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hoodrHQ

hoodr MCP Server

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by hoodrHQ

hoodr

The open-source agent for trading tokenized stocks on-chain.

Spot & perpetuals on Robinhood Chain — from your terminal, from any AI chat, or as a hosted service. Non-custodial by design: your keys stay on your machine (or in your own Turnkey session), encrypted, never sent to a model.

npm ci license node

Quick start · Commands · AI chat · Hosting · Architecture


npm i -g @hoodrhq/cli      # or: npx @hoodrhq/cli

Why hoodr

  • Trade real assets, not memecoins — tokenized NVDA, TSLA, GOOGL, SPY, QQQ and more, priced on-chain.

  • Non-custodial — a local encrypted keystore, or per-user Turnkey delegated sessions. hoodr never holds your funds.

  • Hard spending caps — enforced in code (and in-enclave for hosted mode); a misbehaving script or model can't exceed them.

  • Drive it however you like — deterministic CLI, background automation daemon, local MCP, or a hosted remote-MCP + REST/OpenAPI server that any AI chat can call.

Related MCP server: Robinhood Chain EVM MCP

Quick start

hoodr wallet new                 # create an encrypted local wallet
hoodr balance                    # ETH + stock positions
hoodr quote buy NVDA 0.05        # preview a trade (read-only, no wallet needed)
hoodr buy NVDA 0.05              # spend 0.05 ETH on NVDA
hoodr sell NVDA 50%              # sell half your NVDA back to ETH

Supported stocks today: NVDA, TSLA, GOOGL (or pass any tokenized-stock 0x address). Every trade routes through the on-chain StockRouter (ETH ↔ USDG ↔ stock) over the deep 0.3% USDG pools.

Commands

Command

What it does

hoodr wallet new [--import <key>]

Create/import an encrypted wallet (~/.hoodr/keystore.json)

hoodr wallet address

Show your address

hoodr wallet export

Reveal the private key (asks to confirm)

hoodr balance [--address 0x…]

ETH + stock balances

hoodr quote <buy|sell> <TICKER> <amount>

Read-only price preview

hoodr buy <TICKER> <ethAmount|$usd>

Buy a stock (amount in ETH or USD, e.g. $50)

hoodr sell <TICKER> <amount|NN%>

Sell a stock for ETH

hoodr send <ETH|TICKER> <amount> <to>

Send ETH or a stock to an address

hoodr usdg <ethAmount|$usd>

Swap ETH → USDG (perp collateral)

hoodr positions [--address 0x…]

List open perp positions

hoodr long <TICKER> --lev 3 --margin 50

Open a leveraged long (USDG collateral)

hoodr short <TICKER> --lev 3 --margin 50

Open a leveraged short

hoodr close <id>

Close a perp position

hoodr dca <TICKER> <$usd> --every 1d

Schedule a recurring buy

hoodr limit <buy|sell> <TICKER> --at <usd> …

Schedule a limit order

hoodr stop <TICKER> --at <usd> --amount <n|NN%>

Schedule a stop-loss

hoodr jobs / hoodr jobs rm <id>

List / remove scheduled jobs

hoodr daemon

Run the automation loop (executes the above)

hoodr mcp

Run as an MCP server so an AI client can drive hoodr

Global flags: --json (machine output), -y/--yes (skip confirmations), --slippage <bps>.

Amounts for buy / usdg / send ETH accept ETH (0.05) or USD ($50 / 50usd) — USD converts on-chain via the WETH/USDG pool. balance shows live USD values.

Perp markets: NVDA, TSLA, AAPL, AMZN, GOOGL, META, MSFT, COIN, PLTR, AMD, INTC, MU, ORCL, CRCL, CRWV, QQQ, SPY, SLV. Perps settle in USDG collateral.

Automation (recurring, limit, stop)

Schedule orders, then run the daemon to execute them — all local, using your key, capped:

hoodr dca NVDA $50 --every 1d               # buy $50 of NVDA daily
hoodr limit buy TSLA --at 240 --usd 100     # buy $100 when TSLA ≤ $240
hoodr limit sell NVDA --at 250 --amount 50% # sell half when NVDA ≥ $250
hoodr stop NVDA --at 180 --amount 100%      # stop-loss: sell all if NVDA ≤ $180
hoodr jobs                                  # list scheduled jobs
hoodr daemon                                # run the loop (Ctrl-C to stop)

Jobs live in ~/.hoodr/jobs.json; the daemon re-reads them each poll, so you can add/remove while it runs. Triggers are one-shot; DCAs repeat. Every fill goes through the same spending caps. An AI (via MCP) can schedule these too — but a local hoodr daemon must be running to execute them.

Drive it from any AI chat

Localhoodr mcp exposes every command as MCP tools for Claude Desktop, Claude Code, Cursor, or any MCP host; the key stays on your machine. Point the assistant at SKILL.md and talk:

"read the hoodr skill — what's my balance? Quote 0.05 ETH into NVDA and buy it if it looks good."

Setup: docs/SETUP.md.

Hosted (any chat)hoodr serve runs one server exposing remote MCP (/mcp) and a REST + OpenAPI surface (/api/*, /openapi.json) behind a bearer token. That covers every way chats call tools: MCP connectors (Claude, ChatGPT, Cursor), custom GPT Actions (OpenAPI), and code-execution chats (Grok etc. curl the REST API). Same tool code, same caps, key stays on the server.

export HOODR_PRIVATE_KEY=0x…  HOODR_API_TOKEN=$(openssl rand -hex 24)
hoodr serve --port 8790

Multi-tenant — set HOODR_MULTI_TENANT=1 and one server signs for many users, each via their own non-custodial Turnkey delegated session (the server holds no root, no funds). Enroll users with hoodr tenants add … → each gets a Bearer token that maps to their capped session.

Per-platform connect steps, the multi-tenant flow, and security in docs/HOSTED.md.

Spending limits (the safety leash)

Every trade is capped, enforced in code — a misbehaving script or AI cannot exceed them:

HOODR_MAX_TRADE_ETH=0.5    # max ETH per buy/send
HOODR_DAILY_CAP_ETH=2      # max ETH per UTC day
HOODR_MAX_MARGIN_USD=100   # max USDG margin per perp

Headless / AI-agent mode

The CLI is built to be driven by scripts and AI agents. Run it non-interactively:

export HOODR_PRIVATE_KEY=0x…     # sign from an env key (use a scoped/burner key!)
export HOODR_JSON=1              # JSON on stdout
export HOODR_YES=1               # no prompts
hoodr buy NVDA 0.05
# → {"ok":true,"action":"buy","stock":"NVDA","tx":"0x…","explorer":"https://…"}

Or keep the encrypted keystore and just supply its password: HOODR_KEYSTORE_PASSWORD=….

Safety

  • Private key is AES-256-GCM encrypted at rest, decrypted only at signing time, never transmitted.

  • Every mutating command confirms first (bypass with --yes) and enforces on-chain minOut slippage.

  • For agent use, prefer a burner/scoped key with limited funds — treat any AI that can call buy/sell as able to spend the whole balance.

Config

All optional; Robinhood Chain mainnet defaults are baked in. See .env.example.

Development

npm install
npm run dev -- balance          # run the CLI from source (tsx)
npm test                        # unit tests (node:test) — pure logic, no network
npm run typecheck && npm run build

Tests cover the deterministic paths (stock/market resolution, keystore round-trip, spending-cap ledger, perp sizing, USD parsing). Trading paths are exercised against live mainnet via the CLI.

Publishing

prepublishOnly runs typecheck + tests + build. To release:

npm publish --access public     # publishes @hoodrhq/cli (run `npm login` as hoodrhq first)

The tarball ships only dist/ + docs (no source or tests) — ~22 kB.

License

MIT — see LICENSE.

A
license - permissive license
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quality - not tested
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maintenance

Maintenance

Maintainers
Response time
Release cycle
1Releases (12mo)
Commit activity

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