Smart contracts are on-chain programs
Smart contracts are on-chain programs is central to smart contract interaction. A normal DApp connection uses a public address and wallet signing capability; it should not require a seed phrase, private key, recovery phrase or verification code in the webpage.
Treat connection, message signing, token approval and contract transactions as separate requests. Review the domain, network, target, amount and permission scope every time instead of assuming that a connected DApp is automatically safe.
From a practical perspective, smart contracts are on-chain programs also means knowing when to stop. If a page asks for wallet secrets, the request is unreadable, the active network is not the expected one, or urgency and reward claims are used to push approval, verify independently before continuing.
Contract addresses are key identifiers
Contract addresses are key identifiers is central to smart contract interaction. A normal DApp connection uses a public address and wallet signing capability; it should not require a seed phrase, private key, recovery phrase or verification code in the webpage.
Treat connection, message signing, token approval and contract transactions as separate requests. Review the domain, network, target, amount and permission scope every time instead of assuming that a connected DApp is automatically safe.
From a practical perspective, contract addresses are key identifiers also means knowing when to stop. If a page asks for wallet secrets, the request is unreadable, the active network is not the expected one, or urgency and reward claims are used to push approval, verify independently before continuing.
Use the hash to inspect failed calls
Use the hash to inspect failed calls is central to smart contract interaction. A normal DApp connection uses a public address and wallet signing capability; it should not require a seed phrase, private key, recovery phrase or verification code in the webpage.
Treat connection, message signing, token approval and contract transactions as separate requests. Review the domain, network, target, amount and permission scope every time instead of assuming that a connected DApp is automatically safe.
From a practical perspective, use the hash to inspect failed calls also means knowing when to stop. If a page asks for wallet secrets, the request is unreadable, the active network is not the expected one, or urgency and reward claims are used to push approval, verify independently before continuing.
External contracts carry technical risk
External contracts carry technical risk is central to smart contract interaction. A normal DApp connection uses a public address and wallet signing capability; it should not require a seed phrase, private key, recovery phrase or verification code in the webpage.
Treat connection, message signing, token approval and contract transactions as separate requests. Review the domain, network, target, amount and permission scope every time instead of assuming that a connected DApp is automatically safe.
From a practical perspective, external contracts carry technical risk also means knowing when to stop. If a page asks for wallet secrets, the request is unreadable, the active network is not the expected one, or urgency and reward claims are used to push approval, verify independently before continuing.