mcp-page-finder-extractor
Click on "Install 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., "@mcp-page-finder-extractorFind pricing page on stripe.com"
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.
Page Finder and Extractor MCP Server
Give it a company domain and name a page type. It finds that page on the company's own website and returns the URL, the method that found it, and a confidence for that method.
46 page types. Discovery vocabulary in 11 European languages. Optionally reads the page and returns structured fields.
Wraps the Page Finder and Extractor actor by Mamba Labs.
Install
npx -y @mambalabsdev/mcp-page-finder-extractorRequires an Apify API token in APIFY_TOKEN. Create one at console.apify.com/account/integrations.
Claude Desktop
{
"mcpServers": {
"mamba-page-finder-extractor": {
"command": "npx",
"args": ["-y", "@mambalabsdev/mcp-page-finder-extractor"],
"env": {
"APIFY_TOKEN": "your-apify-token"
}
}
}
}Related MCP server: company-change-event-feed
Tool
find_company_page
Input | Required | What it does |
| one of these three | A single company domain, for example |
| one of these three | Several company domains |
| one of these three | Companies by name, as |
| no | Which of the 46 page types to find. Default |
| no |
|
| no | URLs you already hold, keyed by page type. Skips discovery for those |
| no | The page agnostic extraction menu |
| no | Also run the field map bound to the page type. Default |
| no | 1 to 12, candidate pages opened per type. Default |
| no | 5 to 200, ceiling on requests per company. Default |
| no | Open a browser for pages that need JavaScript. Default |
| no | Language codes to try first. Reorders vocabulary, never shortens it |
| no |
|
The 46 page types: pricing, demo_request, free_trial, procurement_vendor, about, leadership_team, locations, investor_relations, annual_report, governance, security_trust_center, compliance_certifications, privacy_policy, terms_of_service, dpa_subprocessors, accessibility_statement, status_page, careers, job_board, benefits, culture, documentation, api_reference, integrations, changelog, roadmap, developer_portal, blog, press_newsroom, case_studies, customers_logos, resources_library, events_webinars, podcast, media_kit, partners, reseller_channel, affiliate_program, marketplace_listing, community, contact, support_help_center, login_app, sustainability_esg, diversity_programs, giving_volunteering.
Reading the output
One flat row per input, always, including the ones where nothing was found.
{type}_urlis the located page, for examplepricing_url.{type}_foundistrue,falseornull. These are never collapsed.falsemeans the site was read, its link graph and sitemap were searched, and the page is not there.nullmeans not enough was readable to say so.{type}_methodis how it was found:known_url,known_host,homepage_anchor,footer_anchor,section_hop,sitemaporpath_guess. Precision differs sharply between them.{type}_confidenceis scored for that method, not blended. Threshold at 0.8 for anything a customer will see. Apath_guessnever scores above 0.6.coverageandfetch_statussay whether the look completed. Read them before trusting afalse.
In locate_and_extract mode the structured fields land in a second findings dataset, one record per field, keyed back by input_key, because eleven filing rows do not fit in one cell.
Billing
Pay per event on Apify credits. Roughly, at the FREE tier: $0.004 per page type located, $0.003 per page extracted, $0.007 per company name resolved, and the standard actor start fee.
A look that happens is billed, including the ones that come back empty, because the work is the same either way. A look that does not happen is not billed: a dead domain, a refusal, or a robots.txt disallow returns found: null and no locate charge.
You are never charged for identity resolution unless you use the companies path.
What this server does and does not do
It reads publicly available pages on the company's own website. It honors robots.txt per host including Crawl-delay, makes one request at a time per domain with a delay, and sends a descriptive user agent that names it. It does not impersonate a browser, does not sign headers, and does not retry to get around a block. Where a page is publicly served but needs JavaScript to read, a browser renders it; a browser is never used against an access control.
Personal data. Two page types can return a named person: contact returns the contact block a company publishes on its own contact page, and about returns leadership names published on its own about page. Only what the company published, no inferred attributes, no lookups elsewhere. Those records carry is_personal_data: true and a lawful_basis, so the whole class filters out with one predicate, or leave contact and about out of pageTypes and none is produced. For a roster of people at a company, use Team Page People Extractor instead.
This server is read only. It starts an actor run and returns the dataset. It writes nothing anywhere else.
Mamba Labs GTM Suite
This server is one of the Mamba Labs MCP servers for go-to-market data, each backed by its own actor on the Apify Store. If you would rather install one package than many, @mambalabsdev/mcp-gtm-suite exposes the suite through a single server.
Browse the whole fleet on the Apify Store or on npm.
If you want a roster of people at a company rather than a page on its website, use Team Page People Extractor and Contact Classifier instead. This actor returns a contact block only when it happens to sit on a page you asked it to find.
Source
The actor is on the Apify Store. This wrapper lives at github.com/mambalabsdev/mcp-page-finder-extractor and is MIT licensed.
Built by Mamba Labs.
Available Tools
1 toolfind_company_pageFind Company PageARead-onlyIdempotent
Give it a company domain and name a page type. It finds that page on the company's own website and returns the URL, the method that found it, and a confidence for THAT method. 46 page types are available: pricing, investor_relations, security_trust_center, careers, about, contact, terms_of_service, privacy_policy, partners, integrations, documentation, api_reference, status_page, changelog, press_newsroom, customers_logos, sustainability_esg and 29 more. Discovery reads the homepage and footer link graph, the sitemap and its shards, known third party hosts such as boards.greenhouse.io and statuspage.io, and anchor vocabulary in 11 European languages; guessing a URL path is the LAST method tried and is scored 0.6 or below. Read {type}_confidence and threshold at 0.8 for anything a customer will see, and read coverage and fetch_status before trusting a false: found=false means the site was read and the page is not there, found=null means not enough was readable to say, and the two are never collapsed. Set mode to locate_and_extract to also read the page and return structured fields, which costs an extra event per page. Every input returns exactly one row, including the empty ones. Requires an APIFY_TOKEN and consumes Apify credits. Read only.
| Name | Required | Description | Default |
|---|---|---|---|
| mode | No | locate returns the page URL, the method and a confidence. locate_and_extract also reads the page and returns structured fields into a second findings dataset. Default: "locate". | |
| domain | No | A single company domain, for example stripe.com. Protocol and path are stripped. Supply this or domains or companies. | |
| domains | No | Several company domains. Every one returns a row, including the ones where nothing is found. | |
| companies | No | Companies you have a name for but not a domain. Identity resolution runs first on this path and is charged as its own event. Use domains instead whenever you hold a domain. | |
| knownUrls | No | URLs you already hold, keyed by page type, for example {"pricing": "https://stripe.com/pricing"}. Discovery is skipped for that page type, which is faster and exact. | |
| pageTypes | No | Which page types to locate. Each one costs a locate event and adds requests, so ask for what you will use. Default: ["pricing"]. | |
| skipCache | No | false uses the 14 day cache. true forces a fresh crawl. Default: "false". | |
| allowRender | No | true opens a browser for pages that serve no readable HTML, which is most Nordic investor calendars. A browser is never used against a block, a CAPTCHA, a login or robots.txt. Default: "true". | |
| concurrency | No | How many companies to work on at once. Per company the actor is still strictly one request at a time with a delay, so this does not make it impolite to any single site. Sent as a string. Default: "10". | |
| languageHints | No | Language codes to try first, for example ["de","fr"]. Vocabulary is multilingual by default in all 11 languages; this only reorders it and never shortens it. | |
| maxPagesPerType | No | Between 1 and 12. Candidate pages opened per page type before giving up. Lowering it is faster and finds less. Sent as a string so it works from Clay. Default: "4". | |
| extractionFields | No | The page agnostic extraction menu, available on any page type. Only used in locate_and_extract mode. Omit for all of them. | |
| maxRequestsPerInput | No | Between 5 and 200. Hard ceiling on requests to one company's site. Hitting it returns coverage partial rather than a false negative. Sent as a string. Default: "60". | |
| extractPageTypeFields | No | true also runs the field map bound to the page type: pricing plans, filing rows and a derived fiscal year end, certifications, ATS host, governing law. Only used in locate_and_extract mode. Default: "true". |
TDQS
Does the description disclose side effects, auth requirements, rate limits, or destructive behavior?
Annotations already declare readOnly/openWorld/idempotent, and the description builds substantially on them: discovery method order, 'guessing a URL path is the LAST method tried and is scored 0.6 or below,' found=false vs null semantics, browser never used against blocks/CAPTCHAs, one row per input, APIFY_TOKEN and credit consumption. This is exemplary behavioral disclosure.
Agents need to know what a tool does to the world before calling it. Descriptions should go beyond structured annotations to explain consequences.
Is the description appropriately sized, front-loaded, and free of redundancy?
The description is long but information-dense and front-loaded. The opening sentence states core behavior, and every subsequent sentence adds load-bearing operational detail: available page types, discovery heuristics, confidence thresholds, output semantics, costs, and auth. No wasted words.
Shorter descriptions cost fewer tokens and are easier for agents to parse. Every sentence should earn its place.
Given the tool's complexity, does the description cover enough for an agent to succeed on first attempt?
Given the tool's complexity (14 params, no output schema), the description covers the key behavioral context: return values (URL, method, confidence), interpretations of found=false/null, coverage/fetch_status, and what locate_and_extract adds. It doesn't enumerate all response fields, but it describes the critical ones sufficiently.
Complex tools with many parameters or behaviors need more documentation. Simple tools need less. This dimension scales expectations accordingly.
Does the description clarify parameter syntax, constraints, interactions, or defaults beyond what the schema provides?
Schema coverage is 100% with all 14 parameters documented, so baseline is 3. The description adds contextual meaning (mode costs extra events, companies path runs identity resolution, knownUrls skips discovery) but does not need to re-explain parameter syntax since the schema already does that thoroughly.
Input schemas describe structure but not intent. Descriptions should explain non-obvious parameter relationships and valid value ranges.
Does the description clearly state what the tool does and how it differs from similar tools?
The first sentence is a specific verb+resource: 'Give it a company domain and name a page type. It finds that page on the company's own website and returns the URL, the method, and a confidence.' This unambiguously states what the tool does and distinguishes it from generic web search even without sibling tools.
Agents choose between tools based on descriptions. A clear purpose with a specific verb and resource helps agents select the right tool.
Does the description explain when to use this tool, when not to, or what alternatives exist?
The description provides clear context: when to use locate vs locate_and_extract, 'Use domains instead whenever you hold a domain,' 'ask for what you will use' for pageTypes, and knownUrls to skip discovery. No explicit exclusions or alternatives are needed since there are no sibling tools, but the guidance is strong.
Agents often have multiple tools that could apply. Explicit usage guidance like "use X instead of Y when Z" prevents misuse.
Tool Schema Changelog
Recent tool additions, removals, and schema changes observed during successful MCP inspections. Dates show when Glama detected each change.
1 tool update
v1.0.0- First observed
find_company_page
TDQS
With only one tool, there is no ambiguity or risk of selecting between overlapping functions. The tool's purpose is clearly defined and distinct.
The tool name 'find_company_page' follows a clear verb_noun pattern, but with only one tool, consistency across a set cannot be evaluated. The name is descriptive and appropriate.
The server has exactly one tool, which is minimal and feels thin. While the tool is comprehensive, the server could benefit from additional tools (e.g., listing all available page types or managing extraction settings) to feel more complete.
The tool covers page discovery and extraction for 46 page types, which is thorough for its domain. However, it lacks a way to programmatically enumerate the full list of supported page types, and no other operations are exposed, leaving a minor gap.
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