Trezor Suite is the desktop/web client that provides secure, local management of hardware wallets. For advanced tech users, the Suite offers direct control over device firmware interactions, transaction signing, custom coin support (where applicable), and developer-focused tooling for integrations and automated workflows.
This presentation focuses on: secure operational patterns, advanced configuration, developer integrations (APIs and CLI), and recommended incident response procedures.
Keep hardware wallets offline when not in active use. Verify firmware signatures and confirm firmware versions before upgrading. Maintain an encrypted, auditable firmware upgrade process for production environments.
Use passphrases to create hidden wallets only when you understand the recovery implications. Document your passphrase handling policy—never store passphrases in plaintext and rotate them only under controlled procedures.
Securely store mnemonic backups and design an air-gapped recovery plan. Test recovery regularly in a sandbox environment to ensure your documented steps are reliable.
Trezor offers libraries and webhooks for integrating Suite actions into developer tooling. Use official libraries for signing operations and avoid ad-hoc RPC implementations to reduce attack surface.
For repeatable processes, rely on command-line tooling and CI/CD safe runners. Protect keys by running interactions on dedicated build agents and use ephemeral sessions for signing requests that are time-limited and audited.
Advanced users building on non-standard chains should validate custom coin plugins and signers locally. Maintain a separate test suite to exercise edge-case signing behavior and replay protection.
Always build transactions deterministically and pre-validate outputs in an offline view. Use deterministic fee strategies for predictable confirmation times and to detect fee-related anomalies.
For high-value operations, adopt multi-sig schemes with geographically and procedurally separated signers. Combine Trezor devices with co-signers and maintain clear key custody policies.
Log all signing actions, including device serials and firmware versions. Preserve pre-signed transaction blobs and signature metadata for forensic purposes.
Problems typically stem from outdated firmware, host driver conflicts, or corrupted application caches. Reproduce issues in a clean, instrumented environment to capture logs and device traces.
If a device is suspected compromised, isolate it immediately, revoke any delegated access, and initiate recovery with known-good hardware. Maintain a crisis-runbook with roles and contact points.
Ten official links (quick access) — styled for presentation use. Use these as entry points for official docs, downloads, support and developer references.