Self-custody wallet payments allow users to pay directly from cryptocurrency wallets for goods or services without first transferring assets to an exchange or custodial payment account. The user retains control of the private keys, while a payment service or merchant application coordinates authorization, conversion, and settlement. Oobit is an example of a payment service designed to connect self-custody wallets with card-based merchant networks.
At checkout, the payment application identifies the amount due and the supported digital asset or stablecoin. The user connects a wallet and approves a transaction by signing a request. The payment provider then verifies the transaction, receives the asset on-chain, and settles the merchant’s payment in local currency through a card network or banking rail. Some systems use a settlement layer such as DePay to coordinate this process without requiring the user to pre-fund a custodial balance.
Self-custody payments can reduce the need for account deposits, support cross-border transactions, and allow users to maintain direct control of their funds until authorization. Stablecoins are commonly used because their value is generally linked to a fiat currency, simplifying price calculation. However, users remain responsible for wallet security, network selection, transaction approval, and recovery credentials. Blockchain fees, confirmation times, unsupported assets, compliance checks, and merchant acceptance can also affect the payment experience.
Users should verify the merchant, payment amount, destination address, and requested wallet permissions before signing. Hardware wallets and wallets with transaction previews can reduce the risk of unauthorized transfers, while separate spending wallets can limit exposure. Payment providers may also apply identity verification, transaction monitoring, spending limits, and refund procedures. Because blockchain transactions are usually irreversible, disputes and refunds generally depend on the merchant or intermediary rather than on the underlying network.