| name | honcho |
| description | Expert on Honcho — AI-native memory and context platform for LLM applications. Use when building stateful agents, adding persistent memory, managing user representations, or integrating Honcho SDKs. Triggers on mentions of honcho, peer memory, user modeling, session context, dreaming, conclusions, honcho SDK. |
| allowed-tools | Read, Write, Edit, Glob, Grep, Bash, WebFetch |
Honcho — AI-Native Memory Platform
Honcho provides persistent memory, user modeling, and context management for LLM applications. It learns about users over time through conversations and builds rich representations.
Overview
- Workspaces: Top-level containers isolating data between applications
- Peers: Represent users/entities — Honcho builds profiles ("representations") from conversations
- Sessions: Conversation threads containing messages between peers
- Conclusions: Derived insights Honcho extracts from conversations
- Dreaming: Autonomous background process that consolidates and improves memory
- Context API: Retrieve formatted context (summaries + recent messages) for LLM injection
Quick Start
from honcho import Honcho
honcho = Honcho()
workspace = honcho.workspaces.get_or_create("my-app")
peer = honcho.workspaces.peers.get_or_create(workspace.id, "user-123")
session = honcho.workspaces.sessions.get_or_create(workspace.id, session_id="conv-1", peers=["user-123"])
honcho.workspaces.sessions.messages.create(workspace.id, session.id, messages=[
{"role": "user", "content": "Hello!"},
{"role": "assistant", "content": "Hi there!"}
])
context = honcho.workspaces.sessions.get_context(workspace.id, session.id)
Core Concepts
- Representations: Rich user profiles built from conversation patterns — not just facts but behavioral understanding
- Dreaming: Background process that reviews conversations, extracts conclusions, and refines representations
- Context: Combines session summary + recent messages + peer representation into a token-budgeted payload
Documentation
Getting Started
Core Concepts
Features
API Reference
Guides & Integrations
Reference
Upstream Sources