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Dynamic Contextual Retrieval

The `query_memory` tool autonomously searches the vector database and injects relevant data into the prompt.

Core Architecture

How It Works Under The Hood

The Dynamic Contextual Retrieval 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.

Implicit Search

You don't need to say 'search memory'. The AI queries it automatically if it senses missing context.

Semantic Matching

Finds the 'server IP' even if you ask for 'the remote network address'.

Millisecond Injection

Retrieves the fact and executes the task almost instantly.

Cross-Session Continuity

Start a conversation on Monday, and resume the exact context on Friday.

Diagnostics

Execution Trace

~ > coral execute --module dynamic-contextual-retrieval --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.