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A passkey is a passwordless authentication method that uses cryptographic key pairs to securely log users into applications without relying on traditional passwords. Passkeys eliminate phishing risks and reduce password-related support overhead. They also align with zero-trust security models by strengthening identity verification.
Passkeys rely on public-key cryptography, where authentication happens using a secure key pair stored on user devices. This ensures credentials are never exposed to servers.
| Component | Description |
| Private Key | Stored securely on the user’s device; never shared |
| Public Key | Stored on the server for verification |
| Authentication Flow | Device signs a challenge using the private key |
| Verification | Server validates using the public key |
Authentication Process:
Passkeys are fundamentally different from traditional authentication methods. They remove shared secrets and replace them with device-bound credentials.
| Feature | Passwords | Passkeys |
| Security | Vulnerable to phishing | Phishing-resistant |
| Storage | Server-side | Device-bound |
| User Experience | Manual input | Biometric/PIN-based |
| Reset Requirement | Frequent | Rare |
| Attack Surface | High | Minimal |
Passkeys improve both security posture and operational efficiency. They are especially useful in distributed and hybrid work environments.
Hexnode UEM enables IT admins to enforce secure authentication policies across managed devices. It plays a critical role in deploying and managing passkey-based authentication.
Hexnode ensures centralized control, policy enforcement, and seamless integration with enterprise identity frameworks.
Key Capabilities:
Use Case Example:
Are passkeys more secure than passwords?
Yes, passkeys are phishing-resistant and eliminate risks associated with stolen credentials.
Do passkeys work across multiple devices?
Yes, they can sync securely across devices using trusted ecosystems like Apple, Google, or enterprise identity providers.