Bitámp Wallet is built around a single principle: you must control your keys. Non-custodial wallets place the responsibility of key custody on the user — and while that increases autonomy and privacy, it also requires clear processes and strong habits. This guide covers setup, backup, operational security, privacy best practices, and developer guidance for integrating Bitámp into dApp flows without compromising user safety.
Setup is intentionally simple: generate a secure recovery phrase and store it offline. The recovery phrase (seed) is the canonical method of restoring a wallet; if it is lost, so are the funds. Write it down on paper or store it on a robust medium like a metal backup. For users who want defense-in-depth, split the seed across multiple secure locations using secret-sharing methods, but only do this if you understand the recovery procedure — complexity can cause mistakes. Bitámp never uploads or transmits the seed unless the user explicitly enables an encrypted backup option; even then the backup is end-to-end encrypted and protected by a user-chosen passphrase.
Local key storage means that all signing operations happen on your device. This keeps private keys away from internet-accessible servers and reduces the attack surface. However, device-level security is essential: use full-disk encryption where available, keep your OS updated, and avoid installing untrusted software that could exfiltrate secrets. On mobile, use secure enclaves or trusted execution environments where possible. For desktop users, consider hardware wallets for high-value accounts and connect them to Bitámp for signing — hardware devices provide an extra layer of assurance by requiring physical confirmation for transactions.
Privacy features in Bitámp include coin control and UTXO management (for UTXO-based chains) or account separation strategies (for account-based chains). These tools let you select which funds to spend, preventing accidental linkage between unrelated activities. When interacting with dApps, prefer one-off addresses and minimize reuse. If privacy is a priority, avoid consolidating many inbound transactions into a single address; consolidation increases traceability. Bitámp also offers suggested privacy workflows (e.g., timed transfers, fee shaping) that reduce on-chain signals that trackers rely on.
Transaction hygiene is straightforward but crucial. Always verify recipient addresses and amounts. Bitámp surfaces a human-readable summary for contract calls and supports transaction simulation where applicable. Use these simulations to understand gas usage and contract effects before committing a signature. For token approvals, prefer granting minimal allowances and revoke approvals when they are no longer needed. These simple steps dramatically reduce exposure to malicious contracts that exploit broad allowances.
Developer integrations should be explicit about requested permissions and provide clear, contextual descriptions. Bitámp supports structured metadata in requests so wallets can render consistent UIs. Avoid requesting broad permissions; request only what is necessary for the feature to work. Provide fallbacks for users who deny permissions, and surface clear recovery instructions if a user loses access. For dApp teams, provide links to on-chain explorers and contract audits so users can verify contract provenance.
Backup testing and recovery drills are vital. Periodically verify that your backup can restore a wallet onto a different device. This simple test prevents unpleasant surprises later. If you suspect your seed phrase is compromised, create a new wallet on a secure device and move funds immediately. For everyday convenience, maintain a small hot wallet for routine transactions and reserve a cold wallet or hardware device for larger holdings.
Finally, ongoing education matters. The Web3 landscape evolves quickly: new token standards, privacy techniques, and attack vectors emerge regularly. Follow Bitámp's official advisories, stay cautious about social-engineering attempts, and cultivate good habits: verified downloads, offline backups, minimal approvals, and hardware signing for critical operations. With these practices, Bitámp Wallet becomes a powerful tool for private, sovereign crypto ownership — tu clave, tu control.