tenfold through automated detection and validation of new topics.
Restored confidence by improving the quality and consistency of tagged intelligence.
Reference knowledge graph aligned ontology, taxonomies, and named entities in one source of truth.
AI-driven tagging automated inference, disambiguation, and relevance scoring in the publishing chain.
Continuous topic extraction surfaced new patterns from unstructured content and fed them back into the graph.
The architecture improved search relevance without relying on manual curation.