Never trust, always verify

Zero Trust on a badge

S-Badge disables backdoors, decentralizes credentials, and requires a live biometric match for every session — physical or logical.

Talk to GNS

Why traditional MFA falls short

Trust nothing that cannot prove itself

Traditional MFA is inconvenient, cannot confirm true identity, and remains vulnerable to man-in-the-middle and man-in-the-machine attacks. Tokens can be regenerated once algorithms are compromised.

fingerprint

X-Factor Authentication (XFA) — identity, possession, and liveness in one touch

shield_lock

Built-in protection against algorithmic attacks

policy

Password compliance from the first enrollment

hub

Decentralized architecture for maximum security

Live X-Factor Demo

If you lose it, no one can use it

Credentials never leave the badge. A live fingerprint match is required on every session. Toggle "lost badge" to see Zero Trust deny the impostor.

StateMuted / sealed

Secure ElementSealed

Session keyNone

fingerprintMuted / sealed

› Badge default state: muted. Credentials sealed on the Secure Element.

IAM lifecycle

Every component of access, on-badge

tokenToken management

vpn_keyCredential vaulting

assignment_indEntitlement management

person_addProvisioning

fact_checkPrivilege auditing

admin_panel_settingsPrivileged access management

Always verify

What gets logged on every request

Changes are logged and integrated into a central console for analysis, correlation, and alerting — per user account.

check_circleMotherboard ID

check_circleS-Badge IDs

check_circlePC name

check_circleIP address

check_circleLocation (indoor / outdoor)

check_circleDate and time of each request

Today's password managers / SSO

cancelCentralized storage — passwords on servers increase vulnerability.

cancelMan-in-the-machine attacks — susceptible to sophisticated methods.

cancelConvenience for hackers — centralization amplifies risk.

S-Badge solution

check_circleLocal secure storage — credentials on the S-Badge vault.

check_circleMilitary-grade encryption — IAM and PKI required to operate.

check_circleResilient to machine-based attacks — decentralization amplifies security.

Service account management

Passwords and credentials are stored on the Secure Element with policy compliance of more than 18 random characters. Tokens are session-based, tunneled with AES 128/256 multi-layer encryption, and a shared key is generated per session. S-Badge federates access across the organization to eliminate local accounts and shared credentials — in conjunction with Active Directory and LDAP that may not be natively secured.