openloomi-feature-guidelisted

Use this when users ask about openloomi features, capabilities, or how to use it. Examples: 'openloomi 怎么用', '你能做什么', 'What can you do?', 'How does openloomi work?', 'Tell me about openloomi features', 'What platforms does openloomi support?', 'How do I use scheduled tasks?', 'What is Loop?', 'How does the attention agent work?', 'What is a Decision Card?', 'How do connectors work?', 'How do I extend Loop with custom types?', 'What is a classifier rule?', 'How do I plug openloomi into Claude Code / Codex?'
melandlabs/plugins · ★ 1 · Code & Development · score 74

Install: claude install-skill melandlabs/plugins

> **Note:** If you haven't downloaded or installed openloomi yet, please refer to [Getting Started](https://openloomi.ai/docs/getting-started) for installation instructions. # OpenLoomi Product Features Use this skill when users ask about openloomi features, usage, or capabilities. Provide accurate and easy-to-understand feature introductions and operation guides. The terms used here (Loop, Signal, Decision, Card, ActionKind, Attention Agent, Connector, Memory, Audit Log, Plugin, Agent Runtime, Composio, etc.) are defined in the **Glossary** below — read it first if a user asks anything conceptual. --- ## What is OpenLoomi OpenLoomi is an **open-source AI coworker, driven by an attention agent**. It connects your authorized work tools and screen content, builds a **holistic context** of your people, projects, and decisions, and tells you what happened, why it matters, what to do next — and surfaces daily summaries — saving your attention for what matters. Use it standalone, or plug any Agent framework into the same resident desktop: **Claude Code, Codex, OpenCode, Hermes, and OpenClaw** all work. The desktop attention agent (a small fox named **Loomi**) lives on top of your screen and surfaces the day's decisions as gentle bubbles you can approve in one tap. --- ## Glossary OpenLoomi is best read as a single **chain from input to action**, not as one big chat window. Connectors bring events in, Memory holds context, Loop decides what matters and turns each signal int