Signature Requests

Message signatures

When troubleshooting message signatures, keep verifiable details such as the transaction hash, destination address, selected network and contract address. Do not send a seed phrase or private key. On-chain transactions generally cannot be reversed by the wallet alone, so careful checks before submission are more reliable than hoping for recovery later.

When working with message signatures, separate what the interface displays from what the blockchain actually records. The wallet helps you review and initiate actions, while the final state depends on the target network, transaction data and block confirmations. Before any asset movement or permission change, confirm the counterparty, network and intended result before signing.

A durable habit around message signatures matters more than memorizing where a button sits. Interfaces may change across devices or versions, but addresses, networks, transaction hashes, contract addresses and approval targets remain verifiable. When something looks wrong, use those facts to distinguish a display issue from network congestion or a contract interaction problem.

How to verify information about Message signatures

Prioritize fields that can be independently checked for Message signatures. Compare the state before and after the action; if the result differs from what you expected, verify the network and transaction state before taking further action.

Transaction signatures

When working with transaction signatures, separate what the interface displays from what the blockchain actually records. The wallet helps you review and initiate actions, while the final state depends on the target network, transaction data and block confirmations. Before any asset movement or permission change, confirm the counterparty, network and intended result before signing.

A durable habit around transaction signatures matters more than memorizing where a button sits. Interfaces may change across devices or versions, but addresses, networks, transaction hashes, contract addresses and approval targets remain verifiable. When something looks wrong, use those facts to distinguish a display issue from network congestion or a contract interaction problem.

Risk around transaction signatures often comes from incomplete information or confusing one object for another. Lookalike domains, same-name tokens, the wrong network or an unnecessarily broad approval can all produce a normal-looking screen while leading to an unintended action. Reduce that risk by checking critical fields one by one instead of relying on a single badge or visual cue.

How to verify information about Transaction signatures

Prioritize fields that can be independently checked for Transaction signatures. Compare the state before and after the action; if the result differs from what you expected, verify the network and transaction state before taking further action.

• Confirm the network or counterparty relevant to Transaction signatures
• Keep the transaction hash or contract address related to Transaction signatures
• Never send a seed phrase, private key or verification code

Human-readable request details

A durable habit around human-readable request details matters more than memorizing where a button sits. Interfaces may change across devices or versions, but addresses, networks, transaction hashes, contract addresses and approval targets remain verifiable. When something looks wrong, use those facts to distinguish a display issue from network congestion or a contract interaction problem.

Risk around human-readable request details often comes from incomplete information or confusing one object for another. Lookalike domains, same-name tokens, the wrong network or an unnecessarily broad approval can all produce a normal-looking screen while leading to an unintended action. Reduce that risk by checking critical fields one by one instead of relying on a single badge or visual cue.

From a learning perspective, human-readable request details is not isolated. It connects to account control, network selection, gas, confirmations, DApp permissions and block explorer data. Seeing those relationships makes it easier to understand the full lifecycle of an on-chain action from creation and signing to broadcast and confirmation.

How to verify information about Human-readable request details

Prioritize fields that can be independently checked for Human-readable request details. Compare the state before and after the action; if the result differs from what you expected, verify the network and transaction state before taking further action.

Malicious requests

Risk around malicious requests often comes from incomplete information or confusing one object for another. Lookalike domains, same-name tokens, the wrong network or an unnecessarily broad approval can all produce a normal-looking screen while leading to an unintended action. Reduce that risk by checking critical fields one by one instead of relying on a single badge or visual cue.

From a learning perspective, malicious requests is not isolated. It connects to account control, network selection, gas, confirmations, DApp permissions and block explorer data. Seeing those relationships makes it easier to understand the full lifecycle of an on-chain action from creation and signing to broadcast and confirmation.

When troubleshooting malicious requests, keep verifiable details such as the transaction hash, destination address, selected network and contract address. Do not send a seed phrase or private key. On-chain transactions generally cannot be reversed by the wallet alone, so careful checks before submission are more reliable than hoping for recovery later.

How to verify information about Malicious requests

Prioritize fields that can be independently checked for Malicious requests. Compare the state before and after the action; if the result differs from what you expected, verify the network and transaction state before taking further action.

• Confirm the network or counterparty relevant to Malicious requests
• Keep the transaction hash or contract address related to Malicious requests
• Never send a seed phrase, private key or verification code