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The core of the platform is a non-custodial wallet that manages addresses and keys across multiple blockchain networks simultaneously. A single seed phrase can derive wallet addresses for Bitcoin, Ethereum, BNB Chain, Solana, Polygon, Avalanche, TRON, and dozens of additional networks.

Non-custodial architecture means the platform software helps you manage your keys, but the keys themselves live on your device. Tokenpocket Inc has no access to user private keys, no ability to freeze accounts, and no ability to reverse transactions. This is a fundamental property of how the system is designed, not a policy choice that can be changed later.

The wallet interface displays token balances across all supported networks, transaction history, and portfolio overview. Sending, receiving, and managing assets works through a consistent interface regardless of which blockchain network the asset lives on.

The built-in token swap aggregates liquidity from multiple decentralized exchanges to find efficient routes for token exchanges. When you initiate a swap, the system queries available DEX pools and presents the exchange rate, estimated price impact, and network fee before you confirm.

Swaps execute through smart contracts on the respective blockchain. The transaction is broadcast directly to the network, and the outcome is determined by the smart contract logic, not by any action from Tokenpocket Inc. The platform provides the interface to construct and submit the transaction.

Swap functionality is available within the same wallet interface you use to manage balances. There is no need to transfer assets to a separate exchange or create an account on another platform to exchange tokens within the same blockchain network.

The cross-chain bridge allows users to transfer assets from one blockchain network to another. This is distinct from a token swap, which exchanges one token for another on the same chain. A bridge moves the same asset class across different network environments.

Bridge transactions involve locking or burning assets on the source chain and minting or releasing equivalent assets on the destination chain. The bridge interface shows the source network, destination network, estimated bridge time, and all associated fees before the transaction is confirmed.

The platform integrates with established cross-chain bridge protocols. Users should be aware that bridge transactions typically take longer than same-chain transactions and involve smart contract risk on both the source and destination chains.

The integrated DApp browser provides a Web3-enabled browsing environment where your wallet is available to connect to decentralized applications without requiring a separate browser extension. Navigate directly to any DApp URL, or browse curated categories of DeFi protocols, NFT platforms, and blockchain games.

When a DApp requests a wallet connection, the platform shows you the connection request including the DApp's domain, what it is requesting, and which wallet address you would be connecting. You approve or reject the connection explicitly.

Transaction requests from DApps go through the same signing interface as regular wallet transactions. You see the full transaction details, including contract address, function being called, and estimated gas, before signing. Signing always happens locally on your device.