Fundamentals
Get clear insights into essential AI and data concepts with our Fundamentals blog series, from the basics of data types to LLMs, cognitive science, and modern AI systems. Perfect for building a strong foundation in modern AI technologies, whether you are a beginner or looking to solidify your understanding.
Latest
Latest

Long Term Memory AI: Why Your Agent Keeps Forgetting
Long term memory AI is more than chat history or larger context windows. Learn what agents should keep, retrieve, update, and forget.

How Cognee Builds AI Memory
Cognee is a memory engine for AI agents that builds a knowledge graph from data and makes it searchable. It's a simple, yet powerful way to build AI agents that can remember and use information over time.

AI Agent Memory: The Layer Behind Long-Term Recall
An AI agent without memory starts every task from zero. Here's how working, short-term, and long-term memory fit together, and how a real memory layer writes, manages, and reads it in production.

What Goes Into an AI Agent Knowledge Base, and What Doesn't
Dumping docs into a vector store isn't enough. An AI agent knowledge base needs three layers — reference, operational, feedback — plus an ingestion pipeline that keeps them current. What actually goes in, with code.

Vector Databases vs Graph Databases: When to Use Each
Vector databases find data by meaning; graph databases find it by relationship. Compare how each works, their strengths, and when to use each or a hybrid.

What is AI Memory?
Understanding short-term, long-term, and external memory for LLMs.

Vectors + Graphs in Practice: Field Notes from the cognee Backend
Pair a vector database for semantic recall with a graph database for explainable paths and provenance in GraphRAG pipelines. See trade-offs and tips - read now.

AI Memory in 5 Scenes — From Generic GPT to GraphRAG Greatness
Explore how AI memory evolves from base LLM to Graph-aware RAG using Cognee’s open-source memory engine. Learn the transformation—read now on cognee!

Connecting the Dots: How cognee Links Concepts & Documents
Learn how graph-based AI memory links concepts for smarter retrieval in Cognee. Watch our demo and start building AI that truly remembers and connects ideas.

Long Term Memory AI: Why Your Agent Keeps Forgetting
Long term memory AI is more than chat history or larger context windows. Learn what agents should keep, retrieve, update, and forget.

How Cognee Builds AI Memory
Cognee is a memory engine for AI agents that builds a knowledge graph from data and makes it searchable. It's a simple, yet powerful way to build AI agents that can remember and use information over time.

AI Agent Memory: The Layer Behind Long-Term Recall
An AI agent without memory starts every task from zero. Here's how working, short-term, and long-term memory fit together, and how a real memory layer writes, manages, and reads it in production.

What Goes Into an AI Agent Knowledge Base, and What Doesn't
Dumping docs into a vector store isn't enough. An AI agent knowledge base needs three layers — reference, operational, feedback — plus an ingestion pipeline that keeps them current. What actually goes in, with code.

Vector Databases vs Graph Databases: When to Use Each
Vector databases find data by meaning; graph databases find it by relationship. Compare how each works, their strengths, and when to use each or a hybrid.

What is AI Memory?
Understanding short-term, long-term, and external memory for LLMs.

Vectors + Graphs in Practice: Field Notes from the cognee Backend
Pair a vector database for semantic recall with a graph database for explainable paths and provenance in GraphRAG pipelines. See trade-offs and tips - read now.

AI Memory in 5 Scenes — From Generic GPT to GraphRAG Greatness
Explore how AI memory evolves from base LLM to Graph-aware RAG using Cognee’s open-source memory engine. Learn the transformation—read now on cognee!

Connecting the Dots: How cognee Links Concepts & Documents
Learn how graph-based AI memory links concepts for smarter retrieval in Cognee. Watch our demo and start building AI that truly remembers and connects ideas.

Keenable × cognee: Giving Web Retrieval Persistent Memory

Cut Cognee's Vector Memory by 8x with Qdrant's TurboQuant



