Accelerated Innovation

Our Solutions Product Accelerators Search Your GenAI Data
Higher-Impact GenAI Starts With Better Enterprise Search

Production-quality GenAI depends on finding the right information across enterprise data in real time. This Engineering Accelerator helps software developers master semantic search, Text-to-SQL, and enterprise search patterns faster.

Helping Teams Turn Enterprise Search Into Better GenAI Performance

As teams scale GenAI, they quickly discover that keyword search alone isn’t enough. Developers now need semantic and structured enterprise search to build production-quality solutions.

Key Enterprise Search Questions
  • Are we still treating enterprise search like keyword search in a GenAI world?

  • How often are weak search patterns limiting retrieval, grounding, or response quality today?

  • What search gaps most threaten GenAI performance, trust, or scale across enterprise data?
The Bottom-Line
Production-quality GenAI fails when developers can’t search enterprise data with speed, precision, and context.

The Fastest Path to Mastering Enterprise GenAI Search

Our GenAI Engineer Accelerator gives your team a faster, more structured path to move beyond keyword search, master enterprise search patterns, and build production-quality GenAI on top of real business data.

Your Enterprise GenAI Search Engineering Accelerator At-a-Glance

Enterprise Search Engineering
Baseline
Weeks 1–2
Sponsor Kick-Off

Align on target data sources, search challenges, developer gaps, and enterprise search goals.

Baseline Assessment

Assess keyword, semantic, and Text-to-SQL search quality across priority enterprise data.

Enterprise Search Engineering
Apply
Weeks 3-6
Configure Your Plan

Define a focused plan to strengthen semantic, structured, and real-time enterprise search.

Define Your Learning Journeys

Equip developers with practical search methods, relevance tuning patterns, and query strategies.

Close Key Skill Gaps

Build applied expertise in semantic search, Text-to-SQL, ranking, and query interpretation.

Enterprise Search Engineering
Accelerate
Weeks 7-12
Learn by Doing

Apply stronger search patterns to real enterprise data, queries, and production flows.

Validate Your Skills

Track capability growth and gains in relevance, discoverability, and search performance.

Learn From an Expert

Provide targeted coaching on search design, tuning, and implementation tradeoffs.

Outcomes you can expect

Visibility

Gain clearer visibility into where search limits retrieval, grounding, and production-quality GenAI.

Relevance

Improve relevance across enterprise data, content, and structured sources.

Precision

Strengthen semantic search, Text-to-SQL, and query interpretation across priority workflows.

Capability

Build stronger developer capability in enterprise-scale GenAI search design and tuning.

Confidence

Build confidence that your GenAI solutions can find the right information fast.

Keyword search finds documents. Production-quality GenAI depends on finding meaning, structure, and context in real time.

Frequently Asked Questions

1. Search Foundations
2. Semantic Search and Text-to-SQL
3. Search Architecture and Relevance
4. Evaluation and Tuning
5. Teams and Operating Model
  • Why isn’t traditional keyword search enough for GenAI?
    Keyword search misses meaning, intent, and structure that GenAI systems need for stronger retrieval and grounding.
  • What makes enterprise GenAI search harder than standard application search?
    It must handle semantic meaning, structured data, complex context, and real-time enterprise information needs.
  • How do we know whether search is limiting our GenAI solution today?
    Look for weak relevance, missed context, poor grounding, inconsistent results, and low user trust.
  • What is semantic search in a GenAI solution?
    Semantic search retrieves results based on meaning and context, not just exact keyword matches.
  • Why does Text-to-SQL matter for GenAI?
    It helps GenAI solutions query structured business data that keywords alone cannot surface well.
  • Why is this shift hard for traditional software developers?
    Many developers were trained on keyword search, not semantic retrieval or structured search across enterprise data.
  • How do we improve GenAI search relevance?
    Improve metadata, ranking, query interpretation, source quality, and semantic matching across priority data sources.
  • How should search fit into a broader GenAI architecture?
    Search should surface the best candidates for retrieval, grounding, and high-quality downstream generation.
  • How do structured and unstructured search work together?
    Strong GenAI systems combine them to search documents, knowledge, and business data more effectively.
  • How do we evaluate enterprise GenAI search quality?
    Measure relevance, discoverability, query success, result consistency, and downstream impact on retrieval quality.
  • What should we test when tuning semantic search or Text-to-SQL?
    Test realistic user queries, domain terms, edge cases, structured data access, and ranking behavior.
  • How often should enterprise search be tuned?
    Tune it whenever data changes, user behavior shifts, or performance signals show relevance problems.
  • Why is enterprise search now a software engineering capability?
    Because production-quality GenAI depends on developers building search into real applications, not treating it as a separate specialty.
  • Which teams should be involved in improving GenAI search?
    Engineering, architecture, product, data, search, and content teams should align on relevance priorities and constraints.
  • How does stronger search support broader GenAI scalability?
    It improves retrieval, grounding, trust, and the reliability of GenAI solutions across enterprise use cases.
Find the right data—every time