WWPass — authentication without a username or password

Replace login credentials with a cryptographic key, remove human-readable credentials that attackers phish.

Azure Marketplace available and compatible with:

Credential abuse is still how attackers get in

$0

.22

M

Highest average breach cost in the world

Driven by regulatory fines and litigation costs

250

days

Longest to identify and contain a breach

Multi-environment breaches take longer to resolve

250

days

Longest to identify and contain a breach

Multi-environment breaches take longer to resolve

0

%+

Of passwords are reused

Users often reuse passwords across multiple accounts, creating additional security risks

0

%+

Of passwords are reused

Users often reuse passwords across multiple accounts, creating additional security risks

$0

.44

M

Average global financial cost of a data breach

Covers detection, response, and lost business

0

years

Healthcare remains the costliest for breaches

Patient data carries the highest recovery cost

0

years

Healthcare remains the costliest for breaches

Patient data carries the highest recovery cost

WWPass removes credentials completely. Passkeys remove credentials only partly

WWPass goes beyond passkeys

Nothing to phish

WWPass authentication uses a cryptographic key instead of a username and password. There's no login field for a phishing page to imitate or steal credentials from.

No shared secret to steal

Most breaches start with a stolen password or reused credential. WWPass never generates a human-readable one, so there's nothing to leak in a breach or guess in a brute-force attempt.

Meets regulatory requirements

WWPass Zero-Trust Architecture is designed to meet regulatory requirements, including GDPR, HIPAA, NIST 800-63, and CMMC access control standards.

WWPass goes beyond passkeys

Nothing to phish

WWPass authentication uses a cryptographic key instead of a username and password. There's no login field for a phishing page to imitate or steal credentials from.

No shared secret to steal

Most breaches start with a stolen password or reused credential. WWPass never generates a human-readable one, so there's nothing to leak in a breach or guess in a brute-force attempt.

Meets regulatory requirements

WWPass Zero-Trust Architecture is designed to meet regulatory requirements, including GDPR, HIPAA, NIST 800-63, and CMMC access control standards.

WWPass goes beyond passkeys

Nothing to phish

WWPass authentication uses a cryptographic key instead of a username and password. There's no login field for a phishing page to imitate or steal credentials from.

No shared secret to steal

Most breaches start with a stolen password or reused credential. WWPass never generates a human-readable one, so there's nothing to leak in a breach or guess in a brute-force attempt.

Meets regulatory requirements

WWPass Zero-Trust Architecture is designed to meet regulatory requirements, including GDPR, HIPAA, NIST 800-63, and CMMC access control standards.

How it works

For users, secure access is as simple as scanning a QR code with the WWPass Key App. Behind the scenes, WWPass performs complex cryptographic authentication.

User experience

Technical overview

1. User scans QR

Using the WWPass Key App, the user scans the QR code shown on your service's login screen.

2. Authentication

WWPass authenticates the key and provider, then locates the matching data container.

3. Access granted

The service provider verifies the user and grants access, with identity hidden from attackers.

How it works

For users, secure access is as simple as scanning a QR code with the WWPass Key App. Behind the scenes, WWPass performs complex cryptographic authentication.

User experience

Technical overview

1. User scans QR

Using the WWPass Key App, the user scans the QR code shown on your service's login screen.

2. Authentication

WWPass authenticates the key and provider, then locates the matching data container.

3. Access granted

The service provider verifies the user and grants access, with identity hidden from attackers.

How it works

For users, secure access is as simple as scanning a QR code with the WWPass Key App. Behind the scenes, WWPass performs complex cryptographic authentication.

User experience

Technical overview

1. User scans QR

Using the WWPass Key App, the user scans the QR code shown on your service's login screen.

2. Authentication

WWPass authenticates the key and provider, then locates the matching data container.

3. Access granted

The service provider verifies the user and grants access, with identity hidden from attackers.

Compare WWPass with passkeys

Passkeys remove passwords, but they still rely on usernames, platform ecosystems, and site-specific credentials. WWPass removes these limitations with a unified cryptographic identity that works across devices, services, and business workflows.

WWPass

Passkeys

Authentication without a username and password

One credential across all services

Vendor-independent architecture

Universal device compatibility

Unified credential management

Beyond authentication

Architecture

Explore the architecture behind WWPass, from zero-knowledge authentication and cryptographic identity to enterprise integration and key management.

How WWPass works

How usernameless passwordless authentication works in WWPass: the user requests access to a service, the service provider communicates with WWPass and provides its unique Service Provider key (SPID), then asks the user to provide their WWPass Key (UserID) to WWPass. WWPass uses both keys together to open the corresponding encrypted data container and passes the contents to the service provider. No username entered. No password transmitted. No credentials stored anywhere in the process.

Zero-trust architecture

PUID ∙ Protected user identifier

Managed IAM services

Integrations

WWPass works alongside your existing identity infrastructure, integrating with Microsoft Entra ID, Okta, Auth0, Salesforce, AWS, IBM Security Access Manager, Cisco, and Fortinet through standard IAM and SSO protocols. No rip and replace required. Support includes encrypted cloud storage, PKI email and Winlogon, disk encryption, VPN, and remote desktop logins.

Identity & Security Platforms

Microsoft environments

WWPass supports the OIDC protocol required for an External Authentication Method with Entra ID. The existing directory and user objects stay in place.

Protocols

SAML, OAuth2 / OIDC, LDAP, RADIUS, and Kerberos

Integrations

WWPass works alongside your existing identity infrastructure, integrating with Microsoft Entra ID, Okta, Auth0, Salesforce, AWS, IBM Security Access Manager, Cisco, and Fortinet through standard IAM and SSO protocols. No rip and replace required. Support includes encrypted cloud storage, PKI email and Winlogon, disk encryption, VPN, and remote desktop logins.

Identity & Security Platforms

Microsoft environments

WWPass supports the OIDC protocol required for an External Authentication Method with Entra ID. The existing directory and user objects stay in place.

Protocols

SAML, OAuth2 / OIDC, LDAP, RADIUS, and Kerberos

Integrations

WWPass works alongside your existing identity infrastructure, integrating with Microsoft Entra ID, Okta, Auth0, Salesforce, AWS, IBM Security Access Manager, Cisco, and Fortinet through standard IAM and SSO protocols. No rip and replace required. Support includes encrypted cloud storage, PKI email and Winlogon, disk encryption, VPN, and remote desktop logins.

Identity & Security Platforms

Microsoft environments

WWPass supports the OIDC protocol required for an External Authentication Method with Entra ID. The existing directory and user objects stay in place.

Protocols

SAML, OAuth2 / OIDC, LDAP, RADIUS, and Kerberos

Common questions

Learn more about WWPass and contact us to discuss your use case and get a demo.

How is WWPass different from passkeys?

What happens if a user loses their WWPass Key?

Does the service provider ever see the user's identity?

What protocols does WWPass support?

Can WWPass be used without a PIN?

Common questions

Learn more about WWPass and contact us to discuss your use case and get a demo.

How is WWPass different from passkeys?

What happens if a user loses their WWPass Key?

Does the service provider ever see the user's identity?

What protocols does WWPass support?

Can WWPass be used without a PIN?

Common questions

Learn more about WWPass and contact us to discuss your use case and get a demo.

How is WWPass different from passkeys?

What happens if a user loses their WWPass Key?

Does the service provider ever see the user's identity?

What protocols does WWPass support?

Can WWPass be used without a PIN?

Get WWPass

Download the WWPass Key app and test authentication without a username or password.

© 2026 World Wide Pass — WWPass

Get WWPass

Download the WWPass Key app and test authentication without a username or password.

© 2026 World Wide Pass — WWPass

Get WWPass

Download the WWPass Key app and test authentication without a username or password.

© 2026 World Wide Pass — WWPass