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April 13, 20260 citationsOpen Access

Knowledge Fingerprint (KFP) — Algebraic Epistemological Identity, Reconstructable Hashes, and Self-Healing Knowledge Bases

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MMMichael Munz

Key Points

  • The aim is to characterize the epistemological identity of knowledge units and AI agents through a novel deterministic system.
  • Developed a 7-dimensional taxonomy for knowledge characterization.
  • Utilized dual-fingerprinting for detecting metadata inconsistencies with an identified misclassification rate.
  • Implemented Reconstructable Knowledge Hashes for knowledge management and profiling.
  • Applied epistemological RAG filtering to reduce unsafe content.
  • Conducted testing using a benchmark inspired by PubMedQA.
  • Achieved 82% accuracy in detecting metadata inconsistencies through dual-fingerprinting.
  • Reduced unsafe content by 86% using epistemological RAG filtering.
  • Demonstrated 66% rule-based and 82% LLM accuracy on the benchmark for agent behavior.

Abstract

A deterministic system for characterizing the epistemological identity of knowledge units and AI agents. Features a 7-dimensional taxonomy, a formally proven Meet-Semilattice composition algebra, dual-fingerprinting for metadata inconsistency detection (82% misclassification found), Reconstructable Knowledge Hashes (RKH), Knowledge DNA (~19 KB for 191 articles), epistemological RAG filtering (86% unsafe chunk reduction), agent behavioral profiling with drift detection, and a PubMedQA-inspired benchmark (66% rule-based, 82% LLM accuracy). Standard-library Python, 914 tests, PolyForm Noncommercial 1.0.

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Cite This Study

Michael Munz (2026) studied this question.

synapsesocial.com/papers/69dc89473afacbeac03eb180https://doi.org/10.5281/zenodo.19519681
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