The ticker in that post
is not one token.
Seven contracts use $PEPE here. Six use $HOOD. Anyone can deploy a token called Tesla • Robinhood Token, and 213 already have.
EDGERUN checks the contract while you are still reading the post - in your browser, against the chain and Robinhood's own registry.
Works on X, Dexscreener and Blockscout - or paste any address into the extension itself.
Install it in two minutes
not in the Chrome Web Store yet - loaded from the repo, which means you can read every line firstGrab the repo from GitHub (Code → Download ZIP) and unzip it. The extension is the extension/ folder.
Open chrome://extensions, turn on Developer mode (top right), click Load unpacked and pick that extension/ folder. Works in Chrome, Brave, Edge and Arc.
Nothing to sign up for and nothing to configure. The checks run in your own browser against the chain, so there is no server to trust and nothing of yours leaves the machine.
Then just use the internet
Scroll normally. Any post naming a contract address or a ticker gets a badge under the text: red if the contract is not what the post claims, amber if the ticker is ambiguous, quiet otherwise.
Open any Robinhood Chain pair. The badge sits next to the ticker in the header and runs the full contract check on the token being traded.
Any token or address page gets the whole report as a panel: source verification, mint selectors, ownership, and a simulated transfer out of a real holder's wallet.
Click the toolbar icon and paste an address. Same checks, plus a local watchlist that never leaves your browser.
Every badge names the number behind it and links to the explorer, so a red verdict is a claim you can check yourself. A token with no flags is not safe - only unremarkable.
What it looks like
real output on real contracts, not mockups



Underneath: five modules
reading every block.
The extension answers one question about one contract. This is the other half: the whole chain, watched continuously, by five modules that mostly decide to say nothing.
The council
RULES · IN THIS TABwaiting on synthesis…
The gate stays silent unless confidence and evidence clear a fixed bar, so most rounds say nothing - that is the design. Each seat is a rule here, not a language model: it can only see what a threshold already knows. The reasoning version runs the same five seats as separate model calls and publishes below.
Everything moving right now
3-minute window · ★ to watch · click a column to sort, a row to send it through the circuit| token | flags | worth a look | flow/min | wallets | new | 1-addr | accel | swaps | novelty | moves like |
|---|---|---|---|---|---|---|---|---|---|---|
| reading the chain… | ||||||||||
Why a real circuit
The mushroom body turns an input into a sparse code: of 5,177 traced cells only ~5% fire, and which 5% depends on the input. Similar inputs share most of their code, unrelated ones almost none - the same trick behind locality-sensitive hashing. Every synapse drawn here is measured, not invented.
What the flags mean
- one wallet one address sits on most of the transfers
- printing new supply is being minted right now
- heating flow is well above the token's own average
- fresh wallets the buyers are addresses not seen before
What it is not
Not advice and not a price call. Every flag is a plain threshold on measured activity and names the number behind it, so you can check it yourself on the explorer. A token with no flags is not safe - it is only unremarkable in the last three minutes.
