Signature Requests

Start with non-negotiable principles

• When reviewing message signing, also confirm that transaction signing matches the intended action and selected network.
• When reviewing transaction signing, also confirm that signature content matches the intended action and selected network.
• When reviewing signature content, also confirm that request origin matches the intended action and selected network.

Understand how common risks appear

Most decisions around Signature Requests happen before a confirmation, which makes a repeatable review process more useful than relying on recovery afterward. When signature content, request origin and on-chain consequences appear together, use a fixed order: identify the object, confirm the network and permissions, then consider the on-chain result. This turns a vague sense of familiarity into information that can be cross-checked, and it gives you a clear point to stop when something does not match.

From an on-chain perspective, Signature Requests is not a single button or screen; it connects accounts, networks, permissions and transaction states. On-chain transactions generally cannot be unilaterally reversed by a wallet after they are confirmed. An error involving request origin may therefore have limited recovery options. Check on-chain consequences before broadcasting and keep a clear record of message signing; prevention is more reliable than assuming an action can be undone later.

• When reviewing transaction signing, also confirm that signature content matches the intended action and selected network.
• When reviewing signature content, also confirm that request origin matches the intended action and selected network.
• When reviewing request origin, also confirm that on-chain consequences matches the intended action and selected network.

Recognize abnormal requests

A practical way to study Signature Requests is to break the workflow into four questions: what is the object, which parameters matter, what result will be created, and what record can be checked later. An interface description of on-chain consequences is only the starting point. What matters is its relationship with message signing and transaction signing. Different networks, contracts and DApps can use different parameters, so each request should be evaluated in its current context rather than copied from a previous habit.

For everyday wallet use, the most useful knowledge about Signature Requests is the ability to spot inconsistent information before approving an action. If any detail cannot be verified—such as an unknown source for message signing, an unexpected transaction signing, or unclear wording around signature content—stop before confirming and return to a trusted source. Safe wallet use does not depend on urgency, and it never requires you to send a seed phrase, private key or verification code to another person.

• When reviewing signature content, also confirm that request origin matches the intended action and selected network.
• When reviewing request origin, also confirm that on-chain consequences matches the intended action and selected network.
• When reviewing on-chain consequences, also confirm that message signing matches the intended action and selected network.

Respond when something is unclear

Learning Signature Requests is less about memorizing labels and more about knowing where each piece of information appears in a real workflow. For example, when reviewing transaction signing, also check signature content and request origin. The same-looking address or asset can behave differently across networks, and interface labels are not a substitute for verifying the network, contract or transaction details. After an action, use the transaction record and a suitable block explorer to compare the transaction hash, status and confirmation progress.

When using features related to Signature Requests, several on-chain details often appear at the same time, so it helps to separate what each one represents. Start by identifying the exact signature content, then verify that request origin matches your intention. If on-chain consequences is involved, do not rely on a familiar name or icon alone; use the full address, network identifier, contract details or request text. Any step that requires a signature or transaction should be reviewed again immediately before confirmation.

• When reviewing request origin, also confirm that on-chain consequences matches the intended action and selected network.
• When reviewing on-chain consequences, also confirm that message signing matches the intended action and selected network.
• When reviewing message signing, also confirm that transaction signing matches the intended action and selected network.

Build durable security habits

Most decisions around Signature Requests happen before a confirmation, which makes a repeatable review process more useful than relying on recovery afterward. When request origin, on-chain consequences and message signing appear together, use a fixed order: identify the object, confirm the network and permissions, then consider the on-chain result. This turns a vague sense of familiarity into information that can be cross-checked, and it gives you a clear point to stop when something does not match.

From an on-chain perspective, Signature Requests is not a single button or screen; it connects accounts, networks, permissions and transaction states. On-chain transactions generally cannot be unilaterally reversed by a wallet after they are confirmed. An error involving on-chain consequences may therefore have limited recovery options. Check message signing before broadcasting and keep a clear record of transaction signing; prevention is more reliable than assuming an action can be undone later.

• When reviewing on-chain consequences, also confirm that message signing matches the intended action and selected network.
• When reviewing message signing, also confirm that transaction signing matches the intended action and selected network.
• When reviewing transaction signing, also confirm that signature content matches the intended action and selected network.