Essential terminology for AI agents, knowledge graphs, RAG systems, and enterprise memory platforms. From vector databases to temporal memory, entity linking to business outcomes—comprehensive definitions for developers and technical leaders.
Foundational concepts for AI agents and knowledge systems
Persistent, structured memory that allows AI agents to recall prior interactions, decisions, and context over time.
A system that provides ingestion, storage, retrieval, and reasoning layers so agents can maintain durable, time-aware context across workflows.
A conceptual and architectural model for implementing memory into autonomous agents, including state, timeline, and relationship structures.
The shared, continuously updated context that reflects what a team or system is doing, what changed, and what needs to happen next.
An autonomous agent that retains memory of previous steps, outcomes, and reasoning, enabling cumulative learning and improvement.
Understanding different memory architectures and their use cases
Meaning-based memory that stores relationships and concepts, enabling reasoning and synthesis.
Memory that tracks how state changes over time, enabling agents to understand sequences, causality, ownership, and status changes.
Short-lived context that lasts during a conversation or run, but disappears afterward — unlike persistent agent memory.
Temporary reasoning state inside a prompt — descriptive but not durable; resets every interaction.
Core technologies powering AI systems and knowledge platforms
A structured representation of entities and relationships used to power reasoning, personalization, and contextual awareness.
The limited amount of information an LLM can consider at once; why pure prompt-based memory resets and does not persist state.
A system that stores embeddings for similarity search — useful for retrieval, but insufficient for time-aware structured memory.
A service that assembles the most relevant structured memory for a task or agent state, dynamically and with recency awareness.
The lookup layer that allows agents to retrieve relevant prior context without reprocessing entire histories.
Essential processes for building and maintaining knowledge systems
The process of recognizing when multiple references point to the same person, project, document, or concept in memory.
A chronological record of work, interactions, decisions, and changes that agents use to contextualize and anticipate next steps.
Identifying and storing key claims, decisions, tasks, and structured data from text, audio, and collaborative workflows.
Fetching context based on meaning and relationships, not just keyword matches or vector similarity alone.
Understanding key differences between AI approaches and architectures
Real-world applications and business value of AI knowledge systems
The ability for work, ownership, and decisions to persist across contexts, documents, and time.
A synthesized summary of what happened, what changed, and what needs to happen next.
A recurring review process informed by structured memory rather than manual reporting or recall.
An interconnected network of organizational memory that updates continuously as work happens.
Monitoring how work evolves over time, including dependencies, ownership, and status changes.