Solana MCP by Vybe
Solana MCP developer toolkit: wallets, trades, markets, PnL, transfers, onchain, swaps & API tools.
Agent MCP: 65 tools — 5-chain verification, risk, prediction & crypto trends, 17 web tools.
쓰고 있는 AI 앱을 고른 다음 설정을 복사하세요.
검사 5/5 통과 · 내가 묻는 내용은 제작자 서버(web3.robotbase.cc)를 거쳐요 · ✓ 명령 확인 2026년 11월 13일
먼저: 어떤 AI를 쓰시나요?
쓰는 앱을 고르면 아래에 단계가 나옵니다.
Claude에 연결할 수 있어요 · 약 2분
키 필요 없음, 설치 필요 없음 · claude.ai나 데스크톱 앱에서 한 번 설정하면 채팅에서 쓸 수 있어요 · 무료 계정은 1개까지 · Team/Enterprise는 소유자(Owner)가 추가
CustomizeConnectors
여기서 복사해 Claude의 같은 이름 칸에 붙여 넣고 Continue를 누르세요
Robotbase Web3https://web3.robotbase.cc/mcpClaude가 찾은 로그인 설정 화면에서 Continue를 누르고 · Authentication은 제작자 안내대로(Sign in now, Sign in when needed, No sign in) 고른 뒤 Add를 누르세요
+ConnectorsRobotbase Web3
Robotbase Web3을 써서 나에게 무엇을 해 줄 수 있는지 알려 주고, 하나 해 봐✓ Claude가 Robotbase Web3을 쓰고 있다고 하거나 답에 Robotbase Web3 도구 이름이 나오면 연결된 거예요
메뉴 이름은 2026년 11월 11일에 Anthropic 도움말에서 확인 · 앱 버전에 따라 화면이 조금 다를 수 있어요
ChatGPT 연결은 요금제에 따라 달라요
전체 MCP: 웹 ChatGPT Business, Enterprise, Edu · Pro: 읽기/가져오기 권한으로 연결, 데이터를 바꾸는 도구는 안 될 수 있어요 · Plus: 공식 문서 미확인, 플러그인 화면에 사용자 지정 MCP 추가 항목이 보이면 시도해 볼 수 있어요 · 웹만
Plugins+Add custom MCP server
이름을 넣고 Connection에 주소를 붙여 넣은 뒤 경고에 체크하고 Create as a plugin을 누르세요
Robotbase Web3https://web3.robotbase.cc/mcp새 채팅을 열고 입력 전에 플러그인 목록에서 Robotbase Web3을 고르세요
Robotbase Web3을 써서 나에게 무엇을 해 줄 수 있는지 알려 주고, 하나 해 봐✓ ChatGPT가 Robotbase Web3을 쓰고 있다고 하거나 답에 Robotbase Web3 도구 이름이 나오면 연결된 거예요
메뉴 이름은 2026년 11월 11일에 OpenAI 도움말에서 확인 · 앱 버전에 따라 화면이 조금 다를 수 있어요
Claude Code에 연결할 수 있어요 · 약 2분
키 필요 없음, 설치 필요 없음
Mac: Command+스페이스를 누르고 Terminal 입력 · Windows: PowerShell 열기
claude mcp add --transport http --scope user robotbase-web3 https://web3.robotbase.cc/mcpRobotbase Web3이 목록에 있고 연결됨으로 보이면 돼요
Robotbase Web3을 써서 나에게 무엇을 해 줄 수 있는지 알려 주고, 하나 해 봐✓ Claude Code가 Robotbase Web3을 쓰고 있다고 하거나 답에 Robotbase Web3 도구 이름이 나오면 연결된 거예요
메뉴 이름은 2026년 11월 11일에 Anthropic 도움말에서 확인 · 앱 버전에 따라 화면이 조금 다를 수 있어요
Cursor에 연결할 수 있어요 · 약 2분
키 필요 없음, 설치 필요 없음
Robotbase Web3을 써서 나에게 무엇을 해 줄 수 있는지 알려 주고, 하나 해 봐✓ Cursor가 Robotbase Web3을 쓰고 있다고 하거나 답에 Robotbase Web3 도구 이름이 나오면 연결된 거예요
메뉴 이름은 2026년 11월 11일에 Cursor 도움말에서 확인 · 앱 버전에 따라 화면이 조금 다를 수 있어요
VS Code에 연결할 수 있어요 · 약 2분
키 필요 없음, 설치 필요 없음
Robotbase Web3을 써서 나에게 무엇을 해 줄 수 있는지 알려 주고, 하나 해 봐✓ VS Code가 Robotbase Web3을 쓰고 있다고 하거나 답에 Robotbase Web3 도구 이름이 나오면 연결된 거예요
메뉴 이름은 2026년 11월 11일에 VS Code 도움말에서 확인 · 앱 버전에 따라 화면이 조금 다를 수 있어요
Windsurf, Zed, Gemini CLI 같은 다른 MCP 앱은 추가 방법이 저마다 달라요. 앱 목록에서 확인하세요
웹으로 연결하는 앱용 주소
https://web3.robotbase.cc/mcpJSON 설정은 아래 “개발자용”에 있어요
Claude Code
claude mcp add --transport http --scope user robotbase-web3 https://web3.robotbase.cc/mcpCursor (~/.cursor/mcp.json)
{
"mcpServers": {
"robotbase-web3": {
"url": "https://web3.robotbase.cc/mcp"
}
}
}VS Code (mcp.json)
{
"servers": {
"robotbase-web3": {
"type": "http",
"url": "https://web3.robotbase.cc/mcp"
}
}
}이 설정은 제작자의 레지스트리 정보로 만들었어요. README와 다르면 README를 따르세요.
이 서버의 연결 방식과 각 앱의 공식 문서를 바탕으로 했어요. 2026년 11월 10일 확인.
인터넷으로 연결하는 앱
ClaudeChatGPTGooseLM StudioMsty StudioCherry StudioCursorVS Code + GitHub CopilotVisual StudioWindsurf (Devin Desktop)ZedKiroClineContinueJetBrains AI AssistantClaude CodeCodex CLIGemini CLIOpenCodenodecodeWarpLibreChatOpen WebUIRaycast
도구 이름과 설명은 서버가 2026년 11월 12일에 알려 준 그대로예요. 우리가 아니라 제작자가 쓴 글이고, 일반 텍스트로만 보여 드려요.
web_searchSearch the live web and get ranked results with title, URL, snippet and published date. When to use: an agent needs current facts, news or links that are not on chain - 'what is the BTC fee market saying today', 'recent Zcash governance proposals', 'find the docs page for X'. Use
web_fetchFetch one public web page and return its readable text as clean markdown or plain text, with navigation, scripts, headers and footers stripped. When to use: you have a specific URL (from web_search or the user) and need what the page actually says - 'read this article', 'summaris
web_screenshotCapture a screenshot of one public web page as an image (JPEG) plus metadata. When to use: visual layout matters - a dashboard, chart, UI state, or 'what does this page look like'. Do not use: to read text (use web_fetch), for pages behind a login or paywall, or for bulk capture.
web_mapDiscover the URLs of one site - sitemap first, then same-host links from the homepage. When to use: you need the list of pages a site exposes before fetching a few of them. Do not use: as a crawler (max 50 URLs, no page content) or to bypass robots.txt. Returns: {url, final_url,
web_fetch_batchFetch up to 5 public URLs in one call and return each page's title, engine and a short snippet (first ~1200 characters), so an agent can triage several links quickly. When to use: search returned several candidate pages and you want a first pass over all of them; then call web_fe
web_feedRead an RSS or Atom feed and return its latest items. When to use: the user wants the latest posts/news from a site that publishes a feed, or you found a feed URL and want headlines plus links. Do not use: to read article text (use web_fetch) or to discover a site's URLs (use web
web_metadataExtract a page's structured metadata: Open Graph, Twitter cards, canonical URL, language and JSON-LD. When to use: you need the title/description/author/image of a page, or JSON-LD structured data for a product/article, without reading the whole page. Do not use: when you need th
web_crawlCrawl one site's same-host pages starting from a URL (depth 1-2, at most 20 pages) and return each page's title, URL and readable text. When to use: you need several pages from one site (docs section, news index, product list) and web_map alone is not enough. Do not use: to mirro
web_extractExtract structured data from one public page: tables (headers + rows), JSON-LD blocks, and Open Graph/Twitter/canonical/language metadata. When to use: the page has tables or schema.org JSON-LD you need as data, without an LLM. Do not use: when you only need the page text (web_fe
web_actDrive a real Chromium browser on one public page: click, type, press keys, scroll, wait for selectors, then return the resulting text (and optionally a screenshot and JSON XHR responses). When to use: the page needs interaction before its content appears (cookie banners, tabs, 'l
web_crawl_asyncSubmit a same-host crawl as an asynchronous job and return a job_id immediately. When to use: you need more than a couple of pages and cannot hold a long HTTP request; submit here, then poll web_crawl_job until status is done, failed or cancelled. Do not use: for one page (web_fe
web_crawl_jobCheck or cancel an asynchronous crawl job created by web_crawl_async. When to use: after web_crawl_async, poll with action=status until status is done/failed/cancelled; use action=cancel to stop a running job. Do not use: to start a crawl (web_crawl_async) or for a quick one-page
web_extract_schemaExtract a page's structured data into a named schema's common fields (no LLM): article, product, event, faq, recipe, course, organization, local_business, breadcrumb, dataset or job_posting. When to use: you need fields (title/author/date, price/currency/availability, event dates
web_diffFetch a page now and compare it with the previous snapshot of the same URL, returning whether it changed and a unified diff (no LLM). When to use: monitoring a page for updates - prices, docs, policy pages, SEO titles/meta; first call stores the baseline, later calls return added
web_monitor_setCreate a scheduled change monitor for one public URL: the server re-fetches the page on an interval, stores a new snapshot and records a diff event whenever the readable text changes. When to use: the user wants to be told when a page changes (price, docs, policy page, job post,
web_monitor_listList the scheduled change monitors owned by the calling IP, with latest/next check time, last title or error, and the 5 most recent change events. When to use: after web_monitor_set, poll this instead of re-fetching the page; or to show the user what is currently being watched. D
web_monitor_deleteDelete one scheduled change monitor owned by the calling IP (its event history is removed too). When to use: the user no longer needs to watch a page, or the per-IP monitor limit was reached. Do not use: to pause a monitor temporarily - there is no pause; delete and re-create. Re
prediction_market_oddsLive implied probabilities from prediction markets (Polymarket primary, Manifold fallback). When to use: 'what does the market think will happen', event odds, election/crypto/macro probabilities. Do not use: for spot prices (crypto_trending) or historical search interest (attenti
crypto_trendingCrypto attention and market context: CoinGecko trending coins, top markets, DeFi TVL and Fear & Greed. When to use: what is trending in crypto, which tokens are moving, risk appetite, TVL leaders. Do not use: for on-chain settlement verification (use btc/eth/xmr/zec/tron tools) o
list_chainsList every chain on the RobotBase roster with its state. When to use: the user asks which chains are supported, which nodes are online, or where to start. Do not use: for one chain's live health call chain_status; for what a node can and cannot answer call robotbase_capabilities.
chain_statusLive run-time state of one chain's node. When to use: is this chain's node synced, healthy or lagging; what is its height, peer count, mempool depth or client version. Do not use: fees (that is btc_get_fee_rates); a specific payment (that is btc_get_transaction); ZEC pool distrib
robotbase_servicesLive availability of every service behind the RobotBase gateway: the chain nodes, Web3 Agent Hub, AITOKENS and MCP itself. When to use: an overall platform health check, or finding which service is down. Do not use: for a single chain's node state (chain_status) or its capability
robotbase_capabilitiesPer-chain capability, retention boundary and fee model. When to use: before promising that some query is possible, or when a tool refused a query as out of range. Do not use: for live numbers (that is chain_status). Returns: one row per chain {chain, tier, name, client, state, ca
btc_get_mempool_stateBitcoin mempool depth, capacity load and a busy/normal verdict. When to use: deciding whether now is a good moment to settle on-chain, or how large the backlog is. Do not use: to choose a fee (that is btc_get_fee_rates). Returns: txs, bytes, usage_mb, max_mempool_mb, load_pct, mi
btc_get_fee_ratesBitcoin fee rates for confirmation targets, plus the mempool floor. When to use: pricing a Bitcoin transaction, or deciding when a sweep will confirm cheaply. Do not use: to measure backlog depth (that is btc_get_mempool_state). There is no equivalent for Zcash: ZEC fees are prot
btc_get_transactionLook up one Bitcoin transaction by txid - the core settlement check. When to use: has this payment arrived, which block is it in, how many confirmations does it have. Do not use: for a whole block (that is btc_get_block); for an address balance (that is btc_get_address). Returns:
btc_get_blockBitcoin block summary by height or hash; omit both for the chain tip. When to use: an overview of a block, or confirming which block a payment landed in. Do not use: to fetch a single payment (that is btc_get_transaction). Returns: hash, height, time, txs, size, weight, confirmat
btc_get_addressBalance and activity of a Bitcoin address, with no key involved. When to use: reconciling a merchant wallet, or checking whether an address received funds and how active it is. Do not use: we do not label or risk-score addresses; for a single payment use btc_get_transaction. Retu
btc_get_network_statsBitcoin 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
broadcast_raw_transactionRelay an already-signed raw transaction to the network through our own full node (non-custodial: we never see a private key). When to use: an agent signed a transaction locally and wants a high-availability broadcast path into the Bitcoin network. Do not use: to build or sign a t
ltc_get_fee_ratesLitecoin fee rates for confirmation targets, plus the mempool floor, read from our own litecoind. When to use: pricing an LTC payment or deciding when a transfer will confirm cheaply. Do not use: to measure backlog depth (that is ltc_get_mempool_state) or for Bitcoin fees (btc_ge
ltc_get_mempool_stateLitecoin mempool depth, fee-rate histogram and a busy/normal verdict. When to use: deciding whether now is a good moment to settle LTC, or how deep the pending backlog is. Do not use: to choose a fee (that is ltc_get_fee_rates). Returns: txs, bytes, usage_mb, max_mempool_mb, load
ltc_get_transactionLook up one Litecoin transaction by txid: the settlement check for an LTC payment. When to use: did an LTC payment arrive, which block is it in, how many confirmations does it have, or is it still pending. Do not use: for a whole block (that is ltc_get_block); this node has no ad
ltc_get_blockLitecoin block summary by height or hash; omit both for the chain tip. When to use: an overview of an LTC block, fee totals, MWEB activity, or confirming which block a payment landed in. Do not use: to fetch a single payment (that is ltc_get_transaction). Returns: hash, height, t
ltc_get_network_statsLitecoin network and node statistics from our own full node. When to use: network difficulty or hashrate, chain transaction throughput, node version, peers, uptime, relay fee or index health. Do not use: for fee advice (ltc_get_fee_rates), mempool depth (ltc_get_mempool_state) or
eth_get_blockOne Ethereum block by number, tag (latest/finalized/safe) or hash: timestamp, transaction count, gas used against the limit, base fee, block builder and size. When to use: block-level context - how full is Ethereum right now, when a block was produced, what the base fee was, or w
eth_read_contractRead-only (eth_call) against any Ethereum contract, executed by our own Reth node. ERC-20 helpers balanceOf / allowance / decimals / symbol / name / totalSupply are built in; any other function can be called by passing its 4-byte `selector` plus ABI-encoded `parameter`. Nothing i
eth_get_logsEthereum event logs over a block range, optionally filtered by contract address and event signature, with ERC-20 Transfer logs decoded (token, from, to, amount). When to use: find transfers or contract events in a window - 'who moved this token in the last N blocks', or watch a c
eth_get_transactionEthereum transaction check by hash: success or reverted, gas used, fee paid, confirmations, whether the block is finalized, and any ERC-20 transfers decoded from the receipt logs (token, from, to, amount). When to use: did this ETH or ERC-20 payment actually settle, is it irrever
eth_get_accountEthereum account state from our own node: ETH balance, nonce, and whether the address is a contract. When to use: balance and account type before sizing a transfer, or telling an EOA from a contract. Do not use: for ERC-20 token balances (eth_read_contract with balanceOf) or addr
eth_get_fee_ratesEthereum fee market from our own Reth node: current and next base fee, priority-fee percentiles over the last blocks, and the estimated ETH cost of a plain transfer and of an ERC-20 transfer. When to use: pricing an Ethereum transaction, or deciding what tip gets included quickly
tron_check_address_riskTRON address risk intelligence: judicial and black-market labels, account profile and a 0-100 safety score. When to use: before accepting USDT from a counterparty - OTC settlement, merchant payout, or any agent that must not receive tainted funds; also to sanity-check an address
tron_verify_usdt_transferTRC-20 USDT settlement check by transaction id: did it land, is it irreversible, how much, from and to whom. When to use: an agent or a merchant must confirm a USDT payment before releasing value - this is the settlement check that closes an automated trade loop. Do not use: to a
tron_get_current_blockThe current (tip) TRON block: number, id, parent, timestamp, transaction count and a breakdown by contract type, plus the producing witness. When to use: how busy TRON is right now, what is in the block being produced, who produced it. Do not use: to fetch an older block - a lite
tron_get_transactionOne Tron transaction by txid: success or reverted, energy used, the call it made, and - this is the important part - any TRC-20 transfers decoded from the receipt logs (token, from, to, amount). When to use: did this USDT payment really land, for how much, from whom, and is it fi
tron_get_accountTRON account state read straight off our own node: TRX balance, whether the account is activated, energy and bandwidth (used / limit), whether it is a witness, and account age. When to use: TRX balance and resource state before sizing a transfer, or checking whether an address ex
tron_read_contractRead-only (constant) call against any TRON contract, executed by our own node. TRC-20 helpers balanceOf / allowance / decimals / symbol / name / totalSupply are built in; any other function can be called with a raw selector plus ABI-encoded parameter. No state is changed and no k
tron_get_blockOne Tron block by height or block id, read from our own node: producer, timestamp, transaction count split by contract type, and the tx ids in it. When to use: inspect a specific block, or confirm which block a transaction landed in. Do not use: for the tip only (tron_get_current
tron_get_node_statusTRON node state from our own java-tron full node: tip height, finalized (solidity) height and how far solidity lags, peers, client version, transactions in the tip block. When to use: is the TRON node we operate synced and healthy, and how far behind is the finalized state. Do no
tron_get_contractTRON contract metadata: name, creator, whether its ABI is published on chain, the function list, code hash and whether it looks like a TRC-20. When to use: before calling a contract, or to tell an unverified contract from a published one. Do not use: for risk/backdoor analysis (t
tron_get_chain_economicsTRON chain economics straight off our node: energy price (sun per energy unit), transaction fee, account creation fee, witness pay per block, total energy and bandwidth limits, maintenance interval and the next maintenance time, unfreeze delay. When to use: working out what a tra
tron_list_witnessesTRON super representatives and candidates: who is producing blocks, how many they produced, how many they missed, votes and websites - read from our own node. When to use: governance or staking questions about TRON, or checking the health of block production. Do not use: for acco
tron_list_proposalsTron governance proposals: id, proposer, state, approvals, expiry and the parameters they would change. When to use: governance or staking questions, or checking whether a chain-parameter change is pending. Do not use: for the current parameter values (tron_get_chain_economics) o
xmr_get_recent_blocksThe most recent Monero blocks with the observed block interval. When to use: checking that XMR is producing blocks normally and at roughly the 120s target. Do not use: for one specific block (xmr_get_block). Returns: tip_height, avg_block_interval_s, target_interval_s, blocks[] {
xmr_get_blockOne Monero block header, by height or by block hash. When to use: confirming which block a transaction landed in, or inspecting reward, difficulty and weight of a block. Do not use: to list recent blocks (xmr_get_recent_blocks) or to look up a transaction (xmr_get_transaction). R
xmr_get_node_statusMonero node state: height vs target, sync flag, difficulty, txpool size, database size, monerod version and peer counts. When to use: whether the XMR node is synced and healthy, or how big its chain and txpool are. Do not use: for fees call xmr_get_fee_rates; for one transaction
xmr_get_fee_ratesMonero fee estimate per kB, split into ascending priority tiers, read from our own monerod. When to use: pricing an XMR transaction, or deciding whether to pay the baseline fee to land in the next block. Do not use: for Bitcoin fees (btc_get_fee_rates) or for mempool depth (xmr_g
xmr_get_mempool_stateMonero mempool: pending transaction count, total bytes and fees, age of the oldest pending tx, double-spend/failing counts. When to use: is the network quiet or piling up, and roughly how long a new transaction waits. Do not use: for fees (xmr_get_fee_rates) or for a specific pay
xmr_get_transactionLook up one Monero transaction by txid: is it mined, in which block, how many confirmations, its size, output count and ring size. When to use: did this XMR transfer get into a block, and how deep is it now. Do not use: to learn the amount or the sender/recipient - Monero hides t
xmr_get_network_statsMonero network-wide state: network hashrate, difficulty, emission and fees over the last 720 blocks, protocol version and the next hard fork. When to use: macro questions about the Monero network - how much hashrate secures it, what is being issued, and which protocol version is
누구나 볼 수 있는 정보를 점검했고, 코드는 읽지 않았어요. 해당하지 않는 항목은 개수에서 뺐어요. · 2026년 11월 14일 점검
질문하고, 팁을 나누고, 안 되는 점을 알려 주세요. "도움이 됨"이 많은 순서예요.
아직 리뷰가 없어요
레지스트리에서 이 카테고리의 활성 서버 전체와 비교했어요. 스타는 게시자가 저장소를 소유한 경우에만 세요.
해당하는 기본 점검 5개 중 5개를 통과했어요. 코드는 읽지 않았어요. 키나 토큰을 넣기 전에 서버가 어떤 권한을 요구하는지 확인하고, 꼭 필요한 권한만 있는 키를 쓰세요.
레지스트리에 필수 키가 나와 있지 않아요. 다만 처음 쓸 때 로그인을 요구하는 서버도 있어요.
제작자의 클라우드에서 실행돼요. 설치 없이 인터넷으로 연결하지만, 보내는 내용은 제작자의 서버를 거쳐요.
GitHub 저장소는 마지막으로 17일 전 변경됐고, 최신 버전(0.32.3)은 17일 전 레지스트리에 올라왔어요.
Claude Desktop, Claude Code, Cursor, VS Code처럼 MCP를 지원하는 앱에서 쓸 수 있어요. URL로 연결되므로 원격 MCP를 받는 앱에서도 쓸 수 있어요. 예: 웹 ChatGPT(Business 이상은 전체 MCP, Pro는 읽기 전용).
같은 카테고리에는: Solana MCP by Vybe, Oracle3 prediction-market arbitrage checks, Polymarket Paper Trader
같은 카테고리에서 다른 제작자가 만든 서버예요. 스타 순으로 정렬했어요.
카드 보는 법:↓ 주간 다운로드i★ GitHub 스타i세 기둥: 리뷰 · 점검 · 사용 정도i업데이트 = 최신 버전을 레지스트리에 공개한 날i
Solana MCP developer toolkit: wallets, trades, markets, PnL, transfers, onchain, swaps & API tools.
Kalshi and Polymarket data, venue fees, no-arbitrage checks and paper execution for AI agents.
Polymarket paper trading for AI agents: $10k paper money, real order books, official fees.
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One MCP endpoint for agents: search the web, read any page, verify on-chain payments, and pay per call — no API keys.
免鉴权 · 无追踪 · 只读 | 自建裸金属全节点,对 Agent 暴露统一的「验证 + 风控」语义入口
Hosted surface: three MCP editions, all including the full 17-tool web toolbox: Web3 (https://web3.robotbase.cc/mcp, 65 tools — BTC/ETH/XMR/ZEC/TRON verification & risk, prediction markets, crypto trends), Dev (https://dev.robotbase.cc/mcp, 18 tools — GitHub/HF/npm/PyPI/HN trends + web), and Content (https://content.robotbase.cc/mcp, 35 tools — social hot lists, attention trends, 16 CyberLibrary book tools + web). https://robotbase.cc/mcp is the Web3 compatibility alias. This repository is the dependency-free reference implementation: 45 tools (41 free verification + 2 risk + 2 web).
| Edition | Endpoint | Tools | Audience |
|---|---|---|---|
| Web3 | https://web3.robotbase.cc/mcp | 65 | chain verification, risk, prediction markets, crypto trends |
| Dev | https://dev.robotbase.cc/mcp | 18 | GitHub/HF/npm/PyPI/HN trends + web docs tooling |
| Content | https://content.robotbase.cc/mcp | 35 | social hot lists, attention trends, books + web |
https://robotbase.cc/mcpis a compatibility alias of Web3 for existing clients — it is not a separate MCP server and should not be listed as a separate connector.
All four include the 17-tool web toolbox. Free web allowance is 100 calls/day/IP per edition; the x402 credit balance is shared.
llms-install.md · Privacy: https://robotbase.cc/privacy · Security: SECURITY.mdBase and Solana data tools were retired on 2026-10-18. The five-chain surface is Bitcoin, Ethereum, Monero, Zcash and Tron. x402 payments still settle in USDC on Base or Solana; that is a payment rail, not a data service.
Hosted endpoint: `https://robotbase.cc/mcp` · Landing page: https://robotbase.cc/mcp · Server card: https://robotbase.cc/mcp/server.json · Live usage audit: https://robotbase.cc/mcp/stats
Listed in the official MCP Registry as io.github.wygogogo19/robotbase-mcp · indexed by Glama · published on Smithery (wygogogo/robotbase-mcp).
An autonomous agent handling crypto has exactly two blocking questions: did this payment actually settle, and what will the next one cost. Ask an LLM those today and it has nowhere reliable to look — the MCP ecosystem is rich in wrappers around hosted indexers and thin on self-run infrastructure.
The Web3 edition answers with 65 strictly read-only tools (44 free verification tools + 2 metered risk tools + 2 market/trend tools + 17 web tools: 14 metered plus 3 free helpers — web_crawl_job, web_monitor_list and web_monitor_delete); this reference implementation ships 45 of them (41 free + 2 risk + 2 web). Everything is backed by our own full nodes, local indexes and a metered web layer: btc_get_transaction for the settlement check, btc_get_fee_rates and btc_get_mempool_state for the price of the next one, zec_get_pool_status for Zcash shielded-pool supply, a full Monero surface (xmr_get_fee_rates, xmr_get_transaction, xmr_verify_payment, …) read straight off our own monerod, an Ethereum surface (eth_get_transaction, eth_get_fee_rates, eth_read_contract) on our own Reth node, and a Tron surface (tron_read_contract, tron_get_transaction) on our own java-tron node.
| Tier | What it covers | Limit |
|---|---|---|
| Verification (41 tools) | Fee, mempool, tx/block/address verification, node and shielded-pool telemetry, optional raw-tx relay | Free forever, no key, no signup |
| Risk intelligence (2 tools) | tron_check_address_risk, tron_verify_usdt_transfer | 5 calls/day per IP free, resets 00:00 Asia/Shanghai |
| Hosted web tools (17 tools) | web_search, web_fetch, web_crawl, web_map, web_extract, web_act, web_screenshot, web_feed, web_metadata, web_fetch_batch, web_diff, web_monitor_* and helpers — one shared web bucket | 100 calls/day per IP, per edition, resets 00:00 Asia/Shanghai |
| x402 credit packs | Past the free allowance, each metered call costs $0.01 (1 credit: risk 1, web_search 1, web_fetch 1) | 10 calls / 0.10 USDC or 100 calls / 1.00 USDC in USDC on Base or Solana, paid from the caller's own wallet — payment rail only, no Base/Solana chain data |
Base and Solana are a payment rail only. x402 settles in USDC on Base or Solana, but RobotBase does not serve Base or Solana chain data: those eight data tools were retired on 2026-10-18, and the roster is Bitcoin, Ethereum, Monero, Zcash and Tron.
Every metered answer carries its own _metering block (allowance, reset time, calls left), and a call that fails local validation — a malformed address or txid — does not consume the allowance. Past the free allowance the tool returns Payment Required and names the top-up page instead of a partial result.
There is no API key, no account and no subscription — from 2026-10-16 the paid tier is x402 machine payment only. When the free allowance runs out the tool answers 402 Payment Required with the full machine-readable terms in structuredContent.accepts[]. An agent settles one credit pack (EIP-3009 on Base, a signed transfer on Solana), then re-sends that same payment payload in params._meta["x402/payment"] on every later call: settlement is idempotent per payment nonce, so the payload is never charged twice — each call simply spends one credit until the pack is empty. Buy another pack to continue.
Replay works the same on both networks. For Solana the payload carries only the signed transaction, so the server recovers the payer from the settled-payment ledger by the transaction hash — it never re-simulates a transaction that already landed.
x402_pay.py is the complete paid-tier implementation and it ships in this repo. It is standard library only — it talks HTTP to your facilitator and keeps a sqlite ledger. It never touches a private key and never submits a transaction.
What it does:
| Piece | Behaviour |
|---|---|
| 402 challenge | structuredContent.accepts[] lists every network/asset/pack combination, with extra.feePayer for Solana and the EIP-712 domain for EIP-3009 |
| Settlement | POST /verify then POST /settle on your facilitator, once per payment nonce |
| Credit | a settled pack credits calls against the payer address; the pack is spent one call at a time |
| Replay | the client re-sends the same payload; the ledger short-circuits it, so nothing is simulated or settled twice (EVM and Solana alike) |
| Retry safety | the same payer + tool + arguments within 5 minutes returns the cached answer with charged_this_call=false |
| Balance | GET /credits?payer= returns credits left, calls charged, last payment and the live pack list |
| Exhaustion | the tool answers PaymentRequired / insufficient_credit instead of a partial result |
| Failure safety | a tool that fails local validation returns _no_charge, so a bad argument never burns a credit |
| Concurrency | spend() is a single atomic UPDATE ... WHERE balance>0; the balance cannot go negative |
| Reconciliation | if a settlement's response is lost, EIP-3009 authorizationState is checked on-chain before crediting again |
Enable it entirely through environment variables (see examples/x402.env.example):
export RB_X402_ENABLED=1
export RB_X402_FACILITATOR_URL=https://facilitator.example export RB_X402_OPTIONS='[{"network":"eip155:8453","asset":"0x…","pay_to":"0x…","decimals":6, …}]' export RB_X402_PACKS='[{"amount_atomic":"100000","calls":10,"label":"10 calls"}]' export RB_X402_LEDGER_DB=./x402_credit.db python3 server.py
With those unset, the server runs the free tier only. This repo ships the 45 chain/web tools as a reference implementation — the only differences from the hosted endpoint are where the per-chain backends point (your RB_* variables instead of ours) and the hosted-only CyberLibrary bridge (16 book tools) and fifteen additional web tools (screenshot, map, batch, feed, metadata, crawl, extract, act, extract_schema, diff, crawl_async, crawl_job, monitor_set, monitor_list, monitor_delete), which are not included here.
Check a payer's balance without spending a call:
GET https://robotbase.cc/mcp/credits?payer=<the address that paid>
→ { "found": true, "credits_remaining": 19, "calls_charged": 1, "last_payment": { … }, "packs": [ … ] }
EVM addresses are case-insensitive; there is no authentication because the balance is derived from public on-chain payments.
{
"mcpServers": { "robotbase": { "url": "https://robotbase.cc/mcp" } } }
Works with Claude Desktop, Cursor, VS Code (remote MCP), and any MCP client supporting Streamable HTTP (2025-06-18). No API key needed.
curl -s https://robotbase.cc/mcp -H 'content-type: application/json' \
-d '{"jsonrpc":"2.0","id":1,"method":"tools/call", "params":{"name":"btc_get_fee_rates","arguments":{}}}'
Public order is web-first, then high-frequency verification (the order returned by
tools/listandserver.json); the hosted endpoint puts its 16 CyberLibrary tools last.
The hosted endpoint
https://robotbase.cc/mcphas 79 tools: these 45 plus 3 free XMR wallet/merchant tools, the 16 CyberLibrary book tools (cyberlibrary_catalog_index,cyberlibrary_language_shard,cyberlibrary_book_meta,cyberlibrary_get_toc,cyberlibrary_get_chapter,cyberlibrary_get_markdown,cyberlibrary_cite,cyberlibrary_search_books,cyberlibrary_fulltext_search,cyberlibrary_service_info,cyberlibrary_get_chunks,cyberlibrary_verify_quote,cyberlibrary_search_passages,cyberlibrary_rag_context,cyberlibrary_semantic_search,cyberlibrary_search) twelve additional web tools (web_screenshot,web_map,web_fetch_batch,web_feed,web_metadata,web_crawl,web_extract,web_act,web_extract_schema,web_diff,web_crawl_async,web_crawl_job) and 3 scheduled-monitor tools (web_monitor_set,web_monitor_list,web_monitor_delete).
The hosted endpoint exposes seventeen web tools: web_search, web_fetch, web_screenshot, web_map, web_fetch_batch, web_feed, web_metadata, web_crawl, web_extract, web_act, web_extract_schema, web_diff, web_crawl_async, web_crawl_job, web_monitor_set, web_monitor_list and web_monitor_delete. This reference implementation ships the first two; the other fifteen are hosted-only. They are listed first in the public tools/list order.
Two general-purpose web tools sit next to the on-chain surface. They are the entry point an agent uses before it verifies: search the live web, read the one page that looks authoritative, then check the claim on chain. No API key is needed to call them.
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