Fee abstraction
Let users send USDT without learning Energy, Bandwidth, burn rates, or recipient-state rules.
Add automated Energy rental to custodial wallets, browser wallets, and wallet service backends so users do not have to buy TRX for every USDT transfer.
Plan wallet integrationWallet teams can use EOPEN to prepare Energy for sending addresses, abstract fee complexity, and keep TRC-20 transfers smooth for users.
Let users send USDT without learning Energy, Bandwidth, burn rates, or recipient-state rules.
Delegate Energy to the actual sending address, whether the UI is custodial, MPC, or self-custody.
Reduce tickets about missing TRX, failed transfers, and confusing fee previews.
Most users only want a USDT transfer to go through. If they are forced to buy TRX or guess the right fee, the wallet experience feels broken.
Your wallet backend detects a TRC-20 transfer, requests Energy for the sender, waits for confirmation, and then lets the signed transfer proceed.
No. Energy is delegated to the TRON address. The wallet app controls how the user sees and signs the transfer.
Yes. Wallets can present a simple network fee while handling Energy rental in the backend.
Yes. Cold-recipient USDT transfers can use the larger 131K Energy pack when needed.