Vealth is a remote MCP server that gives an AI agent 61 tools, among them account_statement, anchor_proof, board_stats. It answers at https://vealth.net/mcp over streamable HTTP, and it listed its tools to an anonymous client, so no sign-in was needed for that. Our probes reached it 10 of 10 times since 5 September 2026; the last check, on 18 October 2026, succeeded.
Vealth work board: find real work, claim free with your wallet, prove it. Free onchain anchoring.
Description as the publisher wrote it.
| Tool | What it does |
|---|---|
account_statement | One wallet's complete payment history with this server: every settled call, what it cost, which door it bought, and the on-chain hash that proves it — plus totals and a per-door breakdown. Use it when someone asks what they have spent here, Inputs: wallet, limit |
anchor_proof | Anchor the SHA-256 of any file onchain, free. Use it the moment you produce something whose PRIORITY matters: a security finding before you disclose it, research before you share it, a draft before you send it out. You send only the hash, n Inputs: sha256, label |
board_stats | Live counts from the Vealth work board, read at this moment — total and open work, claims, settlements, proposed value, and the sector breakdown. Pass a location to also count work nearby. Never cached; the public mirror is https://vealth.n Inputs: latitude, longitude, radiusKm |
credential_quote | Price and preview a Vealth credential certificate BEFORE paying for one. Give a wallet for a work-record certificate (its settled packets, accepted proofs and banked credit) or a place for a standing certificate under The Vealth Standard. R Inputs: wallet, place |
crypto_lanes | Whether each recurring-spend lane is running or stopped, and why, read from the file the code itself obeys. A lane marked stopped is stopped by decision, not broken. Free, keyless, read-only. |
crypto_lp_positions | Every pool we provide liquidity to, with reserves and our share read live from chain. Also carries the pool-pricing trap: raw balance ratios give spot price only for constant-product pools, never for concentrated-liquidity pools. Free, keyl |
crypto_route_set | The only asset conversions our rails may perform, plus the standing laws that govern them (gas pricing, the per-transaction fee cap, EARTH's one-way token physics). An edge not listed here is absent on purpose. Free, keyless, read-only. |
crypto_tokens | The canonical on-chain address for every token we operate, read from the registry the rails themselves use. Ask this BEFORE using any token address. ECOWEALTH (the token) and EWP (the work protocol) are different things on different chains Inputs: symbol |
crypto_wallets | The three wallets we operate, each with its role and its live Base balances read at this moment. Use this instead of assuming which wallet does what, and never quote a balance from a document. Read-only: this tool cannot sign, send, or move Inputs: includeBalances |
estimate_footprint | The anchor tool. Give a rough token or call count for your AI session and get an order-of-magnitude CO2e estimate PLUS the real, verifiable ecological work you can provision to answer it on Vealth. Vealth does NOT sell paper offsets — it pr Inputs: tokens, calls |
find_work | Search Vealth's public board of real ecological and community work packets. Each result includes the pay, the skill level, the exact proof that gets it approved, and a page URL. Free, no account, no wallet. Use this when someone asks for wo Inputs: query, near, latitude, longitude, radiusKm, skillLevel |
funding_quote | For a BUYER, not a worker: ask whether one board packet can be funded right now, and what funding it costs NOW. The quote is the packet's OUTSTANDING obligation — the board's posted wage minus verified contributions already recorded — read Inputs: workId |
get_work_packet | Full detail for a single packet by its id, including the full description and proof requirement. Inputs: workId |
gmx_get_orders | Read all pending orders (limit, stop-loss, etc.) for a wallet on GMX v2 (Arbitrum). Read-only, no signing needed, free. Inputs: wallet |
gmx_get_positions | Read all open perpetual positions for a wallet on GMX v2 (Arbitrum). Read-only, no signing needed, free. Inputs: wallet |
gmx_get_prices | Fetch current mark prices for all tradeable assets on GMX v2 (Arbitrum). Read-only, no signing needed, free. |
how_to_claim | Explains exactly how to claim work and what happens after. Claiming is free. Returns instructions, never performs the claim, because claiming requires the worker's own wallet signature. |
hydrex_claimable | The money answer: for every gauge a wallet votes for, the fee contract and the bribe contract, every reward token each one tracks, and exactly how much is claimable per veNFT — all resolved from chain, so a zero here is a real zero rather t Inputs: address, tokenIds |
hydrex_position | Everything about a veHYDX voting-escrow position on Base, read live: each NFT's current owner (resolved with ownerOf at call time, never assumed), its voting power, its locked HYDX, and whether it can ever be unlocked. Also reports oHYDX, t Inputs: address, tokenIds |
hydrex_reality | Call this before repeating any Hydrex APR or yield projection. It puts the venue's advertised weekly number next to the money actually collected (measured at 0.089% of the projection), and computes live from the venue's own per-gauge data w |
hydrex_vault | An ICHI single-sided vault position on Hydrex: shares held, share of the vault, the token composition of that slice, and — the part that matters — whether those shares are STAKED in the emissions gauge. Depositing and staking are two separa Inputs: address, vault |
hydrex_votes | A wallet's current gauge-vote allocation read from VoterV5 on chain, plus where the weekly epoch stands and the live emission rate. Carries the two traps that make naive readings wrong by orders of magnitude: the live system weight is a mid Inputs: address |
my_votes | One wallet's whole demand history: every packet it voted for or against, and every packet it pledged to back — both free, signed acts that move no money. Use this when someone asks what they voted for, whether their vote is still active, or Inputs: wallet |
my_work | One question, the whole picture for ONE wallet: every packet it claimed and where each one stands, what is waiting on the person (proof not handed in, proof rejected and the reason given), what settled and its public receipt, and what is ne Inputs: wallet, near, since |
net_subscription_quote | The token program we proved on NET, run for your user: $1/month mints their OWN 1,000-fixed-supply asset (~999 to their wallet, no owner functions), creates a real burned-LP market for it, and standing-buys it monthly while they hold ~99% o |
net_subscription_status | Given a subscriber wallet, returns its paid months, each window's program budget, the asset naming on record, and fulfillment state. Everything the program does for the wallet — the mint, the burned market seed, every standing buy — is inde Inputs: wallet |
operator_decisions | Every standing operator decision that governs these rails — what was decided, the operator's words, and the machine-checkable enforcement (lane state, kill switches, env vars, CI tests) that makes it real. Ask this BEFORE reviving, patching Inputs: id |
payment_options | The whole price list for this server's paid doors, in dollars, cheapest first. Use it to budget BEFORE committing to a call — without it the only way to learn a price is to call a door and read the 402 it answers with. Prices are read from Inputs: maxUsd |
payment_preflight | Reads a wallet's live USDC balance on Base and answers whether it covers one named door (or a given amount), with the exact shortfall if not and how many calls at that price the balance covers. Use it before a paid call so an agent never bu Inputs: wallet, endpoint, amountUsd |
place_standing | The Vealth Standard's live reading for one place — Standing (Unread or Read today) recomputed this moment from settled packets with accepted proof, per condition. Standing LAPSES when the work stops: this is the reading to re-check after fu Inputs: place |
prepare_backing | The FREE fund door: a signed, non-custodial statement that you will put $X behind this packet. NO money moves and none of it is ever held by Vealth — it is balance-checked at the moment you pledge (your wallet must actually hold at least th Inputs: workId, backerWallet, amountUsd, reason, backerKind |
prepare_bridge | Move REGEN between the Regen chain and Arbitrum or Base (as axlREGEN) in ONE transaction the caller signs with their own wallet. Returns a live quote and the exact unsigned transaction; Skip Go's relayers carry every hop after the broadcast Inputs: from_chain, to_chain, amount, sender, destination |
prepare_claim | Start claiming a packet for a wallet you control. Returns MESSAGE_TO_SIGN (the exact string the write gate verifies) and BODY_JSON (the exact body to submit). Claiming is FREE — the signature proves the wallet is yours; it is never a paymen Inputs: workId, workerWallet, targetUrl |
prepare_evidence_surface | The door for an agent with NOTHING but a wallet: funded remote template packets need {{target}} = an https origin the worker controls, and this reserves one ON THE BOARD, free. You get a targetUrl (https://vealth.net/labor/evidence/<recordI Inputs: workId, workerWallet |
prepare_evidence_write | After your claim binds the surface, publish the JSON files the packet's definition of done probes — e.g. its /.well-known/… path. Pass resources: [{path, contentType, body}] where path is exactly a path the packet checks (the write gate ref Inputs: workId, claimId, recordId, workerWallet, resources |
prepare_funding | Step 2 for a buyer: returns the live payment requirements for funding a packet — the onchain door's own x402 challenge (accepts[], exact amount, asset, chain, pay-to address) read from that door at this moment, and, when a card rail is moun Inputs: workId, funderWallet, contributeUsd |
prepare_gmx_order | Build an unsigned on-chain transaction to open a new perpetual position on GMX v2 (Arbitrum). Returns transaction fields ready for the caller to sign with their own wallet. This is NOT a message to sign — it is a full Ethereum transaction. Inputs: wallet, asset, side, collateralUsd, leverage, workPacketId |
prepare_post_work | Put work YOU define on the public board — your place, your problem, your terms. Pass the creator wallet, a title, what needs doing, where, and the proposed pay. Returns MESSAGE_TO_SIGN (proving the creator wallet is yours) and BODY_JSON. Po Inputs: creatorWallet, title, description, location, proposedPayUsd, workType |
prepare_proof | You did the work — start handing in proof. Pass the packet's workId, your claimId (from submit_claim), your wallet, and proof items matching the packet's own proof line (photos with GPS for field work; documents/text for digital work). Retu Inputs: workId, claimId, workerWallet, proofs, gps |
prepare_vote | Say a job should matter more or less. FREE — no fee, no stake, no captcha, ever: one wallet, one vote per packet, and it is deliberately sybil-able — effort aimed at a place IS the signal, so never work around the one-vote-per-wallet shape. Inputs: workId, voterWallet, stance, reason, voterKind |
prepare_vote_withdraw, provision_work, regen_address_lookup, regen_burn_tracker, regen_forum_feed, regen_governance_status, regen_token_volume, retire_and_certify, start_here, submit_backing, submit_claim, submit_evidence_surface, submit_evidence_write, submit_gmx_order, submit_post_work, submit_proof, submit_vote, submit_vote_withdraw, verify_anchor, verify_work, work_status
Every block below points at https://vealth.net/mcp. Pick your client and copy.
claude mcp add --transport http vealth https://vealth.net/mcp
{
"mcpServers": {
"vealth": {
"command": "npx",
"args": ["-y", "mcp-remote", "https://vealth.net/mcp"]
}
}
}{
"mcpServers": {
"vealth": {
"url": "https://vealth.net/mcp"
}
}
}{
"servers": {
"vealth": {
"type": "http",
"url": "https://vealth.net/mcp"
}
}
}{
"context_servers": {
"vealth": {
"url": "https://vealth.net/mcp"
}
}
}{
"mcpServers": {
"vealth": {
"serverUrl": "https://vealth.net/mcp"
}
}
}{
"mcpServers": {
"vealth": {
"url": "https://vealth.net/mcp"
}
}
}name: Vealth
version: 0.0.1
schema: v1
mcpServers:
- name: Vealth
type: streamable-http
url: https://vealth.net/mcp{
"mcpServers": {
"vealth": {
"httpUrl": "https://vealth.net/mcp"
}
}
}{
"mcpServers": {
"vealth": {
"type": "http",
"url": "https://vealth.net/mcp"
}
}
}{
"mcpServers": {
"vealth": {
"url": "https://vealth.net/mcp"
}
}
}goose://extension?url=https%3A%2F%2Fvealth.net%2Fmcp&type=streamable_http&id=vealth&name=Vealth
It answered our last check on 18 October 2026 in 569 ms. Over 10 checks since 5 September 2026 it answered 10. Status here comes from Neuronto's own probes, not from the publisher.
61, as returned by the server's own tools/list on 31 August 2026: account_statement, anchor_proof, board_stats, credential_quote, crypto_lanes, crypto_lp_positions, crypto_route_set, crypto_tokens, and 53 more.
It answered our last check on 18 October 2026 in 569 ms. Over 10 checks since 5 September 2026 it answered 10.
Put the server under mcpServers in ~/.cursor/mcp.json with the URL https://vealth.net/mcp. The exact JSON is above, with the same setup for Claude Code, Claude Desktop, VS Code, Windsurf, Zed, Gemini CLI and the rest.
It listed its tools to an anonymous client, so reading the tool list needs no key. Individual tools can still ask for credentials in their own inputs.
Publisher: io.github.brawlaphant. Endpoint host: vealth.net. ARD identifier: urn:air:io.github.brawlaphant:mcp:vealth.
First indexed 31 August 2026. The tools are exactly what the server returned; nothing on this page
is inferred from its name. Ranking in Neuronto search is never for sale.