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Obelisk vs the field

How does Obelisk compare to Clerk, Auth0, WorkOS, Stytch, and Okta? Each of those is a strong product for its audience. Obelisk takes a different stance: passkey-first by default, a live security Rating on the login, tamper-evident receipts, and zero secrets in your app — security you can prove. Pick a head-to-head below.

The field at a glance

Identity is crowded, and most providers are genuinely good at what they target. We're not here to pretend otherwise — each deep-dive gives the competitor real credit for what it does best. What sets Obelisk apart is consistent: it makes the login the part of your stack you can verify, not just trust.

Head-to-headThey're known forDeep-dive
Obelisk vs Clerk Drop-in React/Next.js auth components Read the deep-dive →
Obelisk vs Auth0 Incumbent, flexible enterprise IAM platform Read the deep-dive →
Obelisk vs WorkOS Enterprise SSO/SCIM for B2B SaaS Read the deep-dive →
Obelisk vs Stytch API-first passwordless & fraud-prevention Read the deep-dive →
Obelisk vs Okta Incumbent enterprise IAM / workforce identity Read the deep-dive →

What only Obelisk brings

These are the capabilities that recur across every comparison — the structural choices that make Obelisk's security provable. The competitor column varies by provider; each deep-dive states exactly how, framed by their public positioning as of September 2026.

CapabilityObeliskMajor providers
Passkey-first by defaultObeliskClerk · Auth0 · WorkOS · Stytch · Okta
Live security Rating on the loginObeliskClerk · Auth0 · WorkOS · Stytch · Okta
Verifiable seal embedObeliskClerk · Auth0 · WorkOS · Stytch · Okta
Tamper-evident hash-chained receiptsObeliskClerk · Auth0 · WorkOS · Stytch · Okta
Zero project-side secretsObeliskClerk · Auth0 · WorkOS · Stytch · Okta
OIDC provider + SAML 2.0 IdPObeliskClerk · Auth0 · WorkOS · Stytch · Okta
Real-time risk engine (the Warden)ObeliskClerk · Auth0 · WorkOS · Stytch · Okta
Pay-per-passage pricingObeliskClerk · Auth0 · WorkOS · Stytch · Okta
Post-quantum migration-readyObeliskClerk · Auth0 · WorkOS · Stytch · Okta
Human vs agent principal modelObeliskClerk · Auth0 · WorkOS · Stytch · Okta
Self-operated root-of-trustObeliskClerk · Auth0 · WorkOS · Stytch · Okta

The throughline: a live Obelisk Rating on the login, tamper-evident receipts, passkey-first by default, and zero project-side secrets — verifiable security, not asserted security. See the full trust case →

The Obelisk difference, in one list

Every head-to-head ultimately comes back to these shipped, live capabilities:

  • Passkey-first by default. Passwordless via WebAuthn/FIDO2 is the default path, not an add-on — the secret half of the credential never leaves the device, so it can't be phished, stuffed, or stolen from a database.
  • A live security Rating on the login itself. The Obelisk Rating is a real-time 0–100 security score shown on the sign-in surface — verifiable and continuously scored. No other identity provider renders a live security score on the login.
  • The verified seal embed. A drop-in login card (obeliskgate.com/embed/seal.js) that shows the live Rating and is provably authentic — your login proves its own security in front of your users.
  • Both an OIDC provider and a SAML 2.0 IdP. Obelisk is a full OpenID Connect provider and a SAML 2.0 identity provider that issues signed assertions — one front door for both modern and enterprise federation.
  • Tamper-evident, hash-chained receipts. Every sign-in, token, and grant emits a signed, hash-chained receipt. The chain can't be quietly rewritten, so the audit trail is something you can verify, not just trust.
  • Sender-bound tokens (DPoP, RFC 9449). Access tokens can be bound to a client-held P-256 key with a per-request signed proof — a leaked token replayed without the key is inert. Bearer theft, the agent era's dominant token threat, simply stops working.
  • The Obelisk Warden risk engine. A real-time risk engine scores every sign-in across 11 dimensions and decides allow / step-up / deny — adaptive security built in, not bolted on.
  • Zero project-side secrets — one-DB model. Relying-party apps hold no credentials. Your app stores no password hashes, MFA seeds, or reset tokens, because Obelisk hands you a verified identity. You can't leak what you don't store.
  • Off-box DR + never-lockout guarantee. Encrypted off-box disaster-recovery backups give a recovery-time objective of ~15 minutes, and a three-layer never-lockout guarantee means the rightful owner is never locked out.
  • Post-quantum migration-ready. Node-native crypto with a documented post-quantum migration path (an ML-DSA-65 hybrid slot reserved in every receipt chain) — no exotic primitives to strand.
  • Pay-per-passage pricing. The Gate Toll bills per audited sign-in (a passage), not per seat or per monthly-active-user — and every billable passage is itself a signed receipt.

Built for the agent era

Two differentiators the incumbents don't lead with — and they're live, not roadmap:

  • A human-or-agent principal, from one field. Every verified session and ID token carries a principal.type of human or agent, so a relying party labels the actor without guessing; agents are registered, scoped, and revoked in Agent Studio, and agent calls can be sender-bound (DPoP) so a stolen token is inert.
  • A self-operated root-of-trust. Obelisk is built and run end-to-end by one accountable studio that runs Obelisk on Obelisk — passkey-first and usernameless by default, with a live Rating it publishes on itself. You're trusting a root you can watch, not renting a slice of a multi-tenant cloud.

Wiring tools instead of a web app? Integrate Obelisk or protect an MCP server through the MCP trust flight.

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