Frequently Asked Questions

Asset state is recorded on the relevant blockchain. A wallet manages keys and reads that state. Balance display can be affected by nodes, indexing or token metadata, so the address can be checked on a block explorer when needed.

A private key normally controls a specific account, while a seed phrase can derive or restore multiple accounts. Both are sensitive recovery material and should never be sent to anyone or entered into support, sync or airdrop pages.

No. Support can work with public addresses, transaction hashes, network names and error details without needing a seed phrase, private key, recovery phrase or verification code.

The same address format can appear across EVM networks, while assets, gas, token contracts and transaction histories remain separate. A correct-looking address on the wrong network can still send assets down an unintended path.

Gas is the network cost of executing or recording an action. Fees depend on protocol rules, transaction complexity and congestion, so a wallet cannot guarantee one fixed amount.

A transaction hash is a public identifier for an on-chain transaction. It can be used to inspect status, block height, confirmations, fees and contract events, making it central to verifying the real result.

First confirm through the hash that it is actually pending, then check the network state and fee conditions. Avoid repeatedly submitting the same action if you do not understand nonce or replacement behavior.

A basic connection usually creates an account session rather than moving assets. However, signatures, transactions or token approvals can follow, and every later request should be reviewed separately.

No. A message signature may support login or a statement, while a transaction signature submits an on-chain state change. Structured messages can also carry meaningful authorization, so “no gas” does not automatically mean “no risk”.

Approval lets a specified spender contract use tokens within an allowance. It may not move funds immediately, but it creates a permission that can be used later. Remove allowances that are no longer needed.

It expands the amount a contract may use and therefore the potential impact if that permission is abused. Whether it is necessary depends on the service and usage pattern, so understand the spender, scope and alternatives first.

Many EVM-compatible networks use similar address formats, while chain IDs, gas assets, contracts and state remain independent. A matching address does not make the networks interchangeable.

Layer 2 systems process more activity outside the base chain and use different mechanisms to settle or publish data back to it. Moving assets between layers usually requires a bridge and withdrawals may involve waiting.

After a transaction is included in a block, later blocks continue building on that history. Networks differ in finality models and common confirmation practices, so one universal confirmation time does not exist.

Check the full domain, entry point and request details rather than trusting a logo or visual design. Stop any page that asks for a seed phrase, private key, verification code, remote control or an unexplained signature.

No. Rewards change with protocol rules, total stake, validator performance and network conditions. Exit waiting periods, penalties, smart contract risk and digital-asset price volatility also matter.

PoS networks require validators to stay correctly online and sign according to protocol rules. Downtime can miss rewards, while serious violations or conflicting signatures can trigger stronger penalties.

Generally no. Once a transaction is confirmed by the network, a wallet or support team cannot unilaterally rewrite blockchain history. Checking recipient, network and amount before sending is therefore essential.