Automated Ontology Construction: Potential for Failure or Success

Neuro-Symbolic AI with Ontology

Despite the dramatic advances in LLM and deep learning, modern AI still faces an ‘epistemological crisis’ of hallucination and explainability. This is because the current approach, which relies solely on statistical patterns (correlations) in data, struggles to handle complex business decisions and clear causal reasoning.

This article proposes ‘Ontology’ and ‘Knowledge Graphs’ as solutions, providing an in-depth analysis of how ontology construction—once a labor-intensive failure case—is now being ‘automated’ through integration with the latest LLM technology and Neuro-Symbolic architecture.

It details the evolution toward ‘System 2 Thinking’ AI—capable of logical verification beyond probabilistic guesswork—and ‘Semantic Integration’ that transcends the physical integration limitations of data lakes. It presents concrete technical solutions and future strategies for those seeking to ensure AI reliability and transparency while building truly data-driven intelligent agents.

Decoding Palantir: How “Problem Definition” Bridges Project Management and Ontology

A story about the Ontology approach from a PM work perspective, which addresses ‘acceptance criteria management’ and Legacy system integration issues, as well as converting manufacturing floor workers’ tacit knowledge into explicit knowledge and connecting it.

What may sound like a simple consulting statement actually contains deeply embedded, meticulous project management (PM) strategies to prevent large-scale SI project failures, as well as a technical philosophy (Ontology) that has evolved through overcoming complex government and defense data environments.

Today, I would like to reinterpret Palantir’s “problem definition” approach from two perspectives: establishing the PM’s ‘Definition of Done’ and data modeling to overcome legacy environments.