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.

A multi-chain wallet, blockchain network and Web3 knowledge hub from imtoken

Manage Multi-chain Assets and Connect to Web3 with Clarity

imtoken brings everyday wallet tasks and blockchain knowledge into one practical path: multi-chain assets, network selection, sending and receiving, DApp connections, signatures, approvals, transaction verification, and wallet security. The site also explains public chains, EVM environments, Layer 2, gas, confirmations, Ethereum PoS, and validators so users can make informed choices before acting.

Multi-chain assetsNetwork checksDApps & approvalsWallet security
imtoken App multi-chain asset and activity view

Quick start

Choose the task you actually need to complete

You do not need to memorize every blockchain term first. Start with your goal, follow the relevant guide, and verify the address, network, amount, and request details before confirming.

01Create a Wallet

Set up a new wallet and understand how recovery information relates to your accounts.

View steps →
02Back Up a Wallet

Keep the seed phrase offline, readable, recoverable, and never shared with another person or webpage.

View steps →
03Receive Assets

Copy and verify the receiving address, and make sure the sender is using the same network.

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04Send Assets

Review the recipient, network, amount, and gas before submitting an on-chain transaction.

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05Connect to a DApp

Verify the domain, account request, signature, and approval scope, then disconnect sessions you no longer need.

View steps →

Wallet capabilities

A practical route through assets, transactions, and connections

Different wallet tasks need different context. The site avoids forcing every feature into an identical pattern.

Multi-chain assets

Multi-chain asset and network relationship

Managing assets across networks means distinguishing the network, address, and token contract. Assets with similar names may exist on different chains, so verify both the destination network and receiving address before sending.

Understand multi-chain networks →

Send & receive

Verify address and network when receiving. When sending, review the amount, gas, and recipient, then use the transaction hash to confirm on-chain status.

View the transfer workflow →

imtoken App

imtoken App product view

Use the mobile wallet to review assets, manage networks, inspect activity, and connect to DApps when needed.

Explore the App →

imtoken Web & wallet security

A browser connection does not mean every later request should be approved. Review each signature and approval independently, and never enter a seed phrase or private key into a webpage.

Web usage → · Security center →

Blockchain networks

From network differences to gas and confirmations

Selecting a network is more than switching a label. It determines chain state, gas assets, confirmations, and contract context.

Multi-chain networks

Separate chains maintain independent state and confirmation systems. Similar address formats do not mean the networks are interchangeable.

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Multi-chain network illustration

Public chain basics

Nodes propagate transactions, blocks record state changes, and consensus allows the network to agree on valid state.

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Public chain nodes and blocks

EVM networks

EVM networks often share contract and address conventions, while chain IDs, gas assets, and token contracts remain network-specific.

Read more
EVM network and smart contract illustration

Layer 2

Layer 2 networks rely on a settlement or data relationship with a base layer. Cross-layer transfers may involve bridges and waiting periods.

Read more
Layer 2 and mainnet relationship

Gas & confirmations

Gas represents resources used for execution, while confirmation time depends on network conditions. Use a transaction hash to verify the actual on-chain state.

Read more
Gas and block confirmation illustration

Wallet journey

Six steps for a repeatable operating habit

Each step has a concrete verification goal, not just a completion state.

01

Get imtoken

Use the consistent download entry and avoid installation links from unknown sources.

02

Create or import a wallet

Understand how seed phrases and private keys relate to the accounts you control.

03

Back up offline

Keep the seed phrase offline. Do not screenshot it, send it to anyone, or enter it into a webpage.

04

Select and verify the network

Confirm the current network, gas asset, and destination network match the task.

05

Receive or send assets

Check the address and network when receiving; review address, network, amount, and fee before sending.

06

Review transactions and approvals

Use transaction hashes for verification and periodically remove connections or approvals you no longer need.

Web3 & DApps

A connection is only the beginning; review every request separately

A wallet connection may let a DApp identify an account, but signatures, transactions, and approvals are separate actions that can affect assets or permissions.

Connecting a wallet does not mean every signature request should be approved. Review each signature and approval on its own.

Open the Web3 guide →

Visit the DApp
Verify the domain
Start the connection
Review account requests
Inspect signatures or approvals
Complete the action
Disconnect unused sessions

Security

Turn safety into a repeatable pre-action routine

Wallet security is more than protecting a seed phrase. Real risks include phishing domains, fake support, malicious signatures, excessive approvals, clipboard substitution, public networks, and remote-control scams. imtoken focuses on steps users can actually repeat: verify the request source, review the network and address, understand what a signature or approval changes, and confirm only when the action is clear. A wallet generally cannot reverse a confirmed on-chain transaction by itself, and third-party DApps or smart contracts may carry their own risks.

Open the security center →

Offline seed phrase and private key backup
Back up the seed phrase offline
Never disclose private keys
Verify network and address
Review signature requests
Manage DApp approvals

Academy

What Should You Understand Before Using a Digital Wallet?

Begin with addresses, seed phrases, private keys, networks, and gas. Then connect those concepts with transaction hashes, DApps, and approvals so each field has meaning when it appears in a real transaction.

Read the featured starter guide →

Ethereum & PoS

Understand validators and network mechanics before deciding whether to participate

Ethereum Staking Basics

Learn about Ethereum PoS, validator duties, reward sources, network state, withdrawals, and exits. Staking does not guarantee returns, and rewards can change.

Learn about Ethereum staking →

Before participating

Validators can face network penalties, exits may involve waiting time, smart contracts and third-party services can introduce technical or operational risk, and digital asset prices can fluctuate.

Learn about PoS & validators →

Updates

Product and security information

View all →
Recent Update · Product

Wallet learning path refined

The sequence now connects creation, backup, network verification, and transaction checks more clearly.

Security Notice

Review signatures and approvals separately

After connecting a wallet, treat every signature, transaction, and token approval as a separate request.

Network Notice

Verify the destination chain before moving assets

Similar address formats do not imply the same network. Check the asset network and intended destination together.

Service Notice

One consistent download entry

All download buttons use the same download.html path for a predictable official entry point.

FAQ

Common questions

View the full FAQ →

It helps users manage multi-chain digital assets, review on-chain activity, and connect with Web3 applications. Users should still understand networks, addresses, gas, signatures, and approvals before acting.

A private key controls a specific account, while a seed phrase can commonly derive a set of accounts. Both are highly sensitive and should remain under the user’s control.

The same asset can exist on multiple networks and addresses can look similar. Verify the destination network, address, and asset type together before sending.

Gas measures the computational resources needed for an on-chain action. Fees vary with network conditions, transaction complexity, and fee parameters.

A transaction hash identifies a specific on-chain transaction and can be used with the matching network explorer to inspect status, block height, confirmations, and execution results.

Check network congestion and fee settings, then inspect the transaction hash on-chain. Avoid repeatedly sending duplicate transactions simply because confirmation is taking time.

Not necessarily. A connection may only expose an account for interaction. Signatures, transactions, and token approvals are separate requests and should be reviewed separately.

A message signature proves that an account approved a piece of data. It may not directly move assets, but malicious signatures can still be used for authentication or permissions.

Start with one clear first step

Verify the source before downloading, complete an offline backup after wallet creation, and review each transfer, signature, or approval before confirming.

Download imtoken