Physical Backup

Overview

Physical backups can preserve seed words, keys, encrypted files, key shares, wallet descriptors, or recovery instructions without depending on an online service. They are useful for long-term recovery and separation from compromised digital systems.

Physical form introduces theft, loss, fire, water, decay, copying, tampering, and location-access risk. A durable object may still be incomplete if it omits passphrases, derivation details, share order, or compatible software. Multiple copies improve availability but increase exposure.

Backup design should match the information’s sensitivity and recovery role. Copies need controlled locations, tamper awareness, inventory, access procedures, and periodic condition checks. Sensitive elements can be separated if the process remains recoverable. Tests should verify completeness without unnecessarily exposing production secrets. Obsolete copies must be securely destroyed or clearly revoked.

Physical Backup differs from ordinary retry or customer support because it restores authority after a control failure. For example, reinstalling an application is not successful recovery until the correct accounts, networks, balances, policies, and transaction history are reproduced and compromised authority can no longer act.

The scope of Physical Backup should identify the protected wallet, key, account, service, or business process; the triggering failure; who may declare the incident; which identity and entitlement evidence is required; and the recovery point and recovery time objectives that govern restoration.

For Physical Backup, important risks include fraudulent recovery requests, guardian collusion, unavailable shares, outdated backups, compromised cloud accounts, missing derivation metadata, untested procedures, and simultaneous loss of primary and backup systems. For Physical Backup, independent storage and periodic exercises reduce correlated failure but introduce their own custody obligations.