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Passkeys vs Self-Custody

Passkeys vs Self-Custody: What's the Difference?

Passkeys store credentials securely.
Self-custody makes stored data useless without you.

Try ZelfKeySee the full comparison
What Are Passkeys

How Passkeys Work

Passkeys replace passwords with cryptographic keys.

Generated on your device

Stored locally or synced via cloud

Used to authenticate without typing passwords

Major ecosystems like
Google Passkeys are driving adoption.

This creates a smoother login experience—without passwords.

Where Passkeys Fall Short

Where Passkeys Fall Short

Passkeys improve usability. But they still depend on centralized infrastructure.

Key limitations:

Device dependency

Access is tied to your phone or laptop.

Cloud reliance

Syncing requires trust in providers.

Credential storage

Keys still exist somewhere.

Recovery complexity

Lose your device → rely on ecosystem recovery.

Passkeys Remove Passwords, But Not The System Behind Them.

What Is Self-Custody

How Self-Custody
Changes the Model

Self-custody removes the risk in storage, because keys are never at rest.

Instead of storing keys:

Keys are generated when needed
Nothing persists after use
Authentication is tied to you, not your device

This creates a
different trust model

→ Human-rooted authentication

View Self-Custody Solution
Side-by-Side Comparison

Self-Custody vs Passkeys

Self-Custody
Passkeys
Storage
Encrypted (IPFS / Arweave)
Device / Cloud
Trust anchor
Human
Device / Ecosystem
Dependency
None
Hardware + Cloud
Offline access
Yes
Limited
Ephemeral keys
Yes
No (device / cloud)
Recovery
Biometric regeneration
Provider-based
Breach risk
None
Low (but exists)

Key takeaway

Passkeys improve security.

Self-custody removes the attack surface entirely.

Choose Ownership
Over Convenience

Convenience removes friction.
Ownership removes risk.

Explore ZelfKeysExplore Self-custody
No stored keys
No cloud sync
No device lock-in
Nothing to steal

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Receba as últimas novidades sobre segurança cripto, atualizações do ZNS e insights Web3.

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