Read the real conditions.
Recipient-aware quotes that account for launch taxes, trading fees, and the size you actually want to execute.
ROBINHOOD CHAIN · INDEPENDENT INFRASTRUCTURE
Execution infrastructure for snipers,
searchers, and MEV teams.
One execution layer designed to take your strategy from launch discovery to a quoted exit. Integrate the parts you need. Keep control of the trade.
Recipient-aware quotes that account for launch taxes, trading fees, and the size you actually want to execute.
A lifecycle-aware routing design for curve trading, graduation, and the DEX pool that comes next.
Build execution plans around your recipient, spend cap, minimum output, and expiry. Signing stays in your stack.
Your bot owns the strategy.
RIFT is designed to handle the execution context.
Launch state, reserves, and lifecycle events.
The right adapter for the token and its venue.
Recipient, fees, spend, and full-position exit.
Explicit limits before a transaction is signed.
Explore the proposed request and response format.
Three scenarios. One consistent interface.
{
"intent": "quote_entry",
"chainId": 4663,
"adapter": "pons-v2-native",
"token": "<token-address>",
"recipient": "<your-recipient>",
"maxSpendWei": "200000000000000000",
"minAmountOut": "<token-units>",
"expiresAfterBlocks": 2
}
A draft plan with a known recipient and explicit execution limits.
Tax and output require a live, recipient-specific simulation before signing.
Designed for teams that build their own edge and need a dependable execution foundation.
Bring launch context, entry constraints, and graduation state into the same integration.
Prepare venue-aware calls and evaluate execution conditions before handing a plan to your signer.
Build the experience your users want, on top of a shared quoting and transaction interface.
Today: an interactive interface preview.
Next: validating the execution behind it.
Explore execution scenarios and inspect the proposed integration format.
01Replay launch and graduation scenarios against fixed chain state.
02Validate reliability and costs with a small group of integration partners.
03