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Deep Semantic Extraction

When Coral AI reads a PDF, it uses `pdf_analyzer` tools to break the document into semantic chunks for lightning-fast vector search.

Core Architecture

How It Works Under The Hood

The Deep Semantic Extraction module is built on a highly optimized C++ and Python bridge. By bypassing standard Windows UI restrictions, Coral AI directly interfaces with system memory, native Win32 APIs, and DOM structures to achieve near-zero latency execution.

Vectorized Indexing

Embeds the entire PDF into a local index so queries return exact page context.

Clause Retrieval

Ask 'What does clause 4.2 say?' and it jumps to the exact paragraph.

High-Volume Summarization

Capable of condensing 500-page manuals into bulleted executive summaries.

Citation Mapping

Responses include exactly which page and paragraph the answer was pulled from.

Diagnostics

Execution Trace

~ > coral execute --module deep-semantic-extraction --verbose
0.00ms [INFO] Initializing C++ memory hooks... OK
2.14ms [INFO] Bypassing UI thread restrictions... OK
5.89ms [INFO] Allocating vector buffer for LLM context...
8.22ms [WARN] Elevating privileges to Admin ring...
14.01ms >>> Execution payload delivered successfully.

Technical Specs

  • Latency< 15ms
  • RuntimeC++ / Py 3.11
  • PrivilegeRing 3 / Admin
  • Offline ModeRequires Internet

Agentic Integration

This module does not operate in isolation. It is dynamically invoked by the Coral PlannerAgent via JSON-RPC, allowing it to be chained endlessly with vision and memory modules.