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604,835 tools. Updated 2026-09-23 21:32

"Companies Building Using MCP" matching MCP tools:

  • Search Australian (currently NSW) builders, contractors and building companies by name; optionally filter by postcode. Returns matching entities with their licence status and a slug to pass to get_builder_risk / get_builder_timeline. Example: query='Acme Building' → '- Acme Building Pty Ltd (Current), 2099 → slug: acme-building-pty-ltd-1a2b'. Names are matched loosely, so try the trading name AND the legal (Pty Ltd) name if the first search misses. Query must be at least 2 characters.
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  • Deep parcel and building analysis for Slovenia using GURS WFS data. Returns zoning, actual use, heritage protection, road access, buildings on parcel, and utilities. USE FOR: - "Analyze parcel 3086 in Ljubljana center" - "Find buildable parcels ~500m² in Ljubljana" - "What buildings are on this parcel?" - "Find parcels near these coordinates" - "Get full details on building 1234" NOT FOR: simple parcel lookup → use slovenia-cadastre instead (faster, lighter). NOT FOR: spatial/zoning map queries → use slovenia-wfs-expert instead. SEARCH MODES — pick ONE per call: 1. PARCEL BY NUMBER (requires --parcel AND --ko) → --parcel 3086 --ko 1725 2. LOCATION SEARCH (requires --lat AND --lon, or --location) → --lat 46.058 --lon 14.501 --radius 100 → --location "Tivoli Park Ljubljana" --radius 200 3. BUILDING BY NUMBER (requires --building, optionally --ko) → --building 1234 --ko 1728 4. COMMUNITY SEARCH (requires at least --community or --size) → --community LJUBLJANA --size 500 --buildable COMMON KO IDs: 1725 = Ljubljana center 1728 = Ljubljana Šiška 1740 = Ljubljana Bežigrad 2131 = Maribor NOTE: This tool makes multiple WFS calls per result and can be slow (10-30s). Use --limit to keep response times reasonable.
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  • Render a property's lot as an interactive UI component (inline SVG): a City of Portland aerial photo underlay (showing the true roofline) with the parcel outline, the building footprint(s) on the lot, approximate setback dimensions, a north arrow, and faint neighbouring parcels overlaid on top. Provide a detailType+detailId to fetch geometry, or pass rings directly. Aerial, footprints, and neighbours come from Portland's public ArcGIS layers; set basemap="none" to drop the photo and includeContext=false for just the bare outline. Renders in MCP Apps hosts (Claude) and legacy mcp-ui hosts.
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  • Create a free-tier ParlayAPI account for the given email. Returns the API key, a magic-login URL the user can click to access their dashboard, and a Stripe upgrade URL. Idempotent: if the email already has an account, returns exists=true with the login URL only (the existing API key is intentionally NOT exposed for security). Use this when a user wants to start building with ParlayAPI and does not have a key yet. After signup, ask the user to add the returned api_key to their MCP server config under PARLAYAPI_KEY, then restart the MCP client to pick it up. Args: email: User's email address. intended_use: Optional one-line description of what they're building. Used for analytics. agent_id: Identifier for the agent making the call. Defaults to "mcp-client".
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  • <summary>Find companies whose technographic profile matches a target tech stack. Use ONLY when the user explicitly wants to discover companies BY THEIR INSTALLED TECHNOLOGY — e.g. "find DTC brands using Shopify and Klaviyo", "who runs Snowflake AND Looker", "US e-commerce companies using HubSpot". For hiring-signal discovery (companies posting jobs that mention a tech), use `theirstack_search` instead — that surfaces investment intent, whereas this surfaces installed base. That installed base is what TheirStack DETECTS from job-posting text, not from crawling storefronts, so it only sees companies that hire and name the tool in their JDs — treat a company's absence as "not detected here," not "not using it" (a storefront-sniffing method like BuiltWith/Wappalyzer would surface more). For ecommerce-platform tools, results may include the platform's SERVICE PROVIDERS (agencies, ISVs) alongside actual merchants — job mentions don't distinguish "we run on Shopify" from "we sell to Shopify merchants," so inspect domains/industries to filter. Recruiting agencies are always excluded (company_type = direct_employer), matching theirstack_search. Shares TheirStack's two-part price: 0.5 Sliq credits the first time TheirStack runs in a scan (free on a later same-scan call, including after theirstack_search), plus 1 credit per new company its results add to the list when you record them. Companies already in the list are not re-charged. In chat, STATE THE COUNT AND THE COST in the same reply as the results — every time, without stopping to ask first. Use the user's number when they gave one, otherwise the default: "pulled 25 companies — up to 25 credits (new ones only); say if you want more, max 100." Rows here are companies 1:1 and billing is per new company recorded, so that figure is an upper bound — never quote it as a price. Because this endpoint pages, prefer one page at the user's number over silently walking `offset` past it — every extra page is more credits. The tool resolves each technology name to a TheirStack catalog slug (calling /v0/catalog/technologies per name; popularity tiebreak; exact name match wins), then queries /v1/companies/search with `company_technology_slug_and` so EVERY supplied technology must be present on the returned company.</summary> <returns> <description>{ "companies": [ { "id": str, "name": str, "domain": str | None, "industry": str | None, "employee_count": int | None, "country_code": str | None, "linkedin_url": str | None, "technologies_found": [ {"slug": str, "name": str, "confidence": str, "jobs": int, "last_date_found": str}, ... ], }, ... ], "count": int, # number of companies in this page "total_matches": int, # universe size for this query (or None) } On upstream failure (timeout / 5xx / connection error), returns `{"companies": [], "count": 0, "theirstack_available": False}` so the agent can read the flag and degrade gracefully.</description> </returns>
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  • Get the building-by-building breakdown for one transaction: footprint area, number of storeys, and estimated total floor area (footprint × storeys) for each building on the property. search_transactions / search_by_area / search_by_polygon return per-transaction building SUMS inline; this tool splits them into individual buildings. Use it after a search when a result has building data and you need the detail (e.g. a developed-land deed covering several buildings). Each building also carries a construction-age estimate derived from building-permit records. It is an ESTIMATE with an interval, never a registry construction date, and the records only start in 2016 — so for most buildings the honest answer is "construction year not established", which is stated explicitly rather than left out. The transaction_id is the id shown on a search result that has building data. Cost: 4 tokens. Returns nothing for a transaction with no buildings.
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Matching MCP Servers

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    MCP server for screening UK companies against the Companies House register, offering batch supplier screening, company snapshots, and factual signals rather than risk scores, with tools that never guess company numbers and documentation generated from the running server.
    11
    35 npm
    MIT
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    Scores companies against a configurable Ideal Customer Profile using firmographic and signal data. Returns a weighted fit score with per-criterion breakdowns.
    1
    82 npm
    2
    MIT

Matching MCP Connectors

  • Hong Kong Companies Registry open data — company/BR-number search, new registrations & name changes

  • Companies House MCP — UK statutory company registry (BYO key)

  • Start here when building an application. Returns an overview of what the AdCritter platform offers and a catalog of feature guides you can query with the adcritter_guidance tool to learn how to build each part of the app. Call adcritter_guidance(key) for any feature area to get detailed building instructions with API endpoints and response shapes.
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  • Validates an Argentine CUIT (Código Único de Identificación Tributaria) using the official AFIP checksum algorithm. CUIT is used by companies, self-employed workers, and other entities for tax purposes. Use this tool when processing Argentine invoices, supplier registrations, B2B transactions, or any document requiring a valid Argentine tax identifier. Accepts CUIT with or without formatting (dashes). Returns whether the CUIT is valid, the entity type detected, and the cleaned CUIT.
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  • Permanently revoke one of your Integration API keys. Any MCP clients or integrations using the key will lose access immediately and cannot be restored. Returns a preview; re-call with the confirm_token and an idempotency_key to commit.
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  • Returns Mastra (Bun) and LangGraph (Python) patterns for AI agent workflows. Call this BEFORE create_workflow / update_draft when building chatbots, tool-using agents, or multi-step LLM flows. Do not hand-roll custom agent loops — use the preinstalled frameworks.
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  • Calculate the cost of equity using the Capital Asset Pricing Model (CAPM): the risk-free rate plus beta times the market risk premium. Formula: Re = Rf + beta x (Rm - Rf). WHEN TO USE: Use to estimate the required return on equity — an input to WACC (calculate_wacc) and DCF discount rates, or as a standalone return hurdle. WHEN NOT TO USE: Do NOT use for companies where beta is a poor risk measure (private companies without a traded beta — consider building up from comparable betas via calculate_unlever_beta / calculate_relever_beta first). BEHAVIOUR: pure deterministic calculation — no side effects, no network or storage access; idempotent and non-destructive; identical inputs always produce identical outputs. Division by zero, non-finite inputs, or mathematically undefined combinations return an explicit error instead of a number. RETURNS: JSON object { cost_of_equity: decimal (e.g. 0.115 = 11.5%), cost_of_equity_pct: number (e.g. 11.5), inputs }. PARAMETERS: risk_free_rate (required): Risk-free rate as a decimal, e.g. 0.04 = 4% (typically the 10-year government bond yield; never pass percentage points). beta (required): Equity beta (levered, if the company has debt), e.g. 1.2. Use unlevered/relevered betas when comparing capital structures. market_return (required): Expected market return (Rm) as a decimal, e.g. 0.10 = 10% (never pass percentage points). The market risk premium is computed internally as Rm - Rf.
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  • Calculate the cost of equity using the Capital Asset Pricing Model (CAPM): the risk-free rate plus beta times the market risk premium. Formula: Re = Rf + beta x (Rm - Rf). WHEN TO USE: Use to estimate the required return on equity — an input to WACC (calculate_wacc) and DCF discount rates, or as a standalone return hurdle. WHEN NOT TO USE: Do NOT use for companies where beta is a poor risk measure (private companies without a traded beta — consider building up from comparable betas via calculate_unlever_beta / calculate_relever_beta first). BEHAVIOUR: pure deterministic calculation — no side effects, no network or storage access; idempotent and non-destructive; identical inputs always produce identical outputs. Division by zero, non-finite inputs, or mathematically undefined combinations return an explicit error instead of a number. RETURNS: JSON object { cost_of_equity: decimal (e.g. 0.115 = 11.5%), cost_of_equity_pct: number (e.g. 11.5), inputs }. PARAMETERS: risk_free_rate (required): Risk-free rate as a decimal, e.g. 0.04 = 4% (typically the 10-year government bond yield; never pass percentage points). beta (required): Equity beta (levered, if the company has debt), e.g. 1.2. Use unlevered/relevered betas when comparing capital structures. market_return (required): Expected market return (Rm) as a decimal, e.g. 0.10 = 10% (never pass percentage points). The market risk premium is computed internally as Rm - Rf.
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  • Calculate the cost of equity using the Capital Asset Pricing Model (CAPM): the risk-free rate plus beta times the market risk premium. Formula: Re = Rf + beta x (Rm - Rf). WHEN TO USE: Use to estimate the required return on equity — an input to WACC (calculate_wacc) and DCF discount rates, or as a standalone return hurdle. WHEN NOT TO USE: Do NOT use for companies where beta is a poor risk measure (private companies without a traded beta — consider building up from comparable betas via calculate_unlever_beta / calculate_relever_beta first). BEHAVIOUR: pure deterministic calculation — no side effects, no network or storage access; idempotent and non-destructive; identical inputs always produce identical outputs. Division by zero, non-finite inputs, or mathematically undefined combinations return an explicit error instead of a number. RETURNS: JSON object { cost_of_equity: decimal (e.g. 0.115 = 11.5%), cost_of_equity_pct: number (e.g. 11.5), inputs }. PARAMETERS: risk_free_rate (required): Risk-free rate as a decimal, e.g. 0.04 = 4% (typically the 10-year government bond yield; never pass percentage points). beta (required): Equity beta (levered, if the company has debt), e.g. 1.2. Use unlevered/relevered betas when comparing capital structures. market_return (required): Expected market return (Rm) as a decimal, e.g. 0.10 = 10% (never pass percentage points). The market risk premium is computed internally as Rm - Rf.
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  • Query the user's HubSpot companies — the companies synced from the HubSpot portals they've connected. Use this for any question about their CRM companies: firmographics ('software companies with more than 100 employees'), lifecycle and pipeline ('companies with an open deal', 'how many customer accounts?'), location ('companies in Boston'), funding and size ('which companies raised money?', 'biggest companies by revenue'), or attribution. Answered by generating a read-only SQL query over the synced company table, so it returns columns and rows rather than prose — summarize the rows for the user, and say how many there were. If it reports no companies synced, tell them to run a company sync for their portal. Keep the question under 500 characters.
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  • Finds companies winning public contracts on CPV segments shared with the target company using DECP public award data. Use when: Finds companies winning public contracts on CPV segments shared with the target company using DECP public award data. You need companies that win public contracts on CPV segments also observed for the target company. You want procurement-specific competitive signals from DECP award data. Avoid when: You want general comparable companies based on activity, size and geography; use company/fr/peers. You only need the target company’s own awarded public contracts; use company/fr/public-contracts. Limitations: Competition is inferred from shared public-contract CPV segments and is not an official competitive relationship. The result only reflects awards covered by the DECP public dataset. Price: 0.020 USD per call via x402. Paid-call behavior: source records are not modified, but a successful invocation can consume the advertised x402 payment; the payment-required challenge is free, and repeating the tool after a completed paid invocation may require a new payment. Accepted x402 networks: eip155:8453, xrpl:0.
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  • List the UI components of Ionic Framework, optionally filtered by a keyword. Use this to find the component that fits a piece of UI before building it by hand, and to learn the custom element name it is used under. Use limit 100 to list every component. Returns `tag`, `description` and `url` per component, where `url` is the documentation page carrying its full API reference. Do not use this to read a component's API: call `get_doc_page` with the returned `url`. Do not use it for Capacitor plugins or native capabilities, which are covered by the Capacitor MCP server at https://capacitor-mcp.capawesome.io/mcp.
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  • REST API access for autonomous agents — pricing, quick start, and migration guide. Call this when: building a trading bot, deploying an autonomous agent, hitting the MCP rate limit, or running 24/7 without a human in the loop. The MCP tier (what you're using now) is free via Smithery, rate-limited to 60 calls/minute per IP, and good for testing. The REST API is for production: pay per call in USDC; paid endpoints are rate-limited to 60 calls/minute and 200 calls/hour per wallet. No API key required.
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  • Who on the team is actually using the Coderbuds MCP. Every MCP tool call is recorded per member, so this reports adoption over a recent window (default 30 days): total invocations, per-member usage with last-used time and favourite tool, per-tool call counts, and — the nudge list — login members who have never connected the MCP at all. The denominator is who could plausibly connect one today — a login member (only they can mint API tokens) who is still shipping code. Tracked contributors cannot connect, deactivated or long-inactive members have left, and someone with several linked identities counts once. Use when asked "who is using the MCP", "is the team on the MCP yet", or to find who still needs the setup instructions. A call is attributed to the team it was about — the `repository` slug on it, or the `?team=` binding on the connection — not to whichever team the web switcher last landed on, so a member working across several teams shows up under the one they were working in.
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  • QuintaDB domain knowledge guide. Call this at the start of a session to learn field types, rel/linked_column rules, validation syntax, portal theme/color codes, and the correct workflow for building or modifying a project. Essential for external AI clients (Claude, ChatGPT) connecting via MCP.
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