10 OpenClaw Skills for Developers: Safe Install Guide

Introduction

OpenClaw has quickly become one of the most popular open-source AI assistants for developers. Running locally on your machine, it acts as a personal agent that can manage files, automate workflows, write code, and interact with external services — all from your terminal.

But OpenClaw’s real power comes from its skills system. Skills are modular extensions that teach your agent new capabilities, from searching the web to managing Git repositories to generating AI media. ClawHub, the public registry for OpenClaw skills and plugins, now hosts a large and fast-changing community catalog, so it can be overwhelming to decide where to start.

We have reviewed common developer workflows and narrowed the list to 10 useful installs that can turn OpenClaw from a basic assistant into a versatile development workspace. Just as important: every skill below should be installed with a quick security review, not blindly copied from a blog post.

Before You Install Any OpenClaw Skill

OpenClaw’s official docs now recommend the native install path:

openclaw skills search "github"
openclaw skills install <skill-slug>
openclaw skills list
openclaw skills check

The separate clawhub CLI still matters, but it is mainly useful for registry workflows such as login, publishing, syncing, inspecting skill files, and owner-requested rescans. Before installing a community skill, inspect its registry page or source first:

clawhub inspect openclaw/github --files
clawhub inspect openclaw/github --file SKILL.md

Security should be part of the install flow. Coverage from TechRadar, The Verge, and Tom’s Hardware has made one point clear: skills can run instructions that affect local files, credentials, network requests, and agent behavior. Check:

• Whether the publisher is official or has a trustworthy GitHub/source history
• What the SKILL.md asks the agent to do, especially around shell commands, secrets, wallets, browsers, package installs, and external URLs
• Whether supporting scripts access process.env, home directories, SSH keys, tokens, or unrelated project files
• Whether the requested permissions match the skill’s actual job
• Whether ClawHub’s scan summary, reports, and recent version history show anything suspicious
• Whether you can test the skill first in a disposable workspace or sandboxed environment before giving it sensitive credentials

1. GitHub

Category: Development | Install: openclaw skills install openclaw/github

The GitHub skill is the single most important extension for any developer using OpenClaw. It gives your agent full access to your GitHub repositories, enabling it to:

• Clone repositories, create branches, and switch between them
• Stage changes, write commit messages, and push code
• Open pull requests with auto-generated descriptions
• Review and comment on existing PRs
• Search issues and create new ones

Instead of context-switching between your terminal and browser, your OpenClaw agent handles the entire Git workflow conversationally. Ask it to “open a PR for the auth refactor with a summary of changes” and it handles the rest.

Why it matters: Git operations account for a significant portion of developer workflow overhead. Automating them through natural language removes friction from every coding session.

2. Tavily Search

Category: Research | Install: openclaw skills install framix-team/openclaw-tavily

Every AI agent needs access to the internet, but generic web search results are often noisy and poorly structured for machine consumption. Tavily solves this by providing a search API built specifically for AI agents.

The Tavily skill gives your OpenClaw agent access to:

• tavily_search — fast, AI-optimized web search with clean results
• tavily_extract — pull structured content from specific URLs
• tavily_crawl — crawl websites and extract relevant data
• tavily_map — map out site structure for deeper research
• tavily_research — multi-step research with source synthesis

When you ask your agent to research a library, debug an unfamiliar error, or find the latest documentation for a framework, Tavily returns structured, relevant results instead of raw HTML and ad-laden pages.

Why it matters: Agents with reliable web search make fewer hallucinations and provide answers grounded in current, verifiable information.

3. Google Workspace (GOG)

Category: Productivity | Install: openclaw skills install openclaw/gog

GOG is useful because it provides a unified interface to your entire Google Workspace through a single skill:

• Gmail — read, search, compose, and reply to emails
• Google Calendar — check schedule, create events, set reminders
• Google Drive — search, upload, download, and organize files
• Google Docs — read and create documents
• Google Sheets — read, write, and analyze spreadsheet data
• Google Contacts — look up and manage contacts

For developers who live in the Google ecosystem, GOG turns OpenClaw into a personal assistant that bridges your coding workflow with your communication and organization tools. Ask it to “check my calendar for conflicts this week and draft a reschedule email” — done in one command.

Why it matters: Developers spend more time than they realize on email, scheduling, and document management. GOG brings all of that into the same terminal where you code.

4. PixVerse Skills

Category: AI Media Generation | Install: npx skills add https://github.com/pixverseai/skills --skill pixverse-ai-image-and-video-generator

Most OpenClaw skills focus on text, code, and data. PixVerse Skills breaks that boundary by giving your agent the ability to generate images and videos directly from the command line — no browser, no GUI, no context switching.

Available on GitHub and ClawHub, this skill is a structured capability library built around the PixVerse CLI. The GitHub install path is:

npx skills add https://github.com/pixverseai/skills --skill pixverse-ai-image-and-video-generator

Once installed, your agent gains access to the full PixVerse CLI toolset:

• Text-to-video — generate video clips from natural language prompts, with control over duration, resolution, and aspect ratio
• Image-to-video — animate any static image into a dynamic video
• Text-to-image-to-video — generate a source image first, then animate it in a single pipeline
• Video post-processing — extend video length, upscale quality, add ambient sound effects, or apply AI lip sync
• Keyframe transitions — create smooth morphing animations between two images
• Batch generation — run multiple parallel generation jobs for content pipelines
• Asset management — list, download, and manage generated media from any session

As of May 2026, the PixVerse Skills GitHub repository and PixVerse CLI center the workflow on PixVerse’s current model lineup. PixVerse V6 is the default video model for CLI generation, supporting text-to-video, image-to-video, transitions, and extension workflows; the V6 Platform Docs list 1–15 second generation, 360p to 1080p output, native audio switches, and multi-clip options for supported flows. PixVerse C1 uses the CLI value pixverse-c1 and is available for cinematic and reference-driven production workflows; the C1 Platform Docs cover text-to-video, image-to-video, first/last frame transitions, reference-to-video, synchronized audio-visual output, and up to 15 seconds at 1080p.

The same CLI also provides access to additional video and image models for teams that want to compare outputs across providers. For production or API work, developers can move from local CLI experiments to the PixVerse app or PixVerse Platform Docs.

# Install the PixVerse CLI first
npm install -g pixverse
pixverse auth login
 
# Generate a V6 video from a prompt
pixverse create video --prompt "A futuristic city skyline at sunset" --model v6 --duration 5 --quality 1080p --json
 
# Animate a local image with V6
pixverse create video --image ./mockup.png --prompt "smooth cinematic zoom out" --model v6 --json
 
# Use C1 for cinematic or reference-driven shots
pixverse create video --prompt "a dramatic sci-fi chase with synchronized audio" --model pixverse-c1 --duration 8 --quality 1080p --json
 
# Generate an image then animate it
pixverse create image --prompt "neon-lit Tokyo street at night" --model seedream-5.0-lite --json
# then pass the output image ID to create video

The skill ships with composable workflow files — preconfigured pipelines for common tasks like full video production (create → extend → add audio → upscale) and batch creation — so your agent can follow proven step sequences rather than improvising flags from scratch.

Beyond OpenClaw, PixVerse Skills supports Claude Code, Cursor, and Codex through a shared skill directory, so your media generation capabilities transfer across your entire tool stack.

Why it matters: As AI-generated media becomes part of standard development workflows — from documentation visuals to product demos — having image and video generation built into your agent eliminates the need to switch to separate tools or browser-based platforms. PixVerse Skills lets developers test prompts locally, then carry successful workflows into PixVerse Web or the Platform API when a project needs repeatable production.

5. Browser Automation

Category: Automation | Install: openclaw skills install openclaw/browser

The Browser Automation skill gives your OpenClaw agent the ability to interact with web pages programmatically:

• Navigate to URLs and interact with page elements
• Fill out forms and submit data
• Extract structured content from web pages
• Take screenshots for documentation or debugging
• Automate repetitive web-based tasks

This is especially useful for tasks like scraping API documentation, filling out repetitive forms, testing web applications, or automating interactions with services that lack proper APIs.

Why it matters: Not everything has an API. Browser automation lets your agent interact with any web-based service, dramatically expanding what it can do autonomously.

6. AgentLens

Category: Development | Install: openclaw skills install agentlens/openclaw-skill

Dropping into a new codebase is one of the most time-consuming parts of software development. AgentLens provides a hierarchical view of codebases that helps your agent understand project structure without reading every single file.

Key capabilities:

• Generate a structural overview of any project directory
• Summarize file purposes and their dependencies
• Identify entry points, configuration files, and core modules
• Navigate large monorepos efficiently

When you ask your agent to “explain how authentication works in this project” or “find where API routes are defined,” AgentLens gives it the structural context to answer accurately instead of brute-force searching through files.

Why it matters: Context is everything for AI agents. AgentLens gives your agent a map of the codebase so it can navigate with purpose rather than guessing.

7. Exa Search

Category: Research | Install: openclaw skills install exa/openclaw-skill

While Tavily excels at general web search, Exa fills a different niche: developer-focused search. Exa indexes real documentation, GitHub repositories, coding forums, and technical blogs — not generic web content.

When your agent needs to:

• Find the right library or package for a specific task
• Look up actual API documentation (not Stack Overflow summaries)
• Research how other projects solved a similar problem
• Find GitHub repos that implement a specific pattern

Exa delivers results that are immediately useful for coding tasks, cutting through the noise that makes generic search unreliable for technical queries.

Why it matters: Developer search and general web search are fundamentally different problems. Having a dedicated technical search skill reduces hallucinations and saves time on research-heavy tasks.

8. Capability Evolver

Category: AI/ML | Install: openclaw skills install openclaw/capability-evolver

Capability Evolver is unlike anything else on this list. Rather than adding a specific external service, it serves as a self-evolution engine that continuously improves your agent over time. Check its current ClawHub page before installing, because public registry pages may show different popularity metrics such as current installs, all-time installs, downloads, stars, and security scan status.

How it works:

• Analyzes patterns in your agent’s interactions and outputs
• Identifies areas where performance can be improved
• Applies machine learning techniques to optimize responses
• Adapts the agent’s behavior to your specific workflow over time

Think of it as a meta-skill: it makes every other skill work better by learning from how you actually use your agent.

Why it matters: An agent that improves with usage compounds in value. Capability Evolver ensures your OpenClaw agent gets smarter the more you use it.

9. Docker Manager

Category: DevOps | Install: openclaw skills install openclaw/docker

For developers working with containerized applications, the Docker Manager skill brings container management into your agent workflow:

• Build, start, stop, and remove containers
• Manage Docker Compose stacks
• View container logs and resource usage
• Pull and manage images
• Debug networking and volume issues

Instead of memorizing Docker CLI flags or switching to Docker Desktop, ask your agent to “restart the database container and show me the last 50 lines of logs.”

Why it matters: Container management is a constant part of modern development. Having it integrated into your agent means one less tool to context-switch to.

10. Test Runner

Category: Development | Install: openclaw skills install openclaw/test-runner

The Test Runner skill provides a unified interface for running tests across major testing frameworks — Jest, PyTest, Mocha, Go test, and more. It gives your agent the ability to:

• Run full test suites or individual test files
• Parse test output and identify failures
• Suggest fixes based on error messages and stack traces
• Re-run failed tests after applying changes
• Track test coverage metrics

The real power is in the feedback loop: your agent writes code, runs tests, reads the failures, and iterates — all without manual intervention.

Why it matters: Test-driven workflows are significantly faster when the entire write-test-fix cycle happens within a single agent conversation.

Getting Started

Most community skills on this list install through OpenClaw’s native skills command, which resolves packages from ClawHub into your active OpenClaw workspace:

# Search first
openclaw skills search "github"
 
# Inspect before installing if you want to review files
clawhub inspect openclaw/github --files
clawhub inspect openclaw/github --file SKILL.md
 
# Install selected skills
openclaw skills install openclaw/github
openclaw skills install framix-team/openclaw-tavily
openclaw skills install openclaw/gog
 
# Verify what is visible to your active workspace/agent
openclaw skills list
openclaw skills check

PixVerse Skills can be installed from GitHub via npx skills add; you can also review its ClawHub listing before installing:

# Install PixVerse Skills from GitHub
npx skills add https://github.com/pixverseai/skills --skill pixverse-ai-image-and-video-generator
 
# Then install and authenticate the PixVerse CLI
npm install -g pixverse
pixverse auth login

After installation, verify the local skill list and start a fresh OpenClaw session if the newly installed skill is not visible to the active agent. For any skill that touches accounts, browsers, secrets, files, or shell commands, test it in a low-risk workspace before connecting real credentials.

Final Thoughts

The OpenClaw ecosystem has grown rapidly, and the skills listed here represent a practical developer toolkit worth considering. From GitHub automation and web search to AI video generation and container management, these 10 skills cover much of the modern development workflow.

The key insight is that an AI agent is only as useful as the tools it can access. A bare OpenClaw installation is a capable conversational assistant, but with these skills installed, it becomes a genuine productivity multiplier — handling code, research, media, infrastructure, and communication from a single terminal interface.

Start with the skills that match your immediate workflow, inspect them before installation, and expand from there. The ClawHub registry has many more options for specialized needs, but the best setup is the one you can verify, understand, and trust.