Android Can Now Move Passkeys Between Password Managers — Why That Matters More Than It Sounds

Passkeys were supposed to make authentication easier, but they introduced an awkward problem for people who like to choose their own security tools: moving to another password manager could mean leaving passkeys behind. Google is now addressing that problem on Android with a direct credential-transfer experience that can move both passwords and passkeys between supported password managers.

The change sounds like a convenience feature. In practice, it addresses one of the most important adoption barriers for passwordless authentication: portability.

A security technology is easier to trust when adopting it does not permanently bind a user to one provider. Password managers have historically allowed exports, but the common migration method often involved creating a CSV or similar file containing credentials in readable form. That file could remain in Downloads, backups or cloud-sync folders long after the migration finished. Passkeys were even harder because users frequently had to recreate them individually.

Android's new approach is designed to remove both sources of friction.

Why passkey portability matters

A passkey replaces the shared secret model of a password with public-key cryptography. The service stores a public key, while the user's credential provider protects the corresponding private credential. Authentication can then be approved using the device's screen lock, fingerprint or face authentication without sending a reusable password to the website.

That architecture provides strong phishing resistance, but usability matters just as much as cryptography. If people believe creating a passkey will trap an account inside one ecosystem, they may continue using passwords simply because passwords feel easier to move.

Portability changes that calculation. It makes a credential manager more like a service a user can replace and less like permanent infrastructure.

This is especially important as passkeys spread across consumer and enterprise services. A person may accumulate dozens before deciding that another manager has better family sharing, platform support, enterprise controls or pricing. Recreating every passkey manually would turn a simple product switch into an account-recovery project.

Direct transfer is safer than a plaintext password export

Traditional password-manager migration often relies on an export file. The old manager writes usernames, passwords and URLs into a file, the user imports it into the new manager, and then the file must be securely deleted.

The weak point is obvious: during that window, the credentials exist outside the encrypted vault.

Google says Android's new transfer process avoids file downloads. Supported managers exchange credentials through the platform flow instead. That reduces the chance that a forgotten CSV becomes a long-lived copy of an entire password collection.

Users should still treat migration as a security-sensitive operation. A destination manager becomes a new holder of valuable authentication material, so its account protection, recovery process and device security matter. Direct transfer removes one risky intermediate artifact; it does not make the choice of credential provider irrelevant.

Passkeys are not the same as cloud synchronization

It is useful to distinguish transfer from synchronization.

Synchronization keeps credentials available across devices associated with a provider. Transfer is the act of moving or copying credentials from one provider to another. Android's new capability primarily improves the second problem.

After migrating, users should verify how the destination manager makes credentials available on their other devices. Someone who uses Android alongside Windows, macOS or iOS should confirm that the chosen manager supports the platforms they actually use.

A successful Android transfer is therefore the beginning of validation, not the end.

Do not delete the old vault immediately

The safest migration strategy is staged.

First, update Android and both password managers. Start the supported transfer and allow it to complete. Then test a representative group of important accounts: primary email, banking, cloud storage, social accounts and work services where policy permits.

Confirm that password logins work and that passkey prompts are being fulfilled by the expected destination provider. Check recovery options for critical accounts as well.

Only after the new setup has been used successfully should the old manager be cleaned up or removed. This overlap period may feel redundant, but it protects against discovering an unsupported credential after the original vault is gone.

Organizations should apply the same principle at larger scale. A pilot group should include different phone models, Android versions, work profiles and frequently used services. Migration documentation should explain what happens when a credential cannot be transferred and how employees recover access.

This also changes competition between password managers

Portability is not only a security issue. It affects product competition.

When switching costs are high, users may stay with a mediocre tool because migration is painful. Easier credential transfer forces managers to compete more on security design, cross-platform support, usability, administration and price rather than relying on lock-in.

That can also encourage more passkey adoption. Users can create credentials without feeling that today's provider choice must remain permanent for the life of every account.

Developers benefit too. A healthier passkey ecosystem means authentication implementations can rely less on users understanding which specific vendor holds a credential. Android's Credential Manager is intended to give apps a common interface for passwords, passkeys and federated sign-in methods.

Passwords will not disappear overnight

Even with better portability, the transition remains gradual. Many websites still use passwords, some accounts support passkeys only as an additional method, and recovery flows can fall back to email, SMS or other mechanisms.

That means users should not measure security solely by the number of passkeys in a vault. Recovery channels, device screen locks, account protections and software updates remain part of the authentication system.

For services that support passkeys well, however, the new Android transfer mechanism removes a meaningful reason to postpone adoption.

The broader lesson is that passwordless security needs an exit strategy. Strong cryptography is valuable, but users also need the freedom to change tools without rebuilding their digital identity account by account. Android's credential transfer is a relatively small interface change that pushes passkeys closer to that goal.