Relational AI memory

An AI memory graph for the relationships normal search misses.

Oryne turns work context into a graph of entities, sources, and time-aware commitments so your assistant can answer with the chain of evidence, not just a similar paragraph.

AI memory graphLLM memory graphagent memory graphtemporal knowledge graph AIknowledge graph RAG

Primary search intent

AI memory graph

Teams that need AI recall to understand relationships, deadlines, and changing context over time.

Connects people, promises, documents, projects, and decisions
Combines vector search, keyword retrieval, and graph traversal
Returns source-backed context for audit and review

What teams get

Searchable memory that turns context into action.

Trace why an answer was returned

Recover multi-hop context across apps

Separate stale facts from active commitments

Graph memory beats flat recall

Vector search is useful, but it often returns isolated snippets. Oryne links the entities inside those snippets so the assistant can reason across people, documents, and time.

  • People and organizations become connected entities
  • Documents and conversations stay attached to provenance
  • Commitments and decisions keep temporal context

Hybrid search for hard questions

Real work questions rarely match one document perfectly. Oryne combines semantic similarity, keyword matching, and graph paths for higher-confidence recall.

  • Semantic search finds meaning
  • Keyword search preserves exact terms
  • Graph traversal recovers relationships and history

Inspectability for serious teams

When AI is used for executive, legal, finance, or security workflows, answers need to be explainable. Oryne keeps memory tied to sources.

  • Source-backed answers
  • Graph paths that show relevant relationships
  • Memory governance for sensitive teams

Questions

Common evaluation questions.

What is an AI memory graph?

An AI memory graph stores relationships between entities such as people, documents, projects, and events so an assistant can recall connected context over time.

Is a memory graph the same as RAG?

No. RAG retrieves relevant content, while a memory graph also models relationships and change over time. Oryne uses both approaches together.

Why does temporal context matter?

Work facts change. Temporal context helps the assistant distinguish a past plan from the current decision or unresolved promise.