find-skills

name	find-skills
displayName	🔍 Find Skills — Search Every Skill Registry at Once
description	Discover, vet, and install agent skills by searching ACROSS every major registry at once — skills.sh, clawhub.ai, and GitHub — presenting each board on its own native metric (installs / stars) with the top entry per board, security-scanning the top candidates' real SKILL.md for risky patterns, and flagging what's already installed. Use when the user asks "how do I do X", "find a skill for X", "is there a skill that…", "what skill should I install for…", or wants to extend the agent with a capability that might already exist as a published skill. Unlike single-registry search, this surfaces the best of every platform side by side, so you recommend the genuinely relevant, popular, well-maintained, and SAFE one — not whatever ranked first on one site.
emoji	🔍
homepage	https://agentspace.so
license	MIT

Find Skills

Find the right agent skill for a task by searching every major registry at once and presenting each board on its own native metric — instead of trusting a single site's leaderboard.

When to use this skill

• The user asks "how do I do X" and X is a common task that likely has a published skill
• "find a skill for X" / "is there a skill for X" / "what should I install for X"
• The user wants to extend agent capabilities (testing, design, deployment, a specific model/API, a domain workflow)
• You're about to build something from scratch that a battle-tested skill might already cover

Why multi-source matters

Each registry shows only its own slice, with different signals:

Registry	Search	Signals it exposes	Blind spot
skills.sh	GET /api/search?q=	lifetime installs, source repo	no stars, no summary, install count lags ~2.5h
clawhub.ai	/api/search + /api/skill?slug=	summary, installs, stars, versions	smaller corpus than skills.sh
GitHub	gh search repos --topic {claude-skills,agent-skills,claude-code-skills}	repo stars, description, maintenance	repo-level, not skill-level; only topic-tagged repos

A skill can rank #1 on one site with 50 installs while a 1,300-install equivalent sits unranked on another. Searching only one registry gives a biased answer. This skill queries all three in parallel, ranks each board by its own native metric, flags skills that appear on both registries (matched on the normalized name, both directions — so face-swap ↔ faceswap line up), and shows the top of every board so you see the whole ecosystem — not one site's leaderboard.

How to run it

Run the bundled aggregator with the user's need as the query:

bash scripts/find.sh "<what the user needs>"

Examples:

bash scripts/find.sh "react performance"
bash scripts/find.sh "pdf form filling" --limit 8
bash scripts/find.sh "video generation" --scan 5
bash scripts/find.sh "deploy to vercel" --no-scan --json

Flags:

• --limit N — results per source (default 10; non-numeric falls back to 10)
• --scan K — security-scan the top K installable candidates on each registry (default 2, max 5)
• --no-scan — skip the security scan (faster; the scan adds a few seconds because it fetches each candidate's real SKILL.md)
• --json — emit machine-readable JSON instead of the formatted report
• -h / --help — print usage and exit

The script needs curl and jq. It uses gh for the GitHub section and for fetching skills.sh skill bodies, and unzip for clawhub skill bodies during the scan — all optional and degraded gracefully if absent. No API keys are required.

Run adjacent-term queries — one search is not enough

The registries index by a skill's name, not its meaning. A single query will miss great skills filed under a sibling term. For any non-trivial need, run 2–3 searches across the adjacent vocabulary before you conclude, then pool the results.

This is not optional polish — it routinely changes the answer. Example: searching "ui ux design" tops out around 19k installs, but "frontend design" surfaces anthropics/skills/frontend-design at 443k installs — the single best skill for the same need, completely invisible to the first query.

Pick adjacent terms by domain, e.g.:

• UI/UX → frontend design, design system, web design, tailwind shadcn, dashboard ui
• testing → e2e, playwright, unit tests, test automation
• deploy → deployment, ci cd, docker, vercel/kubernetes
• docs → documentation, readme, api docs, changelog

Treat the union of these runs as your candidate pool, then apply the rubric below to the whole pool — not to one query's results.

How to read the output

Design principle: no invented "quality score." There is no composite number you have to trust. Each board is ranked by that board's own native popularity metric, and the only computed value shown is match % — the share of the user's query words that appear in a skill's name/summary. That's a transparent relevance hint, not a verdict.

The report, top-down:

• Banner + telemetry — the query, a source health line (skills.sh ✓ 5·1.2s clawhub ✓ 0·2.7s github ✓ 8·1.1s) showing which boards responded / hit count / latency, and how many skills are installed locally. A ✗ failed / – skipped source means partial results — say so.
• ▶ TOP OF EACH BOARD — the #1 entry on each board by that board's native metric (skills.sh installs / clawhub installs·stars / GitHub match%·stars). This is keyword + popularity, NOT a vetted pick — it's a starting point, and it can be wrong (a 100%-keyword-match repo may be off-topic once you read it). Always confirm by reading before you forward it. If a board has no match it says so.
• ✓ ALREADY ON YOUR MACHINE — appears only when a result is already installed. A positive nudge: tell the user they already own a good skill and needn't install anything. (Heuristic: matches the result name against folder names under ~/.agents/skills / ~/.claude/skills; a skill installed under a renamed folder can be missed.)
• 📦 skills.sh — ranked by installs. 1-click installable. Each row shows its source repo (so same-named skills from different repos are distinguishable). (also on clawhub) marks a normalized-name match on the other registry. Top K carry a risk badge.
• 🪝 clawhub — ranked by installs · stars. 1-click installable. (also on skills.sh) marks the reverse cross-post. Top K carry a risk badge.
• 🐙 github — repos across the claude-skills / agent-skills / claude-code-skills topics (merged, de-duped), ranked by match% then stars, so a high-star but off-topic repo (e.g. a 14k-star tool that merely mentions "UI") sinks below a 100%-match repo. Only topic-tagged repos appear — untagged skill repos are invisible here. Not 1-click installs — review before use.
• 📚 curated lists — human-vetted awesome-lists for a final sanity check.

How to choose the right skill (decision rubric)

The script gathers evidence; you make the call. Don't dump the table and ask the user to decide — that's not helpful. Form a clear, defensible recommendation. The professional move is to be opinionated and show your reasoning grounded in real signals.

Step 1 — Read before you judge. Never recommend from metadata alone. Open the actual SKILL.md / README of the top 2–3 candidates (the script already fetches bodies for the scanned ones; for GitHub repos fetch the README). Ask: does it actually do the user's specific task, or just share keywords? A 10k-install skill that's off-topic loses to a 200-install one that nails it.

Step 2 — Weigh the signals, in this order:

1. Fit — does the skill's documented behaviour match the real need? (read the trigger/scope, not just match %). This dominates everything else.
2. Popularity as social proof — among genuinely-fitting skills, higher installs/stars means more people validated it. Use the board-native numbers.
3. Depth & maintenance — does the body cover the user's specific sub-need? Is there a recent version, real examples, a clear scope? Thin or abandoned skills lose.
4. Safety — a ⛔ RISKY scan result disqualifies unless the user accepts the risk knowingly; ⚠ caution needs a heads-up.
5. Cross-posting — present on both registries is a mild positive (independently published/maintained).

Step 3 — Break ties by preferring the one you actually read and can vouch for, with the narrowest clear scope and fewest surprising dependencies.

Step 4 — Deliver a verdict, not a menu:

• One primary recommendation with a one-sentence why citing concrete signals ("12k installs, and its SKILL.md covers form-filling specifically, which is your case").
• 1–2 alternatives framed by need ("pick this instead if you want X").
• If the best option is a GitHub repo rather than a 1-click registry skill, say so and still recommend it — note it needs manual review/install.
• Only say "nothing fits" when you've read the top candidates and they genuinely don't. Then offer to do the task directly or scaffold a new skill.

State native facts, never an invented score. A professional answer reads like: "ui-components (529 installs) is my pick — I read it; it covers shadcn + Radix + design tokens + forms, exactly your case, and its tools are read-only. The 363★ ai-design-components repo looks tempting but it's a 76-skill full-stack grab-bag, not UI-focused — skip it unless you want everything." "Here are the numbers, you choose" is not.

The security scan

For the top K results the script fetches the actual SKILL.md (skills.sh → GitHub raw via the source repo; clawhub → its download zip) and greps for risk signals:

Flag	Level	Meaning
curl-pipe-install	⛔ risky	pipes a remote script straight into sh/bash — the #1 audit-failing pattern
eval-remote / base64-pipe-exec	⛔ risky	executes fetched or obfuscated code at runtime
broad-tool-grant	⚠ caution	allowed-tools grants Bash(*) or unrestricted tool access
reads-secrets	⚠ caution	references ~/.ssh, ~/.aws, .env, private keys
solicits-credentials	⚠ caution	asks the user to paste an API key / token / password

✓ clean = none found; ? unscanned = body couldn't be retrieved (rank beyond K, private repo, or no body endpoint). A badge is a heuristic prompt to read the skill yourself before recommending, not a guarantee either way. Never recommend a ⛔ RISKY skill without explicitly warning the user what it does.

Recommending and installing

When you surface options to the user, for each candidate give: the name, what it does (one line), install count + stars, the registries it lives on, and the install command. Then offer to install.

Install through the Skills CLI (works for skills.sh-indexed repos):

npx -y skills add <owner>/<repo> --skill <slug> -g

-g installs at user level. For a clawhub-only skill, point the user at its clawhub.ai/skill/<slug> page and the clawhub CLI instead.

When nothing good turns up

If no result clears a reasonable bar, say so plainly, offer to do the task directly with general capabilities, and mention the user can scaffold their own skill (npx skills init <name>). Don't oversell a weak match.

Security & privacy

• The script only issues read-only HTTP GETs to public APIs (skills.sh, clawhub.ai, raw.githubusercontent.com) and read-only gh queries. It sends nothing but the query string and writes only temp files (a result JSON and, during the scan, candidate SKILL.md bodies it discards on exit).
• It requires no API keys or tokens.
• The built-in security scan is itself a defense: it inspects candidates before you trust them. But it is a heuristic — a clean badge is not a security audit.
• Installed skills run with full agent permissions. Treat any discovered skill as untrusted third-party code: review its SKILL.md and any bundled scripts before running it, and be wary of low-install skills from unknown authors that request broad tool access or fetch remote code at runtime.
• This skill never auto-installs anything; installation is always an explicit, user-confirmed step.

See also

• skills.sh — the largest GitHub-indexed registry
• clawhub.ai — the OpenClaw registry with richer per-skill stats
• Curated lists: ComposioHQ/awesome-claude-skills, microsoft/skills, bergside/awesome-design-skills