Technology

Hardware-rooted identity

Stronger assurances when software alone is not enough

Identity starts in a secure element—not a password, session token, or software wallet. Compromise of an app is not enough to impersonate a verified person.

Root of trust

Human

A real person is established first—not an account handle or a copied session.

Anchored in silicon

  • Hardware-rooted
  • Secure-element protected
  • Human-present
  • Cryptographic proof
  • Device-bound
  • Audit-ready

The assurance gap

Software credentials vs hardware roots of trust

Software can be copied. Hardware raises the cost of impersonation.

Software-only04

Where software falls short

Software-only identity can be vulnerable when credentials, sessions, or endpoints are compromised. Attackers who steal tokens or clone software environments may impersonate users without a hardware barrier.

  • Stolen sessions

    Tokens and cookies can impersonate a user without the person being present.

  • Cloned software

    App environments and stored credentials can be copied onto another device.

  • Endpoint compromise

    Malware on a phone or laptop can use whatever the software can reach.

  • No hardware barrier

    If the secret lives in software, software compromise is enough.

Hardware-rooted04

What silicon changes

Hardware roots of trust keep sensitive keys and operations in protected environments, raising the cost of impersonation and supporting stronger identity and authorization assurances.

  • Keys stay in silicon

    Private keys remain in the secure element instead of ordinary memory.

  • Human presence

    Biometrics help establish who is holding the hardware before signing.

  • Scoped signing

    Only the approved action is signed—not a reusable software credential.

  • Higher cost to impersonate

    Compromise of an app or session is not enough on its own.

Trust chain

From human presence to cryptographic proof

Each layer depends on the one below it. Applications request. Hardware authorizes.

  1. HumanWho is present.
  2. BiometricPresence check before signing.
  3. Keyra CardPhysical hardware endpoint.
  4. Secure elementIsolated silicon for keys.
  5. Private keyNon-exportable cryptographic material.
  6. DeviceBound session host.
  7. SessionScoped context for the request.
  8. ApplicationSoftware that asks—never holds the key.
  9. TransactionThe action being approved.
  10. Audit recordProof that can be verified later.

What it binds

Human, hardware, action, evidence

Identity

Bound to hardware and a verified human—not a shared secret or account password.

Authorization

A specific action, approved by a present human, with cryptographic evidence.

Device binding

Sessions and applications request; the hardware endpoint remains the root.

Audit

An authorization record that can be verified later—who approved what.

Anchor identity in hardware

Keyra binds humans, devices, and authorization to secure hardware—so compromise of software alone is not enough to impersonate a verified person.