Everything on this page is an eth_call against Robinhood Chain, made from your browser. Connect a wallet and it also reads your balances, and you can open a short against live prices. Nothing is signed, nothing is spent, and no transaction is ever requested, because there is nothing deployed to send one to.
Balances read straight from each token contract, priced at the live 30-minute TWAP, then run through the same constant-product exit math as indexer/whale-scan.mjs. This is the demand side of a borrow desk: value that is real on paper and cannot leave through the pool. Connecting a wallet fills this in for you; any address can be pasted instead.
The same checks indexer/verify-oracle.mjs runs, plus an explicit pool-exists check, so six here rather than five, executed in your browser against any Pons token. This is the claim the whole protocol rests on, so it is the one thing you should not take our word for.
A working short, priced on live chain state. Entry is the current 30-minute TWAP, the ETH you receive is computed against the pool's real reserves, and the health factor is the formula from the spec evaluated on both windows. What is simulated is the capital, and only the capital: there is no vault to borrow from and no contract to send a transaction to, so positions live in your browser and settle against real prices.
Nothing is signed and nothing is spent. Slippage uses the constant-product approximation, so treat it as the right order of magnitude rather than an exact V3 quote.