Before you start
A useful way to understand this topic is to separate the wallet interface from the rules enforced by the blockchain. The wallet helps users inspect and submit actions, while balances, ordering, and contract execution are recorded by the selected network. A DApp connection typically lets an application see the account address a user chooses to expose and send later requests. Connection itself is not a transfer, but subsequent signatures and approvals require separate review. For “DApp Connections”, a practical first pass is to identify domain verification, connection request, and account selection, then use session permissions, signature requests, and disconnecting to understand what the action can change and where its result should appear.
From a user perspective, domain verification answers what is being handled, connection request identifies the participating account or object, and account selection determines which rule set applies. When these do not line up, a screen may still look normal while the user faces missing asset displays, insufficient fees, an incorrect request target, or difficulty locating the relevant on-chain record.
For long-term use, build domain verification, account selection, and signature requests into a routine review, and periodically revisit persistent state related to disconnecting. The purpose of this knowledge is not to add friction; it is to make important confirmation points understandable before an action becomes difficult to reverse.
Third-party DApps, smart contracts, and network services can introduce their own risks. imtoken can present requests and on-chain information, but it cannot guarantee third-party code or unilaterally reverse a transaction that has already been confirmed on a blockchain. Important actions related to DApp Connections should therefore be based on a clear understanding of the request.
Work through the process
Most practical mistakes do not come from the location of a button. They come from mixing up addresses, networks, assets, and permissions. A deliberate review process is more dependable than memorizing one fixed click path. A DApp connection typically lets an application see the account address a user chooses to expose and send later requests. Connection itself is not a transfer, but subsequent signatures and approvals require separate review. For “DApp Connections”, a practical first pass is to identify domain verification, connection request, and account selection, then use session permissions, signature requests, and disconnecting to understand what the action can change and where its result should appear.
From a user perspective, domain verification answers what is being handled, connection request identifies the participating account or object, and account selection determines which rule set applies. When these do not line up, a screen may still look normal while the user faces missing asset displays, insufficient fees, an incorrect request target, or difficulty locating the relevant on-chain record.
In a real workflow, review connection request first, then verify account selection and session permissions, and finally inspect the status associated with signature requests. Similar names do not prove that networks, assets, or contracts are interchangeable, and a previously successful action does not make a new permission request automatically safe.
Third-party DApps, smart contracts, and network services can introduce their own risks. imtoken can present requests and on-chain information, but it cannot guarantee third-party code or unilaterally reverse a transaction that has already been confirmed on a blockchain. Important actions related to DApp Connections should therefore be based on a clear understanding of the request.
What to review at each step
This topic connects directly to everyday wallet activity. Any action involving assets, signatures, or permissions should begin with the request source, continue with the network and target, and end with an understanding of whether the effect can be reversed. A DApp connection typically lets an application see the account address a user chooses to expose and send later requests. Connection itself is not a transfer, but subsequent signatures and approvals require separate review. For “DApp Connections”, a practical first pass is to identify domain verification, connection request, and account selection, then use session permissions, signature requests, and disconnecting to understand what the action can change and where its result should appear.
From a user perspective, domain verification answers what is being handled, connection request identifies the participating account or object, and account selection determines which rule set applies. When these do not line up, a screen may still look normal while the user faces missing asset displays, insufficient fees, an incorrect request target, or difficulty locating the relevant on-chain record.
A useful request review asks a sequence of questions: Where did it originate? Which domain verification is involved? Which account selection applies? Does it change session permissions? Where should signature requests be visible afterward? If any answer is unclear, stop before confirming and re-check the context.
Third-party DApps, smart contracts, and network services can introduce their own risks. imtoken can present requests and on-chain information, but it cannot guarantee third-party code or unilaterally reverse a transaction that has already been confirmed on a blockchain. Important actions related to DApp Connections should therefore be based on a clear understanding of the request.
- Verify domain verification
- Confirm account selection
- Locate signature requests
- Never submit a seed phrase, private key, or verification code
Common mistakes and recovery steps
Blockchain activity can be publicly verifiable without being casually reversible. Pre-action review, understanding the request, and post-action transaction checks should therefore be treated as one continuous habit. A DApp connection typically lets an application see the account address a user chooses to expose and send later requests. Connection itself is not a transfer, but subsequent signatures and approvals require separate review. For “DApp Connections”, a practical first pass is to identify domain verification, connection request, and account selection, then use session permissions, signature requests, and disconnecting to understand what the action can change and where its result should appear.
From a user perspective, domain verification answers what is being handled, connection request identifies the participating account or object, and account selection determines which rule set applies. When these do not line up, a screen may still look normal while the user faces missing asset displays, insufficient fees, an incorrect request target, or difficulty locating the relevant on-chain record.
Common mistakes include ignoring account selection, trusting a page name without checking connection request, treating signature requests as proof of immediate finality, or continuing with disconnecting on an unfamiliar site. A request being technically clickable does not mean it should be approved; each request needs its own review.
Third-party DApps, smart contracts, and network services can introduce their own risks. imtoken can present requests and on-chain information, but it cannot guarantee third-party code or unilaterally reverse a transaction that has already been confirmed on a blockchain. Important actions related to DApp Connections should therefore be based on a clear understanding of the request.
Final verification
A useful way to understand this topic is to separate the wallet interface from the rules enforced by the blockchain. The wallet helps users inspect and submit actions, while balances, ordering, and contract execution are recorded by the selected network. A DApp connection typically lets an application see the account address a user chooses to expose and send later requests. Connection itself is not a transfer, but subsequent signatures and approvals require separate review. For “DApp Connections”, a practical first pass is to identify domain verification, connection request, and account selection, then use session permissions, signature requests, and disconnecting to understand what the action can change and where its result should appear.
From a user perspective, domain verification answers what is being handled, connection request identifies the participating account or object, and account selection determines which rule set applies. When these do not line up, a screen may still look normal while the user faces missing asset displays, insufficient fees, an incorrect request target, or difficulty locating the relevant on-chain record.
If something looks wrong, preserve information that is safe to share publicly, such as the network name, public address, and signature requests, then use wallet history or an appropriate block explorer to check on-chain state. Do not provide a seed phrase, private key, recovery phrase, or verification code to anyone in order to get help.
Third-party DApps, smart contracts, and network services can introduce their own risks. imtoken can present requests and on-chain information, but it cannot guarantee third-party code or unilaterally reverse a transaction that has already been confirmed on a blockchain. Important actions related to DApp Connections should therefore be based on a clear understanding of the request.