gstack for Openclaw

A multi-role framework that transforms your AI agent into a structured engineering team including specialized roles for product, engineering, and security.

smseow001
v2.5.10
Apr 14, 2026
0
764
0

Install & Download

1. ClawHub CLI

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

npx clawhub@latest install gstack-openclaw-sms

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 gstack-openclaw-sms 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 gstack?

gstack is a sophisticated documentation-only skill designed to elevate your AI agent from a generic assistant into a structured, multi-disciplinary engineering team. Inspired by the rapid development workflows of YC CEO Garry Tan and the engineering philosophies of Google, Stripe, and Airbnb, this skill provides a framework of specialized personas. By utilizing these Openclaw Skills, developers can apply world-class engineering standards to their projects through structured prompting rather than complex executable code.

The core value of gstack lies in its ability to enforce different cognitive frameworks at various stages of the development lifecycle. Instead of treating the AI as a single monolithic tool, gstack allows you to switch between roles like CEO, Engineering Manager, and Security Officer. This ensures that every aspect of a project—from the initial product-market fit to the final production deployment and performance benchmarking—is handled with the specialized attention it requires.

gstack Use Cases

  • Orchestrating the full software development lifecycle by switching between product, design, and engineering roles.
  • Conducting deep-dive security audits using industry-standard frameworks like OWASP and STRIDE.
  • Automating the release process with deployment checklists and canary analysis decisions.
  • Performing rigorous code reviews and performance benchmarking to maintain high-quality production standards.
  • Facilitating project retrospectives and demand clarification sessions to align team goals.

How gstack Works

  1. The developer installs the gstack suite using the standard CLI tools provided by the Openclaw ecosystem.
  2. A project-level context file named GSTACK.md is created to store and maintain the specific state and history of the project.
  3. The user invokes specific expert personas using commands like @gstack:ceo for planning or @gstack:eng for architecture.
  4. Each persona applies specialized knowledge bases—such as design system generation or root cause analysis—to the current project context.
  5. The workflow follows a logical progression from requirements gathering to deployment, ensuring that no critical engineering steps are skipped.

gstack Setup

To get started with these Openclaw Skills, you can install the package directly via clawhub:

clawhub install openclaw/gstack

For developers who prefer a manual setup, use the following commands to clone and initialize the skill:

git clone https://github.com/openclaw/gstack-openclaw ~/.openclaw/skills/gstack
cd ~/.openclaw/skills/gstack && ./install.sh

gstack Data Schema & Taxonomy

The gstack skill organizes its technical logic and metadata through a modular directory structure and specialized markdown templates:

Component Type Purpose
GSTACK.md Context File Stores the master project context and role-specific outputs.
_skills/ Directory Contains prompt-based logic for roles like security, qa, and ship.
docs/ Directory Houses the core engineering philosophy and workflow documentation.
template Markdown Provides a standardized structure for initializing new project context.

gstack Advanced Features

  • Multi-persona orchestration allowing for diverse technical perspectives on a single codebase.
  • Built-in system debugging experts trained in 3-step root cause analysis and failure mitigation.
  • Performance benchmarking sub-skills specifically targeting Core Web Vitals and regression detection.
  • Security-first auditing capabilities incorporating OWASP Top 10 and STRIDE threat modeling.
  • Zero-dependency architecture that functions entirely through high-level AI reasoning and documentation.

SKILL.md


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METADATA

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