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Search Optimization
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Search Optimization
Search optimization is the discipline of making search both relevant and usable for your users. In Curiosity Workspace, the highest leverage improvements typically come from:
- better schema and facets
- better field selection and boosts
- hybrid retrieval tuned to your domain
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Start with user intent
Build search around:
- primary entity types users search for
- refinement behavior (what facets do they use?)
- common “zero result” queries
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Index only what matters
- Index titles, summaries, identifiers, and high-signal descriptive fields.
- Remove noisy fields (boilerplate, templates, legal footers).
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Use facets aggressively (but deliberately)
Facets are how users get from “a lot of results” to “the right results”.
- Property facets: status, priority, category, source
- Related facets: customer, product, manufacturer, owner (via graph edges)
Related facets are especially powerful because they encode relationship-aware constraints.
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Hybrid search as a default
Keyword-only search struggles with paraphrases and long text. Hybrid search is often the best baseline:
- keyword retrieval for precision and identifiers
- semantic retrieval for meaning and recall
See Hybrid Search.
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Instrument and iterate
Track:
- top queries by volume
- click-through (which results get opened?)
- facet usage
- “no results” rates
Use these signals to tune boosts, facets, and indexing choices.
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Next steps
- Tune ranking systematically: Ranking Tuning
- Ensure schema supports filtering: Graph Design Patterns
See also
Most production NLP setups require domain tuning. “Custom NLP rules” refers to the mechanisms you use to make extraction and linking align with your...
This page collects practical graph modeling patterns that tend to work well for Curiosity Workspace applications.
Scaling Curiosity Workspace is about maintaining good user experience as your data size, query volume, and workload complexity increase.
Schema design is the most important step in building a successful Curiosity Workspace application. It determines: