scrapyard
Click on "Deploy Server".
Wait a few minutes for the server to deploy. Once ready, it will show a "Started" state.
In the chat, type
@followed by the MCP server name and your instructions, e.g., "@scrapyard search for Python 3.12 release notes"
That's it! The server will respond to your query, and you can continue using it as needed.
Here is a step-by-step guide with screenshots.
Scrapyard
Your own web search and page extraction, running on your own machine.
Give it a query, get back real search results. Give it any URL, get back clean markdown your agent can actually read — articles, JavaScript-heavy pages, PDFs, all of it.
No API key. No account. No credits to run out mid-task. No monthly bill. It's yours.
Why this exists
Every AI agent needs to read the web. The usual answer is a paid scraping API — until the credits run out in the middle of a research task, or the bill arrives, or something breaks and there's nothing you can do but file a ticket and wait.
Scrapyard runs on your hardware. It doesn't ask permission, it doesn't meter you, and when something goes wrong you can actually look inside and fix it.
For the vast majority of what agents need — documentation, articles, GitHub repos, references, news, PDFs — it does the job, and it does it for free.
Related MCP server: web-basics-mcp
See it work
$ curl -H "X-WebTools-Token: $TOKEN" \
'http://127.0.0.1:8377/search?q=fastapi+background+tasks&limit=2'
{
"query": "fastapi background tasks",
"engine_used": "bing",
"adapter_used": "first-party-bing-html",
"cached": false,
"results": [
{
"url": "https://fastapi.tiangolo.com/",
"title": "FastAPI - FastAPI",
"description": "FastAPI is a modern, fast (high-performance), web framework for building APIs with Python based on standard Python type hints."
},
{
"url": "https://fastapi.tiangolo.com/tutorial/",
"title": "Tutorial - User Guide - FastAPI",
"description": "This tutorial shows you how to use FastAPI with most of its features, step by step."
}
]
}Any page, straight to markdown:
$ curl -H "X-WebTools-Token: $TOKEN" \
'http://127.0.0.1:8377/extract?url=https://www.iana.org/help/example-domains'
{
"url": "https://www.iana.org/help/example-domains",
"title": "Example Domains",
"content": "# Example Domains\n\nAs described in [RFC 2606](...) and [RFC 6761](...), a number of domains such as example.com ...",
"method": "trafilatura",
"error": null,
"pipeline_steps": ["httpx", "trafilatura"],
"upstream_status": 200,
"final_url": "https://www.iana.org/help/example-domains"
}That pipeline_steps field is there on purpose. Scrapyard tells you exactly how it got the content and what the upstream server actually said. If a page returned a 500, you'll know — it never gets dressed up as a success.
Get started
Python 3.12 or newer. Install the published package and its Chromium runtime:
python3.12 -m pip install scrapyard
python3.12 -m playwright install chromium
scrapyardThe first run creates a mode-0600 token at
~/.config/scrapyard/token and stores the search cache beneath
~/.local/share/scrapyard/. Chromium is a required post-install step for
JavaScript-rendered extraction; pip cannot install the browser binary.
Scrapyard runs on 127.0.0.1:8377 by default.
For a source checkout instead:
git clone https://github.com/artboarding-hash/scrapyard.git && cd scrapyard
scripts/install.sh
scripts/run.shThe source installer creates .venv, installs the exact dependency pins and
Chromium, and writes a checkout-local token.
What you get
/search — Real web search with automatic engine fallback. If one engine goes down, the next one picks up. Results are cached, and type=news gives you date-sorted news.
/extract — Any URL to clean markdown. Static pages, JavaScript-rendered pages, and PDFs all work. It also pulls out the author, publication date and site name when the page provides them.
/map — Discover the URLs on a site via robots.txt and sitemap.xml. Fast, polite, and it reads only what sites publish for exactly this purpose.
/research — Search and extract the top results in a single call, so your agent gets a usable answer in one round trip instead of five.
/status — Per-engine health, cache stats, and what's working right now.
It watches itself
Search engines change their HTML. Every scraper eventually breaks — the difference is whether you find out from your monitoring or from a failed task.
Scrapyard ships a daily canary that checks every engine and every extraction path independently. It stays quiet when everything's fine, and when something breaks it tells you which piece broke.
And it comes with the tools to fix it:
scripts/check_upstream.py # often it's already fixed upstream
scripts/diagnose.py # a ready-to-paste repair brief with the real failure data
scripts/repair.sh # takes a backup, hands you the brief
scripts/verify_repair.py # the gate: security suite + canary + a live checkHand the brief to Claude Code, Codex, Cursor, whatever you use. The verification step is what makes the fix trustworthy — nothing is accepted until the security tests pass, the canary is green, and the engine returns real results again.
All on your machine, with your agent, on your budget. Nothing is reported anywhere.
Built to be safe
Scrapyard fetches URLs you hand it, so it's careful about where those point:
HTTP and HTTPS only, ports 80 and 443
Private, loopback, link-local and IPv6 internal addresses are refused
Every redirect is re-checked, so a redirect can't sneak into your network
Download, PDF and output size caps
/mapfilters unsafe URLs out of its own resultsConstant-time token comparison on every route
Backed by a 24-case test suite that runs against the live service:
python tests/test_security.py # 17 passed
python tests/test_security_extra.py # 7 passedSECURITY.md has the full threat model. Keep it on loopback or a private network — it's built for you, not for the open internet.
Zero telemetry
Scrapyard makes no outbound request except the ones you ask for. No analytics, no phone-home, no usage tracking. The canary writes to a local file and nowhere else.
Good to know
Scrapyard requests come from your own IP, so sites behind heavy bot protection may block it where a commercial API with a proxy pool gets through. Google is intentionally not included — it serves a JavaScript challenge that no HTML client can pass. And /map finds URLs but doesn't crawl entire sites.
For everything else — which is almost everything — it just works.
Staying current
For a PyPI installation:
python3.12 -m pip install --upgrade scrapyard
python3.12 -m playwright install chromiumFor a git source checkout, use the guarded updater:
scripts/update.shIt refuses a dirty tree, backs up the repository and local SQLite databases,
pulls fast-forward-only, reinstalls the pinned dependencies, then runs the
17-case security suite and the canary. It prints an exact restore command and
never restarts a service; after a successful run, restart Scrapyard using the
command owned by your deployment. scripts/update.sh --dry-run makes the
backup and runs both verification gates without pulling or installing.
At startup Scrapyard checks the public GitHub releases/latest endpoint in a
background thread and caches a successful result on disk for at least 24 hours.
/status reports version, latest_version, update_available, and
update_check. This is a read-only GET: it sends no body, query parameters,
cookies, custom User-Agent, install ID, usage counts, or user data; the HTTP
client emits only the protocol-required Host header. It fetches only the
latest public release JSON and reads tag_name. It never applies an update.
Disable the check completely with one flag:
SCRAPYARD_UPDATE_CHECK=0 scrapyardSet SCRAPYARD_UPDATE_REPOSITORY=owner/repo if using a fork. The source default
is the publish-time placeholder artboarding-hash/scrapyard; maintainers should
replace it with the final public owner before release. Network or API failures
are reported as update_check: "failed" and never prevent service startup.
License
Apache-2.0 — use it, fork it, ship it. Copyright 2026 scrapyard.dev
Connect your agent with MCP
Scrapyard ships a stdio MCP server for Claude Code, Claude Desktop, Cursor, Hermes, and other MCP-capable clients. From this checkout:
scripts/install.sh
uv pip install --python .venv/bin/python "mcp==2.0.0"
scripts/run.sh
hermes mcp add scrapyard --command "$PWD/.venv/bin/python" --args "$PWD/scrapyard_mcp/server.py"
hermes mcp test scrapyardNo token needs to be pasted into the agent config: the server reads .token by
default. See docs/MCP.md for copy-pasteable Claude Code, Claude
Desktop, Cursor, remote-service, and troubleshooting configurations.
Available Tools
5 toolsscrapyard_extractExtract a web page or PDFARead-only
Fetch one public URL and return clean readable markdown plus extraction provenance.
Use for a known article, documentation page, JavaScript-rendered page, or PDF. Check error
before relying on content. Preserve and cite method, pipeline_steps, upstream_status,
and final_url: they distinguish static parsing, browser rendering, PDF extraction, redirects,
and truthful upstream failures. Private-network and unsafe URLs are intentionally rejected.
Inputs: url (required), char_limit. Returns: object
scrapyard_mapDiscover URLs from a site's sitemapsARead-only
Discover a site's published URLs from robots.txt and sitemap XML without crawling pages.
Use this to inventory documentation, blog, or product URLs before selecting pages to extract.
The response reports the discovery source, total count, filtered_count, and URL/lastmod
entries. It intentionally does not follow ordinary page links or perform a full crawl.
Inputs: url (required), limit. Returns: object
scrapyard_researchRun bounded web researchARead-only
Search and extract several domain-deduplicated sources in one bounded request.
Use when the task needs source text rather than only result snippets. The response keeps
engine_used; each source keeps method, content_source, and extraction metadata so you can
distinguish parsed content from snippet fallback and avoid overstating provenance. For exhaustive
work, search first and extract selected URLs individually instead.
Inputs: query (required), n, render, char_limit. Returns: object
scrapyard_searchSearch the web with ScrapyardARead-only
Search the live web or news index and return ranked URLs, titles, and snippets.
Prefer this before extraction when you do not already know the target URL. The response
preserves engine_used and adapter_used so you can report where results came from;
cached says whether Scrapyard reused a prior response. This tool does not extract page bodies.
Inputs: query (required), type, limit, engine. Returns: object
scrapyard_statusInspect Scrapyard service statusARead-only
Return Scrapyard version, search-engine breaker state, adapter registry, and cache counters.
Use this when search/research fails, results unexpectedly come from a fallback adapter, or you need to verify which engines are configured and healthy. This is operational status, not a web search and not merely a liveness probe.
Inputs: no named parameters. Returns: object
Tool Schema Changelog
Recent tool additions, removals, and schema changes observed during successful MCP inspections.
Loading tool schema changelog…
TDQS
Scored across 5 tools
Each tool has a clearly distinct purpose: search returns snippets, extract fetches full content, map discovers URLs via sitemaps, research combines search+extract, and status reports operational health. No overlap or ambiguity among them.
All tools follow a consistent 'scrapyard_<verb>' pattern using snake_case, making it easy to predict naming for future tools. The verbs are descriptive and match the tool's function.
Five tools is well-scoped for a web intelligence server, covering search, extraction, discovery, combined research, and status. Each tool earns its place without redundancy or bloat.
The toolset covers the full lifecycle of web research: discover URLs (map), search (search/research), extract content (extract/research), and verify system health (status). No obvious gaps like missing crawl functionality, and the descriptions explicitly note limitations where appropriate.
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