See llms.txt for all machine-readable content.
The system, named LENOHA (Low Energy, No Hallucination, Leave No One Behind Architecture), uses a high-precision classifier to differentiate between high-stakes queries and casual conversation. Queries matching a known FAQ are answered with a pre-approved, verbatim response, structurally eliminating hallucination risk. All other queries are routed to a standard generative LLM for conversational flexibility.
This template provides a practical ++blueprint++ for building safer, more reliable, and cost-efficient AI agents, particularly in regulated or high-stakes domains where factual accuracy is critical.
This template uses an in-memory Simple Vector Store for demonstration purposes. For a production application, this should be replaced with a persistent vector database (e.g., Pinecone, Chroma, Weaviate, Supabase) to store your embeddings permanently.
š¦ Organizations in regulated industries (finance, healthcare) requiring high accuracy.
š° Applications where reducing LLM operational costs is a priority.
āļø Technical support agents that must provide precise, unchanging information.
š Systems where auditability and deterministic responses for known issues are required.
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Structurally eliminates hallucination risk for known topics.
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Reduces reliance on expensive generative models for common queries.
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Ensures deterministic, accurate, and consistent answers for your FAQ.
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Provides high-speed classification via vector search.
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Implements a research-backed architecture for building safer AI systems.