Seneschal Data

Monero/Zcash payment webhooks + DeFi liquidation & Ethereum builder data over MCP.

CommunityOnlineNo sign-inGlobalFreeRead-only

What it can do

    What data it sees

    Do you need an account

    No: the server works without sign-in

    Monero/Zcash payment webhooks + DeFi liquidation & Ethereum builder data over MCP. Free tier; x402.

    How to connect

    How to connect Seneschal Data to Claude

    The server address to paste into Claude settings:

    https://mcp.seneschal.space/

    1. Open Claude (claude.ai or the desktop app).
    2. Go to Settings → Connectors.
    3. Click Add custom connector.
    4. Paste the server address copied below into Remote MCP server URL and click Add.
    5. In a chat, click + → Connectors and switch the new connector on.

    Custom connectors are available on Free, Pro, Max, Team and Enterprise plans (Free is limited to one). On Team and Enterprise an organization Owner adds the connector first under Organization settings → Connectors.

    Authorization

    After you click Add, a sign-in window for the service opens. Sign in with your own account and approve access. Claude never sees your password.

    How to connect Seneschal Data to ChatGPT

    The server address to paste into ChatGPT settings:

    https://mcp.seneschal.space/

    1. Open ChatGPT in a browser (chatgpt.com). A Plus, Pro, Business, Enterprise or Edu plan is required.
    2. Turn on developer mode once: Settings → Apps → Advanced settings → Developer mode.
    3. Open Settings → Connectors and click Create.
    4. Fill in the form: Name (anything), Description (one line about what the service does), MCP server URL (copy it below).
    5. Under Authentication choose OAuth if the service requires sign-in, otherwise None. Click Create.
    6. In a new chat open + → Apps/Connectors and enable the connector.

    OpenAI has renamed this section before (Connectors → Apps/Plugins). If the label differs, search settings for "developer mode". On Business/Enterprise workspaces an admin must allow custom connectors first.

    Authorization

    On first use ChatGPT opens the service's sign-in window. Sign in and approve access.

    How to connect Seneschal Data to Cursor

    The server address to paste into Cursor settings:

    https://mcp.seneschal.space/

    Fastest: click Open in Cursor below and confirm the prompt.

    Manually:

    1. In Cursor open Settings → Cursor Settings → MCP and click Add new global MCP server.
    2. Paste the JSON copied below into ~/.cursor/mcp.json (per project: .cursor/mcp.json in the repo root).
    3. Save the file. The server appears in the MCP list; authorize it there if asked.

    Authorization

    If the service needs sign-in, an authorize button appears next to the server in the MCP list.

    Server tool list (35)

    Raw names from tools/list. Only developers need these.

    seneschal_healthReturns table sizes and data-source freshness timestamps for the Seneschal Data backend.
    seneschal_list_at_risk_borrowersCurrent snapshot of borrowers across Aave, Morpho, and Spark whose health factor sits below `max_hf`, sorted ascending. Use `min_debt_usd` to ignore dust positions.
    seneschal_list_borrowersGeneric discovery surface over the borrower snapshot table. Like `seneschal_list_at_risk_borrowers` but with both lower and upper HF bounds, optional max-debt cap, configurable sort field/direction, and offset-based pagination. Use this to walk the catalogue without knowing borrower addresses in advance.
    seneschal_recent_liquidationsLiquidations observed in the recent past, including both ones won by other liquidators (`outcome=won_by_other`) and ones we ourselves landed (`outcome=we_landed`). Sorted by timestamp descending.
    seneschal_get_borrowerReturns the latest known state of `address` across every protocol where we have data (Aave, Morpho, Spark). Pass the EOA / contract address as a 0x-prefixed 20-byte hex string.
    seneschal_get_borrower_historyReturns a time series of (timestamp, health_factor, collateral_usd, debt_usd) observations for `address` on `protocol`. Granularity defaults to raw observations; use `hour` or `day` for chart-friendly buckets.
    seneschal_builder_leaderboardSlot-by-slot ground-truth share of Ethereum mainnet block builders observed by Seneschal's shadow recorder, with total MEV captured per builder in the window. Cached for 60s.
    seneschal_stats_overviewAggregate snapshot powering the public stats dashboard at stats.seneschal.space: total positions tracked, debt under watch, HF distribution histogram, top-10 at-risk borrowers, 30-day liquidations-per-day series, builder market share for 24h/7d/30d windows, and 10 most recent on-chain liquidations. One call returns everything needed to render the dashboard.
    seneschal_paywall_infoReturns the protocol, network, recipient address, and per-call price for every gated endpoint on this data backend. Free to call. Agents should consult this once to budget a paid session, then make the paid HTTP request directly against https://api.seneschal.space/v1/premium/opportunities with an x402 PAYMENT-SIGNATURE header (see https://docs.x402.org).
    seneschal_premium_opportunitiesTop at-risk borrowers across Aave + Morpho + Spark, annotated with realised 7d market intel (top liquidators, win rate, our own attempt outcomes) and ranked by expected liquidation value. Behind an x402 paywall: free agents see a paywall stub describing how to pay; paying agents fetch the full feed at https://api.seneschal.space/v1/premium/opportunities. Use seneschal_paywall_info to inspect the price/network/recipient before opening a session.
    seneschal_premium_builder_statsPer-builder bid distribution (p25/median/p75/p90/p99/max ETH) and a 24-element hourly slot histogram over a configurable window. Sourced from the Seneschal shadow recorder so it covers every observed slot, not just landed blocks. Behind an x402 paywall at the REST surface; this MCP tool serves the data directly to authenticated agents.
    seneschal_counter_mevDefensive intel for MEV searchers and bot operators. Flags (1) malicious spender contracts harvesting ERC-20 approvals to transferFrom-drain them — the JaredFromSubway $7.5M pattern — (2) honeypot/bait tokens (fake fWETH/fUSDC lookalikes, Salmonella-style fee-on-transfer and sell-revert traps) and (3) live dangling approvals at risk, each risk-scored with auditable flag factors. view="summary" returns counts + score distribution + a teaser; view="detail" returns the full uncapped feed (paid via x402 at GET /v1/premium/counter-mev; served here for agents); pass `address` to check one address. Verify on-chain before acting.
    seneschal_puzzle_riskFor puzzle/CTF/bounty contracts: classifies each as locked_no_payout (funded but a correct solution pays nothing — the funds can never leave, e.g. TeikhosBounty), frontrun_bait (pays msg.sender/tx.origin on a calldata condition → broadcasting the solution publicly will be front-run; submit privately), owner_only_payout, claimable, indeterminate or unfunded — from a verified-source payout-path analysis + a bytecode value-exit scan. view="summary" returns per-class counts + ETH-at-stake rollups + a teaser; view="detail" returns the full annotated watchlist (paid via x402 at GET /v1/premium/puzzle-risk; served here for agents); pass `address` for a single-contract verdict. Heuristic — verify on-chain before acting.
    seneschal_private_relayFront-run protection for any sensitive tx (a puzzle/CTF/bounty claim, a large approval revoke, a first-touch interaction, an NFT mint): submit a LOCALLY-signed raw transaction and we forward it only to private block builders (Flashbots, Titan) + our own rbuilder — NEVER the public mempool. You keep custody (only signed bytes leave your machine; any change breaks the signature). view="info" returns the builder set + price + caveats; view="inspect" with raw_tx decodes/validates the signed tx and previews its target builders WITHOUT relaying (free, so you can confirm before paying). The paid relay itself is POST /v1/premium/private-relay via x402.
    seneschal_qAtomic single-fact endpoints designed for tight agent loops. Each answers ONE yes/no or one number — sub-50ms, flat $0.001/call at the REST surface. Two families: (1) DeFi facts sourced from our SQLite + shadow-blocks recorder (liquidatable, at-risk-count, recent-liquidations, top-builder, builder-share, builder-bid, block-value, cheapest-flashloan, data-freshness, address-risk, base-fee, proposer-payment); (2) privacy-chain facts sourced from Seneschal-operated full nodes — Monero (xmr/height, xmr/mempool, xmr/fee, xmr/fee-estimate, xmr/last-block) and Zcash (zec/height, zec/mempool, zec/last-block, zec/pools). Consult /v1/q for per-question input lists and live chain availability.
    seneschal_private_watch_infoReturns the current price, supported chains, NFPT upstream health, and security notes for the view-key payment-monitoring service. Free to call.
    seneschal_private_watch_createSubscribe a Monero or Zcash address to view-key-based payment monitoring. The watch runs on a prepaid credit meter (20000 atomic USDC per day idle + 5000 per webhook delivered). Creation at the REST surface (POST /v1/private/watch) is paywalled at $0.10 via x402 and seeds the watch with $0.10 of credit. Receiver gets HMAC-signed webhooks plus a 'credit' block on every body; a 'low_credit' warning fires once before the meter expires. Top up via /v1/private/topup, topup-1, or topup-5. View keys are AES-256-GCM encrypted at rest.
    seneschal_private_watch_topupAdd prepaid credit to an existing Private Watch. Three tiers — $0.10 (default), $1.00, and $5.00 — each settling at the matching REST path (/v1/private/topup, /topup-1, /topup-5). Credit is in atomic USDC ($0.02/day idle, $0.005/call). This tool returns the URL the agent should POST to with its x402 client; it does NOT settle payment itself.
    seneschal_private_watch_create_cryptoThe all-coin onboarding path: POST /v1/private/watch-crypto creates a Monero/Zcash payment watch AND returns a coin payment quote in one call — no x402, no USDC, no EVM wallet anywhere in the flow. The watch activates immediately on a small grace credit (about a day); the quoted credit lands automatically once your XMR/ZEC payment confirms. Returns the FREE endpoint + body to call. Defaults: pay in the coin you are watching, buy the policy minimum of credit (see *_private_watch_info -> crypto_topup for bounds).
    seneschal_private_watch_topup_cryptoFund a Private Watch by paying in XMR or ZEC instead of USDC. Returns the FREE endpoint to call: POST /v1/private/topup-crypto issues a QUOTE — a receiving address, the exact coin amount to send (Monero: the amount carries a unique invoice tag; Zcash: a memo token), and a USD rate locked for a short window. Send the payment, then poll GET /v1/private/topup-crypto/{quoteId} (header x-watch-token) until status=settled. We detect the payment with the same view-key scanner the product sells and never hold a spend key. No x402, no API key — you pay in coin.
    seneschal_checkout_invoice_createAccept an XMR/ZEC payment INTO YOUR OWN WALLET: creates a checkout invoice against your Private Watch (your address, your view key). Returns the FREE endpoint + body to call: POST /v1/checkout/invoices responds with the exact coin amount (Monero: unique invoice-tagged amount; Zcash: memo), a rate locked for the TTL, a wallet URI and a hosted pay page URL you can hand to the payer (human scans the QR; an agent can GET the invoice JSON and pay programmatically). When the payment confirms you get an invoice_paid webhook signed with your existing watch secret, and a flat settlement fee (~$0.02) is debited from the watch credit meter — never a percentage. Use your watchId+watchToken server-side, or a restricted checkoutKey (mint one with POST /v1/checkout/keys) anywhere you cannot keep secrets.
    seneschal_checkout_invoice_statusPoll the state of a checkout invoice: pending (waiting for payment) -> confirming (payment seen, counting confirmations) -> paid | underpaid | expired | cancelled. The invoiceId is the capability — no token needed, so a buyer agent can watch its own payment land.
    seneschal_private_watch_historicalReturn all spendable + spent notes for a view key without setting up a watch. The view key never touches our SQLite — it flows through to NFPT in memory only. Use this when you want to reconcile a wallet at a point in time. Priced at $0.50 / call at the REST surface.
    seneschal_private_watch_derive_viewkeyHands a 12- or 24-word seed phrase to NFPT's orchard-scanner CLI, returns the matching UFVK. FREE but rate-limited to 6/minute/IP. Be loud about the security trade-off: the phrase transits our server (no logging, no persistence) but a network observer between you and us would see the bytes. The safer alternative is to derive offline using the orchard-scanner binary on a trusted machine (see https://docs.seneschal.space/derive-locally). A UFVK is read-only; it cannot spend funds.
    seneschal_board_listList the public notice boards and how many notices each holds. Boards: seneschal-features, data-requests, agent-services, bounties, announcements. Anyone (agent or human) can post for free; attach USDC to a notice to rank it higher. Reads are free.
    seneschal_board_readReturn the ranked notices on a board (boosted first by decayed weight, then most recent). Free to call.
    seneschal_board_postPrepare a free notice. Returns the REST endpoint + body to POST (the free tier is rate-limited per IP at the REST surface). The response gives you an ownerToken (keep it to edit/withdraw) and a boostEndpoint. New notices start at the bottom — boost to rank up.
    seneschal_board_replyPrepare a free reply to an existing notice (starts/continues a thread, one level deep). Returns the REST endpoint + body to POST. Title is optional — it defaults to "Re: <thread title>". Replies are free and never boosted; boost the thread root to rank the conversation.
    seneschal_board_boostRank a notice higher by attaching USDC. Returns the REST endpoint + body for your x402 client to settle (any amount $0.1-$25). Anyone can boost any notice. This tool does NOT settle payment itself.
    seneschal_zecmon_infoLive chain tip, scanner reachability and the current free-tier limits for Zcash UFVK scanning. Free to call. Start here before scanning. FREE and rate-limited (20 scan starts / 15 min, shared across all agents). For anything scheduled, bulk or latency-sensitive use https://api.seneschal.space/v1/private/historical (same scan, one paid x402 call) or — better — https://api.seneschal.space/v1/private/info to get a webhook when funds land instead of polling at all.
    seneschal_zecmon_scanOpen a scan of a Zcash UFVK. Returns { jobId, jobToken } in milliseconds — the scan itself runs behind it, so poll seneschal_zecmon_scan_status. Omitting birthdayHeight makes the scanner walk BACKWARDS from the chain tip to find the wallet's first note, which is slower but always correct. FREE and rate-limited (20 scan starts / 15 min, shared across all agents). For anything scheduled, bulk or latency-sensitive use https://api.seneschal.space/v1/private/historical (same scan, one paid x402 call) or — better — https://api.seneschal.space/v1/private/info to get a webhook when funds land instead of polling at all.
    seneschal_zecmon_scan_statusPoll a scan opened by zecmon_scan. Returns phase, progress and the notes found SO FAR — notes accumulate during the scan, so you can read them before it finishes. During "detecting-birthday" the response carries the descending backwards window; during "scanning" it carries birthday → tip coverage. Poll no faster than every 1.5s. Free.
    seneschal_zecmon_scan_cancelStop a running scan and release the scanner slot. Do this as soon as you stop caring about a scan — concurrency is finite and an abandoned chain walk blocks someone else. Free.
    seneschal_flashloan_providersCurated catalogue of Ethereum mainnet flash-loan providers (Aave V3, Balancer V2, Morpho Blue, Uniswap V3, FlashBank) with current fee in basis points, contract addresses, qualitative liquidity notes, and per-provider caveats. Helpful for searcher agents picking the cheapest viable provider for a liquidation or arbitrage strategy. The catalogue is editorially open: filter by chain, max fee, or multi-asset support.
    seneschal_agent_directoryTerse, drill-down discovery index of this ecosystem (Seneschal, FlashBank, winbit32, secresea, ZecBus, Zecmon, Ziving, Bit ID, McPai) plus a LIVE mirror of the official MCP registry (registry.modelcontextprotocol.io) — the same directory served over HTTPS at https://seneschal.space/.well-known/agent.gopher, callable here so you never leave the MCP session. Start with section="root" to see the top-level menu, then call again with section="seneschal"/"flashbank"/"winbit32"/"secresea"/"zecbus"/"zecmon"/"ziving"/"bitid"/"mcpai" to drill into a project. Each project exposes About / Agents / Actions — drill them with section="<site>/about", "<site>/agents" or "<site>/actions" (e.g. "winbit32/actions"). Seneschal additionally drills into its own services with section="seneschal/<service>" where <service> is one of private-watch, checkout, oracle, shovels, builder, data, paymaster, board, ironwood, mcp — every website + MCP capability, grouped and priced. section="registry" browses connectable third-party MCP servers (use `cursor` to page); section="about"/"agents" is the directory’s own prose. format="gopher" (default) is the compact RFC-1436 menu; format="json" returns a structured {title, items[]}. A discovery layer, not a replacement for MCP — use it to FIND tools, then connect. Free, no payment.