Traditional knowledge graphs fail when applied uniformly to mixed documentation types. Force a well-organized spec through the same extraction pipeline as chaotic Slack threads and you either over-process structured content or under-extract from conversations.
AILang's Knowledge Amalgamator solves this by processing documents according to their inherent structure. Well-structured docs (Confluence, specs) get minimal internalization—just outlines and anchors. Why re-serialize what's already navigable? Loosely-structured sources (Slack, email) undergo heavy extraction of decisions, risks, and procedures buried in conversations.
The system uses a Person-based memory architecture that mirrors human cognition: separate episodic, semantic, and procedural memory types with natural boundaries between them.
The lightweight schema eliminates massive ML costs while enabling production-grade reliability.
GitHub: https://github.com/pcoz/ailang/tree/main/examples/knowledge_...
Traditional knowledge graphs fail when applied uniformly to mixed documentation types. Force a well-organized spec through the same extraction pipeline as chaotic Slack threads and you either over-process structured content or under-extract from conversations. AILang's Knowledge Amalgamator solves this by processing documents according to their inherent structure. Well-structured docs (Confluence, specs) get minimal internalization—just outlines and anchors. Why re-serialize what's already navigable? Loosely-structured sources (Slack, email) undergo heavy extraction of decisions, risks, and procedures buried in conversations. The system uses a Person-based memory architecture that mirrors human cognition: separate episodic, semantic, and procedural memory types with natural boundaries between them. The lightweight schema eliminates massive ML costs while enabling production-grade reliability. GitHub: https://github.com/pcoz/ailang/tree/main/examples/knowledge_...
> Knowledge graphs have become the de facto solution for making unstructured information accessible to AI systems
Is this true? I haven’t encountered them, as far as I know.