Define your Phishing-Resistant Strategy with Okta

Course 2 of 3 in Evaluate the Business Impact of Phishing Resistance

Discover Okta’s phased 10-step methodology for executing enterprise-wide phishing resistance. Learn how to harden critical policy controls, prioritize high-value applications, and safely deprecate vulnerable legacy authenticators without disrupting business operations.

Cancel Apply

rate limit

Code not recognized.

About this course

Course Snapshot

Course Summary

Explore a structured, risk-focused framework to transition your workforce from legacy MFA to origin-bound phishing resistance. This course delivers Okta’s 10-step deployment methodology, providing a phased roadmap to harden three foundational security policies, protect high-priority application targets first, and systematically retire weak authenticators enterprise-wide.

What skills does the course cover?

  • Phased rollout execution: Apply Okta’s 10-step implementation framework to migrate from Okta Identity Engine (OIE) prerequisites to universal factor deprecation without operational friction.
  • Targeted policy hardening: Prioritize mandatory phishing-resistant policies for administrative consoles and high-risk apps before broad deployment.
  • Legacy factor deprecation: Track workforce adoption milestones to safely deactivate push notifications, SMS, and one-time passwords (OTPs) without triggering lockout surges.
  • Workforce adoption metrics: Track usage past the 50% operational gate to validate readiness before executing global legacy factor deprecation.

Common questions addressed in the course

Why does deploying phishing-resistant authenticators require a phased approach instead of an immediate cutover?

Deactivating traditional factors before confirming workforce adoption and enrollment readiness leads to widespread user lockouts and severe IT help desk congestion. A phased methodology validates readiness across critical user groups and administrative tiers before enforcing catalog-wide deprecation.

What is the bootstrap gap, and how does account management policy mitigate it?

The bootstrap gap refers to the vulnerability window during user onboarding or account recovery when an attacker with stolen credentials attempts to register their own rogue authenticator. Configuring account management policies closes this gap by requiring step-up verification via an existing phishing-resistant factor or an out-of-band identity check for any new factor registration.

About this course

Course Snapshot

Course Summary

Explore a structured, risk-focused framework to transition your workforce from legacy MFA to origin-bound phishing resistance. This course delivers Okta’s 10-step deployment methodology, providing a phased roadmap to harden three foundational security policies, protect high-priority application targets first, and systematically retire weak authenticators enterprise-wide.

What skills does the course cover?

  • Phased rollout execution: Apply Okta’s 10-step implementation framework to migrate from Okta Identity Engine (OIE) prerequisites to universal factor deprecation without operational friction.
  • Targeted policy hardening: Prioritize mandatory phishing-resistant policies for administrative consoles and high-risk apps before broad deployment.
  • Legacy factor deprecation: Track workforce adoption milestones to safely deactivate push notifications, SMS, and one-time passwords (OTPs) without triggering lockout surges.
  • Workforce adoption metrics: Track usage past the 50% operational gate to validate readiness before executing global legacy factor deprecation.

Common questions addressed in the course

Why does deploying phishing-resistant authenticators require a phased approach instead of an immediate cutover?

Deactivating traditional factors before confirming workforce adoption and enrollment readiness leads to widespread user lockouts and severe IT help desk congestion. A phased methodology validates readiness across critical user groups and administrative tiers before enforcing catalog-wide deprecation.

What is the bootstrap gap, and how does account management policy mitigate it?

The bootstrap gap refers to the vulnerability window during user onboarding or account recovery when an attacker with stolen credentials attempts to register their own rogue authenticator. Configuring account management policies closes this gap by requiring step-up verification via an existing phishing-resistant factor or an out-of-band identity check for any new factor registration.