The cryptographic answer to social engineering.

Wallets are document containers; they show your driver's license, signed by the state. ScrambleID is identity-as-credential, signed by your registered device, with selective disclosure built in. Wallets handle consumer ID. ScrambleID handles enterprise verification across employees, contractors, executives, customers, and vendors.

ScrambleID overlays your IdP. It doesn't replace Okta, Entra, Ping, or ForgeRock. The directory still owns identities and lifecycle. ScrambleID adds the verification layer for human-to-human trust events. A "Verified" badge means your IdP confirmed the field.

Every verification produces a signed, timestamped record bound to both accounts, the registered device, and the fields shared. Streamable to your SIEM. Persists per your retention policy. The architecture page covers the full format.

Selective disclosure is the structural answer to data minimization. ScrambleID never transmits or stores biometric templates; biometrics only unlock local key material in the secure enclave. Both parties can access records of what was shared, with whom, and when.

Yes by default. The presenter sees who's requesting before choosing what to share. For verifier roles that represent a function (security desk, fraud team), an anonymous mode shows organization and role without a personal name. Presenter still chooses.

The verification is bound to the device's secure enclave; an attacker needs physical access plus the user's biometric or PIN. Lost or stolen devices are revoked through identity proofing. Auditable, attributable, revocable.

Enrollment establishes the device-to-person binding through your IdP's identity-proofing posture, which you already trust. Per-verification, the device's private key signs the challenge, proving continuity from enrollment forward. Verification is no stronger than enrollment, by design.

Yes. ScrambleID for the people surface is one cryptographic verification layer across all three. Workforce verification covers internal scenarios: HR onboarding, security desk access, executive identity confirmation on video calls, and incident-response peer verification. B2B partner and vendor verification covers cross-organization trust events: vendor field engineers at customer sites, partner executives in video meetings, supplier representatives at security checkpoints. Consumer verification covers customer-facing trust events: contact center callbacks, in-branch banking, healthcare front-desk identity confirmation, and high-value transaction approvals. Same selective-disclosure model, same signed audit record, same IdP overlay across Okta, Microsoft Entra, Ping, or ForgeRock. No audience needs a separate trust stack.

Yes. The presenter doesn't need to be your employee. A customer can verify themselves when your contact center calls. A vendor's field engineer can verify at your security desk. A partner's executive can verify on a video call. Same cryptographic substrate; what differs is which attributes carry attestation.

Days to a working pilot. Weeks to production. The mobile app is the cryptographic anchor; IdP integration is OIDC-shaped. No CCaaS plumbing, no IVR work. The architecture page covers deployment patterns.

Yes, as confidence signals. Voice biometrics, geolocation, behavioral analytics can add or subtract trust from a verification already cryptographically anchored. Layered, they defang the deepfake risk that breaks each method alone.