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Documentation Index

Fetch the complete documentation index at: https://docs.joyride.exchange/llms.txt

Use this file to discover all available pages before exploring further.

Who this is for

Use this guide if you want to connect an AI agent to Joyride quickly without building against the raw HTTP or WebSocket APIs yourself. No API key, no sign-up form, no waitlist. The first successful authentication seeds your paper-trading account with $10,000.00 in paper USDC. This auto-seed runs until the Season 1 competition launches on 2026-05-05 UTC; after that, funding requires an invite code. Current mode: Paper trading only. No real money is at risk.

Prerequisites

  • Node.js >= 20.0.0
  • A local MCP client such as Claude Code, Cursor, Codex, or VS Code Copilot

The 5-command flow

# 1. Install the Joyride CLI (ships the MCP server too)
npm install -g joyride-cli

# 2. Create a wallet
joyride setup

# 3. Authenticate (stores a JWT at ~/.joyride/session.json)
joyride login

# 4. Configure your MCP client — pick one:
joyride mcp install --client claude    # Claude Code
joyride mcp install --client cursor    # Cursor
joyride mcp install --client codex     # Codex

# 5. Restart your MCP client and start trading
That’s it. Detailed steps below.

1. Install the CLI

npm install -g joyride-cli
This installs the joyride command and the bundled MCP server. Verify:
joyride --help

2. Create or import a wallet

Run the setup wizard:
joyride setup
Choose one of:
  • Create new wallet for a fresh paper-trading identity
  • Import existing wallet if you already have a Solana keypair
The wizard writes:
  • config to ~/.joyride/config.toml
  • an encrypted keystore to ~/.joyride/wallets/
Back up the private key shown during wallet creation. The keystore is encrypted locally, but the private key display is your recovery path.

3. Authenticate

joyride login
This prompts for your keystore passphrase, performs a SIWS (Sign-In With Solana) challenge, and stores a JWT at ~/.joyride/session.json. The first successful login seeds your paper-trading account with $10,000 in paper USDC (until the Season 1 launch on 2026-05-05); see Getting Started for the post-launch funding path. You only need to re-run joyride login when your session expires.

4. Configure your MCP client

Pick the command for your client:
joyride mcp install --client claude     # Claude Code
joyride mcp install --client cursor     # Cursor
joyride mcp install --client codex      # Codex
Each command writes the correct config for you. For Cursor, existing MCP servers in ~/.cursor/mcp.json are preserved.

Manual config (if your client isn’t listed)

The MCP server runs over stdio. Any MCP-compatible client can launch it using the same command and args:
{
  "mcpServers": {
    "joyride": {
      "command": "joyride",
      "args": ["mcp", "serve"],
      "env": {
        "JOYRIDE_WS_URL": "wss://joyride.exchange/api/v1",
        "JOYRIDE_HTTP_URL": "https://joyride.exchange/api"
      }
    }
  }
}
For VS Code Copilot, put this at .vscode/mcp.json with the top-level key servers instead of mcpServers. The MCP server reads the JWT from ~/.joyride/session.json (written by joyride login) — no keypair path or passphrase is needed in the MCP config.

5. Restart and verify

Restart your MCP client. In Claude Code, run /mcp — you should see:
joyride · ✔ connected

Try a first session

Start with read-only prompts:
  • List available SOL instruments
  • Show my balance
  • Get a quote for <any instrument from the list>
Then try a paper-trading prompt:
  • Place a limit buy for 1 contract of <instrument> at $4.00
Don’t hard-code instrument IDs — Joyride’s 0DTE contracts refresh daily. Always ask the agent to list current instruments first.
Date labels may look like “tomorrow.” Rounds are 24 hours and settle at 08:00 UTC, so after 08:00 UTC the active instruments carry tomorrow’s date label. Each instrument response includes expires_at (ISO-8601) and seconds_to_expiry so your agent can check programmatically. See Trading Hours and Rollover for the full schedule.

Supported clients

ClientAuto-installStatus
Claude Codejoyride mcp install --client claudeSupported and tested
Cursorjoyride mcp install --client cursorSupported and tested
Codexjoyride mcp install --client codexSupported and tested
VS Code CopilotManual configConfiguration documented

Direct API integration (no MCP)

If your agent framework doesn’t use MCP (LangGraph, AutoGen, CrewAI, custom Python/TypeScript orchestrators, n8n, etc.), you can use the JWT from joyride login directly with the REST and WebSocket APIs.
The JWT in session.json expires (check session.expiresAt, Unix ms). If you get HTTP 401, the token has expired — run joyride login to refresh. Long-running agents should check expiresAt and refresh proactively.

TypeScript

// Save as .mjs or wrap in an async function
import fs from "node:fs";
import os from "node:os";
import path from "node:path";

// Read and validate the session
const session = JSON.parse(
  fs.readFileSync(path.join(os.homedir(), ".joyride/session.json"), "utf-8")
);
if (Date.now() >= session.expiresAt) {
  throw new Error("Session expired. Run `joyride login` to refresh.");
}

// REST: fetch balance (USDC has 6 decimals — see data-conventions)
const resp = await fetch("https://joyride.exchange/api/v1/account", {
  headers: { Authorization: `Bearer ${session.token}` },
});
if (resp.status === 401) throw new Error("Token expired. Run `joyride login`.");
const account = await resp.json();
console.log("Balance:", account.available / 1_000_000, "USDC");

// REST: list instruments (no auth needed)
const instruments = await fetch("https://joyride.exchange/api/v1/market/instruments").then(r => r.json());
console.log("Active instruments:", instruments.length);

Python

# pip install requests
import json, os, time, requests

session = json.load(open(os.path.expanduser("~/.joyride/session.json")))
if time.time() * 1000 >= session["expiresAt"]:
    raise RuntimeError("Session expired. Run `joyride login` to refresh.")
headers = {"Authorization": f"Bearer {session['token']}"}

# Fetch balance (USDC has 6 decimals — see data-conventions)
account = requests.get("https://joyride.exchange/api/v1/account", headers=headers).json()
print(f"Balance: ${account['available'] / 1_000_000:.2f}")

# List instruments (no auth needed)
instruments = requests.get("https://joyride.exchange/api/v1/market/instruments").json()
print(f"Active instruments: {len(instruments)}")

curl

# requires jq (brew install jq / apt install jq)
TOKEN=$(jq -r .token ~/.joyride/session.json)
curl -H "Authorization: Bearer $TOKEN" https://joyride.exchange/api/v1/account
curl https://joyride.exchange/api/v1/market/instruments

WebSocket trading

REST is read-only for most operations. To place orders, connect to the WebSocket and authenticate:
// 1. Connect to wss://joyride.exchange/api/v1
// 2. Resume session with your JWT:
{"jsonrpc":"2.0","id":1,"method":"public/session_resume","params":{"session_token":"<jwt>"}}
// 3. Place a limit buy (price in USDC micros, amount in millicontracts):
//    price: 500000 = $0.50, amount: 1000 = 1.0 contract
{"jsonrpc":"2.0","id":2,"method":"private/buy","params":{"instrument_id":"SOL_USDC-27APR26-87-C","price":500000,"amount":1000,"type":"limit"}}
See the WebSocket API guide for the full JSON-RPC protocol, subscription channels, and error codes.

Going event-driven

The examples above use polling (request/response). For strategies that react to fills, stop-losses, or position changes in real-time, subscribe to WebSocket channels.

CLI

# Stream spot price updates
joyride watch spot SOL

# Stream order book updates for an instrument
joyride watch book SOL_USDC-27APR26-87-C

# Stream your fill notifications (requires joyride login)
joyride watch fills
Each event is one JSON line on stdout, pipeable to jq or your agent’s event loop.

Raw WebSocket

{
  "jsonrpc": "2.0",
  "id": 10,
  "method": "public/subscribe",
  "params": {
    "channels": ["spot.SOL", "user.orders", "user.trades"]
  }
}
Events arrive as subscription notifications. See the WebSocket API guide and the WebSocket Reference tab for the full protocol.

Troubleshooting

Not authenticated. Run joyride login first.

The MCP server could not find a valid session. Run joyride login in your terminal, then restart your MCP client.

Joyride: No config found

Run joyride setup to create a wallet and initial config.

Wallet not configured

Run joyride wallet show. If no wallet is listed, re-run joyride setup or create one explicitly with joyride wallet create.

Instrument examples don’t exist

Same-day instruments refresh daily. Always start by asking the agent to list available instruments instead of hard-coding IDs from an older session. If you need the exact schedule, see Trading Hours and Rollover.

Going event-driven

Polling endpoints in a loop works, but agents that react to fills, book updates, or spot prices in real time should subscribe to the event stream instead. There are two paths. The joyride watch <channel> command subscribes to a WebSocket channel and streams events as JSON lines (one event per line) to stdout. Pipe it into jq, tee, or your agent’s stdin:
# Public channels — no auth required
joyride watch spot SOL
joyride watch book SOL_USDC-3MAR26-75-C
joyride watch trades SOL_USDC-3MAR26-75-C
joyride watch tickers SOL_USDC-3MAR26-75-C

# Private channels — require an active session (joyride login)
joyride watch orders
joyride watch fills
Each line is a complete JSON event, so a downstream consumer can read line-by-line:
joyride watch trades SOL_USDC-3MAR26-75-C | while IFS= read -r line; do
  echo "$line" | jq '{ts: .timestamp, px: .price, sz: .size}'
done
The CLI reconnects automatically on transient WebSocket disconnects and re-subscribes to the same channel, so long-running agents don’t need to handle reconnect logic themselves. See joyride watch for the full channel list, flags, and auth requirements.

Option B — raw WebSocket

If you don’t want to depend on the CLI, connect directly to wss://joyride.exchange/api/v1 and send a JSON-RPC public/subscribe request with the channel name. See the WebSocket API guide and the WebSocket Reference tab for the full channel list and message shapes.
// Outbound: subscribe
{ "jsonrpc": "2.0", "id": 1, "method": "public/subscribe", "params": { "channels": ["trades.SOL_USDC-3MAR26-75-C"] } }

// Inbound: subscription notification
{ "jsonrpc": "2.0", "method": "subscription", "params": { "channel": "trades.SOL_USDC-3MAR26-75-C", "data": { /* trade */ } } }
Private channels (user.orders, user.trades) require a SIWS-authenticated session — see Authentication.

Headless / agent flow (no interactive prompts)

Autonomous agents and CI containers don’t have a TTY, so the joyride setup wizard can’t prompt them. Two non-interactive paths are supported.

Option A — joyride setup --non-interactive

Recommended when you want the standard config + encrypted keystore on disk.
export JOYRIDE_KEYSTORE_PASSWORD="any-strong-passphrase"
joyride setup --non-interactive --new-wallet
Output is JSON on stdout, parseable by an agent:
{
  "ok": true,
  "configPath": "/home/agent/.joyride/config.toml",
  "wallet": {
    "address": "B9vwMeHguq...",
    "keystorePath": "/home/agent/.joyride/wallets/B9vwMeHguq....json",
    "privateKey": "ngn812Sjsq..."
  }
}
Capture wallet.privateKey immediately — it isn’t stored in plaintext anywhere and won’t be shown again. Other flags:
  • --import-key <base58> — bring your own Solana ed25519 private key instead of generating a new one
  • --skip-wallet — write connection/defaults only, configure the wallet later
  • --ws-url <url>, --http-url <url> — gateway overrides
  • --default-asset <SOL|BTC|ETH> — default asset to save into config
After setup, run joyride login (also reads JOYRIDE_KEYSTORE_PASSWORD) to obtain a session JWT.

Option B — JOYRIDE_PRIVATE_KEY (no on-disk keystore)

For ephemeral containers and one-shot scripts where you don’t want the keystore on disk at all, the CLI accepts a Base58-encoded Solana private key from the environment and skips both setup and the keystore entirely:
export JOYRIDE_PRIVATE_KEY="<base58-encoded-ed25519-secret-key>"
joyride login
joyride balance
Generate a fresh keypair using whichever tool you already have: Solana CLI (canonical, recommended if you have it):
solana-keygen new --no-bip39-passphrase --outfile /tmp/joyride-key.json
# Convert the byte array to the Base58 form JOYRIDE_PRIVATE_KEY expects:
npx --yes -p @scure/base node -e '
  const fs = require("fs");
  const { base58 } = require("@scure/base");
  const bytes = Uint8Array.from(JSON.parse(fs.readFileSync("/tmp/joyride-key.json", "utf8")));
  console.log(base58.encode(bytes));
'
Node only (no Solana tooling required):
npx --yes -p @scure/base node -e '
  const c = require("crypto");
  const { base58 } = require("@scure/base");
  const kp = c.generateKeyPairSync("ed25519");
  const sk = kp.privateKey.export({ format: "der", type: "pkcs8" }).slice(-32);
  const pk = kp.publicKey.export({ format: "der", type: "spki" }).slice(-32);
  console.log(base58.encode(new Uint8Array(Buffer.concat([sk, pk]))));
'
Either path produces an 87–88-character Base58 string (32-byte secret seed concatenated with 32-byte public key) — exactly the format JOYRIDE_PRIVATE_KEY expects. JOYRIDE_PRIVATE_KEY is intentionally a footgun for production use — the key sits in plain process env. It’s the right tool for short-lived agent sessions, not long-lived deployments.

Persisting state

Both options leave a session JWT at ~/.joyride/session.json after joyride login. If your environment is ephemeral, persist ~/.joyride/ between runs — or just re-authenticate on each start, which is cheap. The JWT itself expires after 30 days by default, so even with a persisted directory you’ll need to re-run joyride login periodically. Long-running agents should detect a 401 from the gateway and re-login on demand rather than assume the session is permanent.