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686,851 tools. Updated 2026-10-21 21:41

"Information and Resources on Bitcoin" matching MCP tools:

  • Maps only stable Tier1 finding identifiers to approved Tier1 services and public resources. Call after a Tier1 score or email-domain check. Do not submit prose, URLs, customer information, or invented identifiers. This tool performs no arbitrary fetching, makes no contact request, changes nothing, and stores nothing.
    ConnectorNo auth
  • Permanently delete an app and all its versions. This cannot be undone. It deletes only the app (the lens) — its member resources are untouched and continue to exist on their own. To simply hide the app without deleting, use unpublish_app.
    Connector
    Destructive
    OAuth
  • Take an app offline. Its address stops answering and it stops using resources; nothing is deleted and start_app brings it back. Use this to park an app, not to fix one — a crashed container already restarts on its own.
    Connector
    Destructive
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  • Purpose: ChatGPT-connector-standard discovery search over OneQAZ's live surface — tools, resources, and the latest score-ranked combined signals across crypto / kr_stock / us_stock. Returns result ids consumable by the `fetch` tool. Triggers: ChatGPT connectors and Deep Research call this automatically for any user query routed to OneQAZ ("bitcoin signal", "prediction accuracy", "korean stocks today", ...). Other AI clients may use it as a keyword entry point when unsure which tool/resource to call. When to call: first step of connector-style discovery. MCP-native clients can instead browse tools/list + resources/list directly. Prerequisites: none. Next steps: pass any result id to `fetch` for the full document. Caveats: corpus is rebuilt at most every 10 minutes (tool/resource catalog + top-20 signals by |score| per market). Ticker / company-name queries (BTC, NVDA, 삼성전자) resolve to `signal:{market}:{symbol}` first; market words (S&P, KOSPI, crypto) surface that market's resources. Every result id is fetchable. Empty results come with a `note` explaining coverage. Output: {results: [{id, title, url}], disclaimer, is_investment_advice, data_classification} — flat envelope, OpenAI fixed shape.
    ConnectorNo auth
  • Build a Merkle tree of all patron balances and submit the root to Bitcoin via OpenTimestamps. Operator-only background task. Bitcoin confirmation takes 1-6 hours. Free — no credits required.
    ConnectorOAuth
  • Build a Merkle tree of all patron balances and submit the root to Bitcoin via OpenTimestamps. Operator-only background task. Bitcoin confirmation takes 1-6 hours. Free — no credits required.
    ConnectorOAuth

Matching MCP Servers

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    Enables read-only Bitcoin blockchain queries and HD wallet derivation from xpub/seed, including balances, UTXOs, transactions, fees, mempool stats, and PSBT inspection via multiple backends with optional Tor routing.
    27
    Apache 2.0
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    Provides real-time Bitcoin blockchain data by querying the mempool.space API, offering tools to get address statistics, transaction history, UTXOs, transaction details, and block information.
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    22 npm
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    MIT

Matching MCP Connectors

  • Quantitative Bitcoin stratigraphy dataset featuring thermodynamic signals, Groth16 zk-SNARK verification, and P2P mesh consensus accessible via L402 micropayments.

  • Leading non-price Bitcoin signals over MCP: sovereign, hiring, hashrate. Not financial advice.

  • Which resources just listed on the x402 Bazaar — everything present in the latest daily snapshot that was missing from the prior one, with service, network, price and seller address. $0.003/call via x402.
    ConnectorNo auth
  • List the env vars a project's code can use and the resources behind them: (1) resources CONNECTED to the project — usable as process.env.<NAME> in endpoint code now; (2) the owner's other account-level credentials — reusable, but not usable in code until connected; (3) everything Floot can add. Call it to learn what env vars exist before writing backend code, and BEFORE provisioning or requesting any credential (the owner may already have the one you need). Pass query (case-insensitive substring over names, descriptions, types, and env var names) to filter when the account has many resources. Read-only. Details: get_guides('resources').
    ConnectorOAuth
  • Check whether a Bitcoin address is valid by verifying its checksum and structure. Supports legacy Base58Check (P2PKH, P2SH) and Bech32/Bech32m SegWit and Taproot addresses, on mainnet and testnet. Does not query the blockchain or check balances. Source: https://hopi.co.uk/bitcoin-address-validator/
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  • Month-end assets under management (AUD millions) of the spot Bitcoin ETFs quoted on the ASX (VBTC, BTXX, QBTC, IBIT), by fund with issuer and management fee, plus the previous month's total. Use this for questions about Australian Bitcoin ETFs, their size or fees. Monthly data from the ASX Investment Products report, published a few weeks after month end, so it lags; it does not cover US-listed ETFs (use get_bitcoin_etf_flows).
    ConnectorNo auth
  • Fetches real-time Bitcoin mainnet mempool feerate recommendations in satoshis per virtual byte (sat/vB) across fastest, half-hour, hour, and economy confirmation tiers. Use when checking current Bitcoin L1 network congestion before broadcasting an on-chain BTC transaction; for calculating exact SegWit/Taproot UTXO batch consolidation vByte weights and dust thresholds, use plan_bitcoin_utxo_consolidation instead. Stateless read-only edge call (max 32 KB, 60 RPM): accepts 'confirmation_target', supports '?demo=true' or L402 (50 sats), and returns HTTP 400 if invalid.
    ConnectorNo auth
  • Fetches real-time Bitcoin mainnet mempool feerate recommendations in satoshis per virtual byte (sat/vB) across fastest, half-hour, hour, and economy confirmation tiers. Use when checking current Bitcoin L1 network congestion before broadcasting an on-chain BTC transaction; for calculating exact SegWit/Taproot UTXO batch consolidation vByte weights and dust thresholds, use plan_bitcoin_utxo_consolidation instead. Stateless read-only edge call (max 32 KB, 60 RPM): accepts 'confirmation_target', supports '?demo=true' or L402 (50 sats), and returns HTTP 400 if invalid.
    ConnectorNo auth
  • List available hosting plans with pricing and resources. No authentication needed. Args: track: Filter by plan track. Valid values: "single_site", "agency". ⚠ The track is not the site count — most plans on BOTH tracks include several sites (site_starter 5, site_plus 8, site_pro 12). Read `max_sites` on the plan, and use add_site() to fill a slot. Leave empty to list all tracks. include_deprecated: Include deprecated plans (default: false) Returns: [{"slug": "site_starter", "name": "Starter", "track": "single_site", "hosting_type": "shared", "price": {"monthly": 5, "annual": 2, "currency": "CAD"}, "resources": null, "features": {"max_sites": 1, "ai_modules": [...], "ai_agents": [], "free_domain_annual": false}}, ...]
    ConnectorNo auth
  • Lista os MCP Resources disponíveis com URI, nome e mime-type. Tools de descoberta para clientes que não expõem UI de attachment de resources (como o Claude.ai web). Em Claude Desktop / Cursor / MCP Inspector, resources aparecem em picker dedicado. Resources contêm dados de referência estáticos (tabelas de domínio, glossário, metadados do servidor). Use `compras_obter_resource(uri)` para ler o conteúdo. Retorno: { "total": int, "resources": [ {"uri": str, "nome": str, "descricao": str, "mime_type": str, "tags": [str,...]}, ... ] }
    ConnectorNo auth
  • Ask, in plain language, how to achieve something in OwlCAD and get a prose answer grounded ONLY in the product documentation, with the ids of the help articles it drew on. Use this when you need to know which tool or parameter does a thing — "how do I make a hole an M3 bolt passes through", "what does the clearance modifier do" — rather than guessing at a tool call. It answers from the docs and says so when they do not cover something, so an empty answer is information, not a failure. It changes NOTHING: no project is read or written. Requires a Pro plan and the `ask` scope, and it draws on the SAME small daily allowance as the in-app assistant, so prefer the schema resources for anything they already answer.
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  • Look up all known LABELS for a blockchain ADDRESS — entity, category, CEX deposit/hot wallet, mixer, gambling, scam, token-clone, contract type, NFT collection, ENS, … Works for both wallets and token/contract addresses. Use for "what / who is this address", "is this token a scam or a clone", "is this wallet a CEX or mixer". To label MANY addresses at once use `labels_for_addresses`; to list every address carrying a label use `addresses_by_label`; to resolve a human name to a stored value use `find_label_values`. Backed by the Bitquery address-label directory (directory.labels). Coverage: token/contract labels are dense on EVM (Ethereum, BSC, Polygon); exchange deposit / hot-wallet labels are broad on the EVM chains and Tron; wallet (EOA) labels are densest on Tron and Bitcoin; mixer labels exist essentially only for Bitcoin, and sanctioned / darknet tags sit mostly on Bitcoin, Tron and Ethereum. Pass chain='' (the default) to search every chain — recommended on EVM, where one address is the same owner on every chain and its label may be stored under a different one. Tracing note: MOST tracing rows carry NO label field, so this call is what puts a name on a counterparty. On Ethereum, BSC, Polygon, Arbitrum, Base, Optimism, Tron, the XRP Ledger, Stellar and Cardano NONE of the transfer / flow tools return a label — always look the address up here (or pass the whole counterparty list to `labels_for_addresses`). Only the Solana tools (address_flow_summary, flow_edges, trace_next_hop, transfers_in/out) and the Bitcoin-style tools of Bitcoin, Zcash, Litecoin, Dogecoin, Dash and Bitcoin Cash (address_profile, address_flow_summary, flow_edges, related_addresses, tx_flow) carry an inline label field at all, and even there it is SPARSE on Solana and EMPTY on every other chain (the inline list holds none of their addresses — batch those addresses into labels_for_addresses) — never treat a blank inline label as "unlabeled", always confirm it here. On the XRP Ledger (chain='ripple'), Cardano (chain='cardano'), Stellar (chain='stellar'), Litecoin (chain='litecoin') and Bitcoin Cash (chain='bitcoin-cash') the directory is sparse, mostly exchange reserve wallets; Dogecoin (chain='dogecoin') holds about 40,000 addresses, almost all exchange reserve wallets. Most Bitcoin Cash entries are stored in the old 1… / 3… address form, so a CashAddr (q… / p…) lookup finds only a few of them. Robinhood, Zcash, Dash and Arc have no label coverage at all, so an empty result there is a coverage gap, not a finding. An empty result while find_label_values shows rich coverage (e.g. 'binance') is a meaningful NEGATIVE signal, not missing data. One row per chain + label_type + label_value; recorded_at is the newest record of it. Several sources can record labels for one address. Rows that agree are merged: Sources lists every source behind a label and Source_Count how many there are. Labels that disagree stay separate — typically the same entity in different roles, e.g. cex-deposit-address AND cex-hot-wallet for one exchange, or a token-contract next to a token-clone. Such a conflict comes from different sources; weigh it by Source_Count and by the kind of source: sanctions lists (ofac, uk-ofsi, eu-sanctions …), official proof-of-reserves disclosures and verified sources are curated, while a source whose name contains "heuristic" was inferred from transfer patterns (broad, less certain) — trust the entity they agree on, and prefer the curated role when they differ. Source names: workflow:<name> is a Bitquery labelling pipeline - curated imports such as sanctions and issuer block lists, proof-of-reserves disclosures, research sets and label-provider enrichment - except that a name containing "heuristic" marks labels inferred from transfer patterns (most exchange-deposit labels); labels-query-service:<provider> was fetched on demand from an outside label provider when the address was looked up (one provider's view, not reviewed); a plain name is the dataset itself (ofac, uk-ofsi, eu-sanctions, japan-mof, france-gels and israel-nbctf are sanctions lists; walletexplorer and bitcoinabuse are public Bitcoin datasets), and a name containing "verified" is a reviewed import.
    ConnectorOAuth
  • Bitcoin address lookup for agents: confirmed and pending balance in BTC and USD, total received and sent, transaction count and the latest transactions with net amount, confirmations and fee. Works for bc1 (SegWit, Taproot), 1 and 3 addresses on Bitcoin mainnet. Use to check a payment, a treasury or a counterparty wallet. Price: $0.003 USDC per call, paid inside this MCP call via x402 (USDC on Base, Solana, Polygon or Arbitrum). x402 MCP clients such as @x402/mcp pay automatically. Free sample: call with the example input {"address":"bc1qxy2kgdygjrsqtzq2n0yrf2493p83kkfjhx0wlh","limit":3}.
    ConnectorOAuth
  • Bitcoin fees right now: recommended sat/vB for the next block, 30 minutes, 1 hour and economy, what a typical payment costs in USD, mempool size, tip height, next difficulty adjustment and the BTC price in USD and EUR. Call before sending a Bitcoin transaction. Price: $0.002 USDC per call, paid inside this MCP call via x402 (USDC on Base, Solana, Polygon or Arbitrum). x402 MCP clients such as @x402/mcp pay automatically. Free sample: call with the example input {}.
    ConnectorOAuth
  • Bitcoin network and node state: difficulty, network hashrate, total transactions processed and the current tx/s rate, protocol version, peer connections, relay fee, mempool size, uptime and which indexes (txindex) are synced on our node. When to use: macro questions about Bitcoin - how much hashrate secures it, how fast the chain is moving, or whether our node's indexes are complete. Do not use: for fees (btc_get_fee_rates) or mempool depth (btc_get_mempool_state). Returns: difficulty, network_hashrate_hs, chain_tx_count_total, tx_rate_per_s, client, connections, relay_fee_btc_kvb, uptime_s, indexes{}.
    ConnectorNo auth
  • Analyzes a set of Bitcoin UTXO balances in satoshis to compute exact vByte transaction weight, identify uneconomical dust inputs, and recommend whether to consolidate now or hold. Use when optimizing on-chain Bitcoin treasury UTXO sets to minimize long-term miner fee drag; for fetching current live Bitcoin mempool sat/vB feerates alone, use estimate_bitcoin_mempool_fees instead. Stateless read-only edge call (max 32 KB, 60 RPM): accepts 'utxos_sats_json' ('script_type' defaults to 'p2wpkh_segwit'), supports '?demo=true' or L402 (80 sats), and returns HTTP 400 if invalid.
    ConnectorNo auth
  • Analyzes a set of Bitcoin UTXO balances in satoshis to compute exact vByte transaction weight, identify uneconomical dust inputs, and recommend whether to consolidate now or hold. Use when optimizing on-chain Bitcoin treasury UTXO sets to minimize long-term miner fee drag; for fetching current live Bitcoin mempool sat/vB feerates alone, use estimate_bitcoin_mempool_fees instead. Stateless read-only edge call (max 32 KB, 60 RPM): accepts 'utxos_sats_json' ('script_type' defaults to 'p2wpkh_segwit'), supports '?demo=true' or L402 (80 sats), and returns HTTP 400 if invalid.
    ConnectorNo auth