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On-chain honeypot/rug scanner, market data, and launch tools for Robinhood Chain (EVM 4663).
On-chain honeypot/rug scanner, market data, and launch tools for Robinhood Chain (EVM 4663).
Remote endpoints: streamable-http: https://scanhood.xyz/mcp
ScanHood is a legitimately-purpose-built blockchain safety scanner with clean architecture and proper input validation. The codebase is well-structured and intentionally avoids holding private keys or executing transactions. However, there are moderate-severity concerns around environment variable handling, missing rate-limiting on public endpoints, and incomplete input validation in some JSON parsing paths that warrant attention.
4 files analyzed · 10 issues found
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Available as Local & Remote
This plugin can run on your machine or connect to a hosted endpoint. during install.
From the project's GitHub README.
This is the actual code running live behind scanhood.xyz, a safety and analytics layer for Robinhood Chain (chain ID 4663). Published so the detection logic can be read and audited directly, instead of trusted as a black box.
No external security API covers this chain (GoPlus rejects chain 4663, GMGN's API is walled off), so every check here runs on-chain, from scratch.
honeypot/scan.js — the honeypot/rug detector. Simulates a real buy +
sell round-trip via a single eth_call (no gas spent, nothing deployed):
it constructs a small contract whose constructor buys the token, tries to
sell it, and reverts with the encoded result. That revert-with-data trick is
the whole mechanism — read the file, it's under 150 lines.api/server.js — the REST API (/api/scan, /api/safe-launches,
/api/search, /api/ohlcv, /api/quote, /api/launch, /api/watchlist).
Composes the honeypot result with an LP-lock check (who actually controls
the liquidity), contract-verification status, and deployer-reputation
lookup into one PASS / CAUTION / DANGER verdict.mcp/server.js — a Model Context Protocol
server exposing the same API as native tools, so an agent (Claude, etc.) can
call scan_token, safe_launches, build_launch_tx, etc. directly instead
of hand-rolling HTTP calls.Live docs with request/response examples: https://scanhood.xyz/docs
┌─────────────┐
agents ──▶│ mcp/server │──▶ api/server ──▶ honeypot/scan (eth_call sim)
humans ──▶│ (MCP) │ │ ├──▶ Blockscout (verification, LP holders)
└─────────────┘ │ └──▶ DexScreener (price/liquidity/volume)
▼
optional data feeds (deployer reputation,
other-launchpad allowlists, RWA issuer set —
each is a separate cron-refreshed collector,
not included in this repo, degrades gracefully
to "unknown" if absent)
Everything marked "optional" in .env.example is a static JSON file your own
cron/collector can produce in whatever shape matches the field names read in
api/server.js — the API itself never assumes a specific pipeline for them.
npm install
cp .env.example .env # optional — every feature has a working default
npm run api # http://127.0.0.1:8946
npm run mcp # http://127.0.0.1:8948/mcp
node honeypot/scan.js 0xYourTokenAddress # CLI, standalone
api/server.js's /api/launch
just needs a factory address + fee in .env; point it at any factory with
the same launchToken/predictTokenAddress signature./api/launch
and /api/quote only ever return unsigned transactions or read-only quotes
for you to sign yourself.These are automated on-chain heuristics. They reduce risk; they are not a guarantee. "Sellable" means the honeypot simulation passed, not "safe to buy." Always do your own research.
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