Precision context engineering starts with robust, enterprise-grade RAG. When retrieval is accurate, structured, and governed, every downstream AI system becomes more reliable, explainable, and compliant. That’s the promise of RAG using the Unstructured ETL+ platform: - Process 65+ file types into structured, searchable context - Enrich with metadata and structure-aware chunking - Enforce SOC 2, HIPAA, and GDPR compliance at the source - Scale horizontally across workloads — securely and predictably Ready to level up your use case's context engineering? Join us for tomorrow's webinar: Context Engineering with Precision over Mixed Content. You'll learn how Unstructured enables precision RAG — turning messy, mixed enterprise content into production-grade context engineering. Because context quality is only as strong as its retrieval layer.
How to Achieve Precision RAG with Unstructured ETL+
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How do you extract structured insights from 40-page PDFs filled with tables and ESG metrics? EY built a generative AI tool using Elastic’s Search AI Platform with RAG architecture with vector search, multi-format doc parsing (PDFs, tables, ESG data), and built-in observability and security solutions. The result? 👉Compliance reporting time was cut by 3x. 👉Extraction accuracy was boosted by up to 15%. If you're working with massive amounts of unstructured data and want to quickly find insights, check out this case study: https://gag.gl/H7whVB
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How do you extract structured insights from 40-page PDFs filled with tables and ESG metrics? EY built a generative AI tool using Elastic’s Search AI Platform with RAG architecture with vector search, multi-format doc parsing (PDFs, tables, ESG data), and built-in observability and security solutions. The result? 👉Compliance reporting time was cut by 3x. 👉Extraction accuracy was boosted by up to 15%. If you're working with massive amounts of unstructured data and want to quickly find insights, check out this case study: https://gag.gl/H7whVB
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How do you extract structured insights from 40-page PDFs filled with tables and ESG metrics? EY built a generative AI tool using Elastic’s Search AI Platform with RAG architecture with vector search, multi-format doc parsing (PDFs, tables, ESG data), and built-in observability and security solutions. The result? 👉Compliance reporting time was cut by 3x. 👉Extraction accuracy was boosted by up to 15%. If you're working with massive amounts of unstructured data and want to quickly find insights, check out this case study: https://gag.gl/H7whVB
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How do you extract structured insights from 40-page PDFs filled with tables and ESG metrics? EY built a generative AI tool using Elastic’s Search AI Platform with RAG architecture with vector search, multi-format doc parsing (PDFs, tables, ESG data), and built-in observability and security solutions. The result? 👉Compliance reporting time was cut by 3x. 👉Extraction accuracy was boosted by up to 15%. If you're working with massive amounts of unstructured data and want to quickly find insights, check out this case study: https://gag.gl/H7whVB
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How do you extract structured insights from 40-page PDFs filled with tables and ESG metrics? EY built a generative AI tool using Elastic’s Search AI Platform with RAG architecture with vector search, multi-format doc parsing (PDFs, tables, ESG data), and built-in observability and security solutions. The result? 👉Compliance reporting time was cut by 3x. 👉Extraction accuracy was boosted by up to 15%. If you're working with massive amounts of unstructured data and want to quickly find insights, check out this case study: https://gag.gl/H7whVB
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How do you extract structured insights from 40-page PDFs filled with tables and ESG metrics? EY built a generative AI tool using Elastic’s Search AI Platform with RAG architecture with vector search, multi-format doc parsing (PDFs, tables, ESG data), and built-in observability and security solutions. The result? 👉Compliance reporting time was cut by 3x. 👉Extraction accuracy was boosted by up to 15%. If you're working with massive amounts of unstructured data and want to quickly find insights, check out this case study: https://gag.gl/H7whVB
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How do you extract structured insights from 40-page PDFs filled with tables and ESG metrics? EY built a generative AI tool using Elastic’s Search AI Platform with RAG architecture with vector search, multi-format doc parsing (PDFs, tables, ESG data), and built-in observability and security solutions. The result? 👉Compliance reporting time was cut by 3x. 👉Extraction accuracy was boosted by up to 15%. If you're working with massive amounts of unstructured data and want to quickly find insights, check out this case study: https://gag.gl/H7whVB
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How do you extract structured insights from 40-page PDFs filled with tables and ESG metrics? EY built a generative AI tool using Elastic’s Search AI Platform with RAG architecture with vector search, multi-format doc parsing (PDFs, tables, ESG data), and built-in observability and security solutions. The result? 👉Compliance reporting time was cut by 3x. 👉Extraction accuracy was boosted by up to 15%. If you're working with massive amounts of unstructured data and want to quickly find insights, check out this case study: https://gag.gl/H7whVB
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Register for the webinar here! 🔗 https://unstructured.io/events/context-engineering-with-rag-precision-retrieval-across-diverse-data