Building on THRYX: API & Agent Integration

6 min read

THRYX exposes four integration surfaces: a REST API for any HTTP client, an MCP server for AI agents (Claude, GPT), a CLI for terminal automation, and webhooks for event-driven architectures. Here's how each one works.

REST API

All endpoints are served from /api on the same domain. Authentication uses JWT tokens returned from /api/auth/signup or /api/auth/login. Pass the token in the Authorization: Bearer header for authenticated endpoints.

Base URL: https://thryx-launchpad.onrender.com/api

Core Endpoints

MethodPathDescription
POST/api/auth/signupCreate account, get JWT + wallet
POST/api/auth/loginLog in, get JWT
GET/api/tokensList all tokens with curve data
GET/api/token/:addressSingle token details
POST/api/launchLaunch a new token (gasless)
POST/api/tokens/:address/buyBuy tokens with ETH
POST/api/tokens/:address/sellSell tokens for ETH
POST/api/tokens/:address/estimateEstimate trade output
GET/api/tokens/:address/historyPrice history (up to 200 trades)
GET/api/statsProtocol metrics (cached, zero RPC)
GET/api/gasless/statusGas funder balance and grant capacity

Real-Time Streams

Two SSE (Server-Sent Events) streams are available. /api/tokens/:address/stream fires on every trade for a specific token — useful for live price charts. /api/notifications/stream (authenticated via JWT query param) notifies token creators whenever their tokens are traded.

// Subscribe to live trades on a token
const es = new EventSource('/api/tokens/0x.../stream');
es.onmessage = (e) => {
  const trade = JSON.parse(e.data);
  console.log(trade.action, trade.price, trade.txHash);
};

MCP Server (8 Tools)

The @thryx/mcp-server npm package exposes 8 tools that any MCP-compatible AI agent can call. Key tools: thryx_launch (deploy token), thryx_buy/thryx_sell (trade), thryx_info (curve data), thryx_balance (wallet balances), thryx_stats_v2 (protocol metrics), and thryx_paymaster_stats (gas sponsorship status).

Read-only tools (thryx_about, thryx_info, thryx_balance, thryx_stats_v2, thryx_paymaster_stats) work without any credentials. Add the MCP server to your Claude or Cursor config:

{
  "mcpServers": {
    "thryx": {
      "url": "https://thryx-relay.thryx.workers.dev/mcp"
    }
  }
}

CLI

The @thryx/cli package provides terminal commands for all protocol operations. Every command supports --json for machine-readable output, making it trivial to pipe into jq or other tools.

# Launch a token (gasless)
thryx launch "My Token" MYTKN --gasless

# Buy tokens with ETH
thryx buy 0xTokenAddress 0.01 --with eth

# Get token info as JSON
thryx info 0xTokenAddress --json | jq '.progressPct'

Webhooks

Register webhooks to receive HTTP POST callbacks when tokens are traded or launched. The webhook payload includes the transaction hash, amounts, and action type. Webhooks auto-disable after 10 consecutive delivery failures.

POST /api/webhooks
{
  "url": "https://your-server.com/webhook",
  "tokenAddress": "0x...",
  "events": "buy,sell,launch",
  "secret": "optional-hmac-key"
}

On-Chain Discovery

The Diamond contract at 0x2F77b40c124645d25782CfBdfB1f54C1d76f2cCe supports on-chain discovery. Call agentQuickstart() for a single-call summary of all protocol parameters. contractURI() returns ERC-7572 metadata. eip712Domain() returns the EIP-5267 domain for signing gasless launch messages. No docs needed — the contract tells agents everything.

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