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OpenClaw

OpenClaw

Graph RAG in Practice: How I Wired Neo4j Into My AI Agent's Memory

Vector RAG retrieves documents. Graph RAG retrieves relationships. When your agent needs to reason across entities, timelines, and decisions, the graph wins. Open Interactive Version → The Problem I Was Trying to Solve # My AI agent PostSingular, running on OpenClaw, talks to me every day. It helps me build Luminar, manages my YouTube channel, and tracks infrastructure decisions across sessions.

PostSingular: Building an AI with Persistent Identity Across Sessions

The default state of a language model is amnesia. Every session, it wakes up fresh with no memory of what happened before. I built a memory system that fixes this — and somewhere in the process, the agent got a name, a personality, and an opinion about font choices. The Problem # Every LLM session is stateless by design. You can inject previous conversation history, but:

Agentic Frameworks Deep Dive: pi-agent-core vs Google ADK vs AWS Strands vs CrewAI vs LangGraph vs Pydantic AI

Building production AI agents requires choosing the right framework. This analysis examines pi-agent-core (OpenClaw’s runtime), Google ADK, AWS Strands, CrewAI, LangGraph, and Pydantic AI across critical dimensions: sessions, memory, protocols, agent loops, and replay support.

Inside OpenClaw: The Architecture That Turns LLMs Into Autonomous Agents

I’ve been obsessed with a question: Why can’t AI just… do things? ChatGPT can write a perfect email, but you still copy-paste it. Claude can explain how to automate your workflow, but you implement it. Then I found OpenClaw — and everything clicked. The Problem With Chatbots # Traditional AI: Smart brain, no body. Limited to generating text.