Shared state
Public blockchains are maintained by distributed nodes. This topic should be understood through both user workflow and verifiable on-chain results. The wallet interface helps with context, but the network, address, contract and transaction state remain the source of truth.
In practice, combine interface information with data you can verify on-chain. If anything is unclear, stop before a high-value action and confirm the network, address, contract or transaction state.
Blocks
Signed transactions are broadcast and included in blocks before accumulating confirmations. This topic should be understood through both user workflow and verifiable on-chain results. The wallet interface helps with context, but the network, address, contract and transaction state remain the source of truth.
In a multi-chain environment, the network name, native gas asset, block explorer and contract address create the decision context. Icons, symbols and screenshots are only supporting cues.
Nodes and explorers
Nodes validate and relay data; explorers make public information readable. This topic should be understood through both user workflow and verifiable on-chain results. The wallet interface helps with context, but the network, address, contract and transaction state remain the source of truth.
Seed phrases and private keys remain under user control, and official staff will never request them. Any website or person asking for recovery material or verification codes should not be trusted.
Address and key
Addresses can be public while private keys must remain secret. This topic should be understood through both user workflow and verifiable on-chain results. The wallet interface helps with context, but the network, address, contract and transaction state remain the source of truth.
When a third-party DApp, bridge or smart contract is involved, consider permission scope, contract risk, congestion and service dependencies. Confirmed on-chain transactions usually cannot be reversed by a wallet.
Confirmation policy
Applications choose confirmation thresholds based on network and risk. This topic should be understood through both user workflow and verifiable on-chain results. The wallet interface helps with context, but the network, address, contract and transaction state remain the source of truth.
After the action, keep the transaction hash and review confirmations to build independent verification habits. Revisit persistent connections and approvals when they are no longer needed.
Review after the action
After completing the task, compare the on-chain state with what you expected. Network, transaction hash, block height, confirmation count and approval status can reveal display delays, network mistakes or permissions that remain active longer than intended. Security is an ongoing review process, not a one-time setting.