Paste an address. Know if it can steal your money.
A plain-English safety report in 60 seconds — mint rights, freeze switches, honeypots, taxes, and liquidity locks. No Solidity required.
Join the waitlist. No spam, no wallet connection, no private keys — ever.
Why Contract Safety Matters Right Now
A single Show HN post titled "Steal My Bitcoin" pulled 614 points and 449 comments in a matter of hours, and the discussion spilled across five separate platforms. Read the comments closely and a pattern emerges: almost nobody was asking how to steal the funds. They were asking whether the contract in front of them could be broken, whether the owner could quietly drain it, and whether the whole thing was a honeypot dressed up as a challenge. That is not curiosity about a game. That is the exact question every retail crypto user asks before they send money into a token they found on a Telegram group.
The tools that exist today do not answer that question in a language most people can read. GoPlus and TokenSniffer return structured JSON and dense tables built for developers and bots. Honeypot.is checks one thing well and stops there. Professional audits from firms like CertiK start at five thousand dollars and take weeks, which is fine for a project treasury and useless for someone deciding whether to put two hundred dollars into a new pool. In between sits a grey market of Telegram "contract readers" charging twenty to a hundred dollars per look, with no transparency and no accountability.
The timing matters because the signal is fresh and the audience is already primed. People who just watched a public contract challenge unfold are actively thinking about what a contract can and cannot do. They are searching, they are posting addresses in group chats, and they are asking friends to "take a look." A tool that turns a wall of bytecode into one sentence — this contract can freeze your balance at any time — meets them exactly where their attention already is. The gap is not detection. Detection is largely solved. The gap is translation.
How It Works
Paste a contract address
Drop in any Ethereum or BSC contract address. No wallet connection, no signature, no private key — the check runs entirely against public on-chain data and security APIs.
We run five deterministic checks
Mint authority, blacklist and freeze functions, owner-controlled tax and liquidity withdrawal, honeypot behavior, and liquidity lock status are each verified against live chain state.
Read one sentence, share one image
You get a plain-English verdict plus five explained findings, and a shareable card you can drop into a group chat so friends can see the same result.
What You Get
Plain-English verdict
Instead of a JSON blob, you get one sentence that says what the contract can actually do to your balance, followed by five explained findings written for someone who has never opened a block explorer.
Deterministic, not guessed
Every verdict comes from confirmed on-chain fields and established security APIs. Language models are used only to translate findings into readable text, never to decide whether a contract is safe.
Shareable result card
Each report generates a compact image with the verdict and shortened address, so you can post it in a group chat or reply thread and let others judge the same contract for themselves.