imtoken will never ask for your seed phrase, private key or verification code. Always review the address, network and request details before transferring, signing or approving.
The Web experience is about understanding what happens between a browser and a wallet: which account a site requests, what it asks you to sign, whether it requests token approval, and when an unused session should be disconnected. Connection itself is not blanket permission.
Verify the address, network, and request details before any on-chain action. Third-party DApps and smart contracts can carry risk, and on-chain transactions generally cannot be reversed by a wallet provider alone.
Network-awareVerifiable activityPermission review
01
Start with the problem the product solves
Focus: browser connections, DApp domains, and account requests
The Web experience is about understanding what happens between a browser and a wallet: which account a site requests, what it asks you to sign, whether it requests token approval, and when an unused session should be disconnected. Connection itself is not blanket permission.
When a third-party service is involved, treat browser connections, DApp domains, and account requests as separate pieces of information. They can appear in one product flow, but they do different jobs; separating the network, account, and current request makes inconsistencies easier to spot than relying on a balance or button state alone.
When reviewing historical activity, information shown by imtoken Web should lead back to something verifiable. The interface can support understanding and action, but an on-chain outcome should still be checked against the address, selected network, transaction record, or contract information rather than a single visual message.
02
Place capabilities in real workflows
Focus: account requests, message signatures, and transaction signatures
In a multi-network environment, begin with frequent tasks such as message signatures and transaction signatures: identify the object, verify the network and request, and only then execute. Afterward, review approval review so the action you intended can be compared with what the network recorded.
imtoken Web should also make the difference between viewing information and authorizing a state-changing action clear. Looking at browser connections does not grant a third party permission, while sending, signing, or contract interaction can change assets or permissions.
When re-checking an important action, do not assume the risk is identical just because the same account is used in several contexts. A mobile device, a browser session, and a third-party DApp differ in source, permission scope, and device exposure.
03
Verify outcomes with network data and records
Focus: transaction signatures, approval review, and disconnecting
Once the concept is placed in a real workflow, disconnecting can be a useful result reference, while session risk helps identify a specific asset or contract object. Reading those details together with the active network reduces the chance of treating identically named items as the same object.
If an expected result has not appeared in the interface, check public records and the active network before deciding whether to refresh, reload, or wait. Repeated submissions while the state is unclear can create extra fees or additional transactions.
When permissions may change, keep only the public information needed for troubleshooting, such as an address, network, transaction hash, or contract address. A product-support check does not require a seed phrase, private key, or verification code.
04
Keep permission boundaries clear in Web3
Focus: disconnecting, session risk, and browser connections
When deciding whether a result is final, treat a DApp connection as the beginning of a session, not permanent consent to later requests. Every signature, approval, and transaction deserves a separate review of the domain, account, network, contract, and request details.
Stop if a third-party page asks you to enter a recovery phrase or private key. Ordinary wallet connection does not require giving secret material to a website, and official personnel will not ask for it.
The imtoken Web experience should make permission boundaries understandable rather than use urgency to encourage confirmation. Declining a request you do not understand is a valid security decision.
05
Build a repeatable wallet routine
Focus: browser connections, DApp domains, and account requests
When building a repeatable routine, use a repeatable sequence: verify the entry point, account, and network; read the request; execute only after understanding it; then verify the result. The same sequence can support browser connections, message signatures, and transaction signatures while making troubleshooting more structured.
Periodically reviewing approval review together with DApp sessions or approvals you no longer use can reduce forgotten permissions. This cannot remove every risk, but it makes account state easier to understand and manage.
Users keep control of their seed phrases and private keys. imtoken will never ask for a seed phrase, private key, or verification code. Verify the address, network, and amount before sending because an on-chain transaction generally cannot be reversed by a wallet provider alone.
Operation and security checklist
Confirm the context for browser connections
Cross-check DApp domains and account requests
Understand the request involving message signatures
Keep a verifiable record related to approval review
Review third-party DApp requests individually
Never send a seed phrase, private key, or verification code to anyone
