vibe-coder for Openclaw

A professional-grade workflow that transforms natural language descriptions into fully realized software through a rigorous six-phase development lifecycle.

calecorbett
v1.0.0
Mar 8, 2026
0
1.1k
0

Install & Download

1. ClawHub CLI

The fastest way to install a skill directly from the registry.

npx clawhub@latest install vibe-coder

2. Manual Installation

Copy the skill folder to one of these locations

Global
~/.openclaw/skills/
Workspace
<project>/skills/

Priority: Workspace > Local > Bundled

3. Prompt Installation

Copy this prompt to OpenClaw to install it automatically.

Help me install vibe-coder using Clawhub. If Clawhub is not installed, install it first (npm i -g clawhub).

Prefer to download?

Get the raw skill files in a ZIP archive.

What is vibe-coder?

Vibe-Coder is a specialized workflow designed for AI agents within the Openclaw Skills ecosystem. It enables users to build applications, CLI tools, and scripts from scratch by simply describing their vision in plain English. Unlike standard coding assistants that may produce fragmented results, this skill enforces a strict, incremental build process that prioritizes understanding and planning before a single line of code is written.

By following this protocol, the agent acts as a senior developer that handles project scaffolding, core logic, UI polish, and error recovery. The methodology is built to prevent silent failures and ensure that the final output perfectly aligns with the user's intent, making it a cornerstone for those leveraging Openclaw Skills for rapid software development.

vibe-coder Use Cases

  • Building greenfield web applications, CLI tools, or automation scripts from a conceptual brief.
  • Rapid prototyping of internal tools where the user provides functional requirements instead of technical specifications.
  • Managing complex software projects that require structured planning and incremental feedback loops.
  • Recovering from development blockers using a structured error-handling protocol that offers multiple solutions.

How vibe-coder Works

  1. The agent restates the user's brief and confirms technical constraints and platform requirements before starting.
  2. A detailed 5-point build plan is generated, covering structure, functionality, UI, testing, and final review.
  3. The agent builds the project phase-by-phase, explaining every major section and requiring confirmation before moving forward.
  4. If bugs occur, the system identifies the problem and proposes exactly two distinct fixes with trade-offs for the user to choose from.
  5. The agent manages scope creep by explicitly flagging mid-build changes and asking for priority confirmation.
  6. The final product is delivered with a comprehensive build summary, execution commands, and documentation.

vibe-coder Setup

To integrate this workflow into your environment, ensure your agent is configured to recognize the vibe-coder manifest from the Openclaw Skills registry. You can initialize the environment using the following commands:

# Install the skill via the Openclaw CLI
openclaw install vibe-coder

# Activate the workflow for a new project
openclaw run vibe-coder --new "my-project-description"

vibe-coder Data Schema & Taxonomy

Vibe-Coder organizes the development lifecycle and output data using the following taxonomy:

Component Description
Phase Roadmap A structured 5-phase plan documented in markdown for user approval.
Project Scaffold The generated file layout, including dependency manifests (e.g., package.json, requirements.txt).
Annotated Codebase Clean, commented source code for each functional layer of the application.
Build Summary A final report containing key decisions, rationale, and usage instructions.
Error Logs Documentation of blockers and the specific fixes chosen during development.

vibe-coder Advanced Features

  • Two-Option Recovery: Prevents the agent from getting stuck by forcing it to propose two specific architectural or logic fixes for any bug.
  • Incremental Confirmation Gates: Ensures the agent never skips ahead or builds irrelevant features without explicit user sign-off.
  • Technical Stack Prototyping: Automatically proposes the most efficient language and runtime for a project if the user has no preference.
  • Scope Expansion Management: Actively monitors if new requests deviate from the original plan and requires a decision on whether to pivot or stick to the initial brief.

SKILL.md


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