One cryptographic rail replaces shared secrets across voice, web, AI agents, person-to-person, and shared devices. Layered on top of your existing IdP. Production-ready in 14 days.
AI voice cloning. Deepfake video. Generative phishing at scale. Attack-lifecycle compression. The threats your stack wasn't built for, closed at the cryptographic foundation, not detected after the fact.
AI agents need cryptographic identity at API speed. Hardcoded credentials, manual MFA, and static keys stop being the bottleneck. Scoped, revocable, auditable identity per agent, per request.
Cryptographic proof replaces passwords, KBA, voice match, and MFA tokens. NIST SP 800-63-4 AAL3 aligned. Nothing to phish. Nothing to bomb. No password to reset.
Voice, web, AI agents, person-to-person, and shared devices on one cryptographic identity. Five point solutions consolidate to one.
Detection is a treadmill. Every new attack vector means a new model, playbook, control. Attackers exploit the shared-secret foundation underneath all of it. Replace the foundation, and the threats lose their entry point.
Historic threats
→No credential to phish
→Each authentication is unique. Replays fail.
→One cryptographic assertion replaces password and MFA
→No static keys, ever
→Ephemeral signature per request
AI-era threats
→Cryptographic proof, not voice match
→Device-bound private key. The face is identity context, not the proof.
→The credential it tries to capture doesn't exist
→Revocation in one API call. Every channel.
The AI you're shipping faces attackers running AI of their own. They hit the weakest seam first, at machine speed, and right now that seam is authentication: hardcoded credentials, manual MFA, static keys. The promise doesn't survive contact with adversarial AI until that seam holds.
But when proof is your front door, your AI promise delivers.
AI agent identity
Cryptographic identity scoped per agent replaces hardcoded credentials and broad-scope service accounts. Per-request signatures. Instant revocation. Full audit trail.
Non-human identity, defined→Agentic workflow speed
Manual MFA can't run inside agentic workflows. Per-request cryptographic signatures replace human-grade auth steps. Identity stops being the bottleneck.
Prompt injection is an identity problem→Omnichannel architecture
AI agents, web, voice, person-to-person, and shared devices on one cryptographic primitive. The seams between channels close. Same primitive for humans and agents.
Omnichannel authentication: proof, not probability→Each row pairs a current property of your authentication stack with what it becomes once the rail replaces shared secrets. These aren't features bolted on. They're consequences of the foundation changing.
ScrambleID layers on top of Okta, Entra, Ping, or whatever your IdP runs today. Your IdP keeps SSO, provisioning, and lifecycle. ScrambleID adds cryptographic proof on every authentication event, across every channel.
Channel surfaces
Five places identity events happen. ScrambleID covers all five with one cryptographic primitive.
Cryptographic rail
The new layer. Proof on every event. Layered onto your stack, not bolted to the side.
Your IdP
Okta, Entra, Ping. Unchanged. Keeps SSO, provisioning, and lifecycle. Coexists with the rail.
The honest side-by-side. HYPR, Ping, Descope, 1Kosmos, and Secret Double Octopus are passwordless platforms. Yubikey is hardware. ScrambleID is the omnichannel rail above all of them.
Swipe sideways to compare. ScrambleID is the highlighted column.
Cybersecurity teams aren't channel-specific. The threats you defend cross voice, web, AI agents, in-person, and shared devices. ScrambleID closes the seams between them with one identity primitive.
Standards-aligned at the cryptographic layer. Audit-ready by construction.
What we hold
SOC 2
TYPE II
FIDO2
COMPLIANT
GDPR
ALIGNED
SLA
99.95%
What we align with
NIST · SP 800-63-4
Hardware-bound multi-factor cryptographic authenticator with a non-exportable private key and phishing resistance.
Hardware-bound private keys that never leave the secure enclave. Origin-bound signatures are phishing-resistant by construction.
NIST · CSF 2.0
Asset and identity inventory; access control; data security; protective technology.
Identity inventory at the rail layer. Cryptographic access control. Protective controls are structural, not detective.
NIST · SP 800-207
Verify explicitly. Per-request authentication for every resource access.
Cryptographic verification on every request. The rail is Zero Trust's verification layer at the identity tier.
ISO · 27001:2022
Organizational controls (A.5) and technological controls (A.8). Risk-based information security management.
SOC 2 Type II controls cover most ISO 27001:2022 overlap. Identity controls map directly to A.5 and A.8.
No. ScrambleID layers on top of Okta, Entra, Ping, or whatever you run today. Your IdP keeps SSO, provisioning, and lifecycle. We add cryptographic proof on every authentication event, across every channel. The architecture diagram above shows how they coexist.
ScrambleID can serve as a lightweight IdP if you don't already have one. It covers authentication essentials so smaller or newer companies don't need to deploy two systems. It's not designed to compete with Okta, Entra, or Ping at the full SSO, provisioning, and lifecycle scope. If you already have an IdP, the right pattern is to layer ScrambleID on top.
Recovery is designed in. The user enrolls a new device with hardware-backed proof through a verified channel. The lost device's keys revoke instantly across every surface. No password to fall back to, so no fallback attack. Recovery uses the same cryptographic primitives as primary auth, not a weaker shadow path.
Multi-party authorization with hardware-backed quorum. No single admin holds the keys to recover everyone. The flow is auditable end-to-end and integrates with your existing PAM. The break-glass authority itself is on the rail, not a side-channel.
The compare table above is the side-by-side. Each of them covers one surface. ScrambleID is the omnichannel rail above all of them: voice, web, AI agents, people, shared devices on one cryptographic identity.
See the detailed comparison→Every authentication event is a cryptographically signed record: which key signed, when, on which device, against which verifier. Audit logs become evidence, not narrative. The chain is tamper-evident; a missing or modified record fails verification.
14 days for production. SDK integration is hours. Backend deployment is days. User onboarding is phased: one channel, one cohort, expand. Most security teams hit production within two sprint cycles.
Every control here sits on one rail. Over any consequential action, three gates: a human in the loop, a supervisory agent on it, an independent agent outside the lineage. One signed chain from intent to execution.
See how the rail gates an action30-minute technical review. Bring your IdP topology, your channel inventory, and your hardest threat scenario. We'll walk the rail in your context.