WhereItGoes
Read your crypto portfolio across exchanges and wallets: holdings, history, FIFO P&L, fees, income.
Installation
Ajoutez ceci à la configuration MCP de votre client (Claude Desktop : claude_desktop_config.json ; Cursor : .cursor/mcp.json ; VS Code et les autres utilisent la même forme « mcpServers »).
claude mcp add --transport http whereitgoes 'https://api.whereitgoes.money/api/mcp'
{
"mcpServers": {
"whereitgoes": {
"type": "http",
"url": "https://api.whereitgoes.money/api/mcp"
}
}
}
Documentation
Tirée du README du projet sur GitHub, actualisée chaque semaine. Les liens ouvrent GitHub.
Sommaire
WhereItGoes MCP server
Ask ChatGPT, Claude or Cursor about your own crypto portfolio: real holdings across every exchange and on-chain wallet you track, full movement history, FIFO profit and loss, fees, income and risk. No API key to paste, free on every account, revocable in one click.
https://api.whereitgoes.money/api/mcp
- Transport: Streamable HTTP (stateless, JSON responses)
- Auth: OAuth 2.1, authorization code + PKCE (S256). Dynamic client registration (RFC 7591) and Client ID Metadata Documents are both supported.
- Registry name:
money.whereitgoes/portfolioin the official MCP Registry - Setup guide: whereitgoes.money/connect-ai
This repository is the public listing and documentation for a hosted (remote) MCP server. There is nothing to install or run locally.
What it does
WhereItGoes is a read-only crypto portfolio tracker. You connect exchanges with read-only API keys and wallets by public address; it rebuilds your trade and transfer history and computes portfolio value, P&L and history. The MCP server exposes those same computed numbers to an AI client, so the assistant reads your real data instead of guessing from a screenshot.
Every figure is already computed and USD-valued by the app. The server instructions tell the model to report what the tools return rather than recompute it.
Tools
15 tools: 13 reads and two propose-only writes. Each read is a GET against a fixed allowlist
of the app's own endpoints. Tools that cover several related answers take a required view
argument, and the answer comes back nested under the key named after that view.
| Group | Tools |
|---|---|
| Start here | get_portfolio view overview - one call that summarises value, allocation, concentration, 30-day true P&L, target drift and BTC/ETH over the same window |
| What you hold | get_portfolio, get_connections |
| What happened | get_movements, get_money_flows, get_changes, get_trading_activity |
| How it did | get_performance, get_income, get_fees |
| Plans and alerts | get_target_allocation, get_alerts |
| Pro plan | get_risk (drawdown, volatility, Sharpe, beta vs BTC or ETH; 0-100 health score) |
| Housekeeping | list_profiles |
| Propose-only (you approve) | set_target_allocation, propose_alert_change (Pro) |
Every portfolio tool takes an optional profile argument, so one question can read a named
portfolio ("my trading account") without changing what the app shows. Windowed views also
take period (last_24h, last_7d, last_30d, last_90d, ytd, all); omitting it
means all time. A view refuses an argument it does not take, rather than ignoring it.
Tool reference
| Tool | Views | Answers |
|---|---|---|
get_portfolio | overview, holdings, recent_change | The present state: whole-portfolio summary; every asset with quantity, value, weight, average cost and P&L; 24h / 7d / 30d change and when the last sync finished |
get_performance | pnl, history, realized_by_pair | True P&L for a period with your own deposits and withdrawals stripped out; daily value series ("what was I worth in June"); realized P&L ranked by trading pair |
get_risk | metrics, score | Pro: drawdown, volatility, Sharpe, beta and correlation vs BTC or ETH; 0-100 structure score with pillar sub-scores |
get_movements | Search the ledger: deposits, withdrawals, transfers, income, trades, filterable by asset, venue, source, status | |
get_money_flows | capital_flow, deposits, transfers, fiat | Money in and out in USD per month or week; exchange deposits and their cost-basis status; withdrawals matched to deposits between your own accounts; fiat put in and cashed out per local currency |
get_income | by_category, by_asset | Income totals by category (staking, lending, DeFi, rewards, airdrops); income over time per asset |
get_fees | Fees by venue, asset and type, valued in USD | |
get_trading_activity | asset_totals, calendar | Lifetime buy and sell totals per asset; per-day trade and movement counts, volume and P&L |
get_changes | Ranked notable events for a period: big flows, allocation shifts, drawdowns, to-dos | |
get_connections | exchanges, wallets, sync_status | Connected exchanges (masked key hints only, never keys); tracked on-chain addresses; whether a sync is running or queued |
get_target_allocation | The allocation plan you set, with tolerance bands | |
get_alerts | Price and value alerts you configured | |
list_profiles | The portfolios on your account, to pass as profile | |
set_target_allocation | Propose-only: drafts a new plan you approve in your browser (needs portfolio:write) | |
propose_alert_change | Propose-only, Pro: drafts a new alert, an edit to one, or its deletion (action = create, update, delete), which you approve in your browser (needs portfolio:write) |
Every tool declares an outputSchema and returns structuredContent alongside a JSON text
block, so a client can read typed fields (units, currency and ordering are described in the
schema) instead of parsing prose. A list longer than 200 rows is cut, and the answer then
carries a truncated field and a <field>_note saying how many rows were kept and which.
Version 1.2.0 renamed the 1.1.x tools (26 became 15, counting the new propose_alert_change). If you saved a prompt or config that
names an old tool: get_portfolio_snapshot, get_dashboard -> get_portfolio;
get_pnl_overview, get_portfolio_history, get_pnl_by_symbol -> get_performance;
get_risk_metrics, get_portfolio_score -> get_risk; get_capital_flow, get_deposits,
get_transfers, get_fiat_stats -> get_money_flows; get_income_by_source,
get_income_timeseries -> get_income; get_asset_trade_stats, get_activity_calendar ->
get_trading_activity; get_venues, get_wallets, get_sync_status -> get_connections.
Every read tool is annotated readOnlyHint: true, destructiveHint: false,
idempotentHint: true, openWorldHint: false. The two write tools are annotated
readOnlyHint: false, destructiveHint: true, so a cautious client asks before calling
them, even though neither applies anything on the call.
On a free account both get_risk views answer with an upgrade_required result rather than
an error, so the assistant can say what it would take instead of retrying.
There are also two optional, propose-only tools, available only if you grant the separate
portfolio:write scope when connecting: set_target_allocation drafts a target plan, and
propose_alert_change drafts a price or value alert (create, edit or delete, including
whether it also emails you). Neither changes anything when called: each parks a proposal and
returns a link, and the change lands only after you open that link in your own browser, read
a server-rendered before/after diff, and click Apply. Alerts are a Pro feature, so on a free
account propose_alert_change answers upgrade_required instead of drafting anything, and
a draft is checked by the same validator the app's alert form uses. See
Security model.
Connect
You need a WhereItGoes account with at least one exchange or wallet connected, because the connector reads the portfolio you already have. Start here if you have not.
Claude
- Open Settings > Connectors > Add custom connector.
- Paste
https://api.whereitgoes.money/api/mcp. - A WhereItGoes consent screen opens in your browser. Approve it.
ChatGPT
- Open Settings > Apps & Connectors > Advanced and turn on developer mode.
- Create a connector with the URL
https://api.whereitgoes.money/api/mcpand OAuth as the authentication method. - Approve the WhereItGoes consent screen that opens in your browser.
Cursor and other MCP clients
Anything that speaks MCP over Streamable HTTP and handles OAuth works. For clients configured with JSON:
{
"mcpServers": {
"whereitgoes": {
"url": "https://api.whereitgoes.money/api/mcp"
}
}
}
To look at the raw tool list first, run npx @modelcontextprotocol/inspector and point it at
the URL.
Then ask things like "what do I hold", "how much did I deposit last month", "what am I paying in fees", or "am I actually up this year".
Security model
Read-only by construction. The read executor hard-codes GET against an allowlist of
app endpoints. There is no trading, no withdrawal, no transfer, no way to connect or
disconnect a source, and no way to read your exchange API keys. Those paths do not exist in
the connector; they are not permissions that happen to be switched off.
A connector token can never become an app session. MCP access tokens are HMAC-signed in a separate domain from app session tokens, so each type is unverifiable as the other. When a tool runs, the server mints a fresh short-lived session for the same user internally and re-dispatches through the app's own auth and plan checks; the MCP token itself is useless anywhere except the MCP endpoint. Tests assert the separation in both directions.
Strict OAuth. PKCE S256 only; redirect_uri matched exactly with no prefix or wildcard;
an unknown client or unregistered redirect gets a dead end, never a redirect; authorization
codes are single use and live 60 seconds; access tokens are short-lived and bound to the MCP
endpoint as their audience.
Writes need a human, every time. The optional portfolio:write scope is granted only
when explicitly requested and approved on the consent screen; an existing read-only
connection cannot acquire it. Even with it, a write tool only proposes. The change applies
when you open the link in your own browser, under your own session, on whereitgoes.money,
and approve a before/after diff rendered by the server from the stored payload (never from
text the model wrote). Proposals are single use and expire after 10 minutes. This keeps a
prompt-injected tool call from writing anything without you seeing it.
Tenant scoping. Every call is re-checked against the account and portfolio it belongs to. Picking a portfolio per call never changes which portfolio the app itself has active.
Revoking access
- One connector: in the app, Settings > Connections lists every connected app with when it was approved and when it last read anything. Disconnect, and the very next call fails; the grant is checked on every request, not at the end of a session.
- Everything at once: signing out of every device revokes all connectors.
- Account deletion removes every grant with the account.
Pricing
The connector is free on every account, including the free tier, and uses no AI credit of ours: your assistant does the talking, WhereItGoes only answers for the data. The Pro tools stay Pro, as they are in the app.
Support
- Setup guide: whereitgoes.money/connect-ai
- Security overview: whereitgoes.money/security
- Email: support@whereitgoes.money
Nothing returned by this server is investment advice.
License
The contents of this repository (documentation and listing metadata) are released under the MIT License. The WhereItGoes service itself is a hosted product and is not open source.
Questions fréquentes
Qu'est-ce que WhereItGoes ?
Read your crypto portfolio across exchanges and wallets: holdings, history, FIFO P&L, fees, income.
Comment installer WhereItGoes ?
Il fonctionne comme serveur distant. Dans Claude Code : claude mcp add --transport http whereitgoes 'https://api.whereitgoes.money/api/mcp'. Pour les autres clients, collez la configuration JSON de cette page dans leurs réglages MCP.
Faut-il une clé API pour WhereItGoes ?
Son entrée au registre n'indique aucune clé ni secret obligatoire. Certaines fonctions peuvent tout de même demander un compte auprès du service auquel il se connecte.
WhereItGoes est-il open source ?
Oui. Son code est sur GitHub sous licence MIT.
Qui maintient WhereItGoes ?
Il est publié par khapham7165. AI.tn le référence sans le maintenir ni le recommander.
Issu du registre MCP officiel. Être listé n'est pas une recommandation : vérifiez le code et les permissions d'un serveur avant de lui donner accès à vos données.