Why is Invisible MFA more secure than traditional MFA?

Traditional Multi-Factor Authentication (MFA) methods, such as SMS-based One-Time Passwords (OTPs), email codes, or authenticator apps, introduce security weaknesses that attackers can exploit. Invisible MFA, particularly when powered by passkeys, removes many of these vulnerabilities while enhancing security and user experience.

Traditional MFA methods rely on user interaction, making them susceptible to phishing attacks. Attackers can trick users into revealing OTPs or approving fraudulent login attempts. Invisible MFA, especially with passkeys, uses cryptographic authentication that cannot be phished. The private key never leaves the user’s device, making impersonation attacks nearly impossible.

MFA bombing (also known as MFA flooding) overwhelms users with repeated authentication requests until they approve a fraudulent login. Invisible MFA removes unnecessary prompts by leveraging risk-based authentication. If no risk is detected (such as logging in from a trusted device and location), no authentication challenge is required.

Invisible MFA ties authentication to a physical device using passkeys stored in secure elements like TPMs (Trusted Platform Modules) or Secure Enclaves. Unlike SMS-based MFA, which attackers can intercept via SIM-swapping, device-bound passkeys ensure that only the user’s registered device can authenticate.

Unlike traditional MFA, which relies on what you know (passwords, OTPs), Invisible MFA leverages who you are (fingerprint, Face ID). Biometrics add a second layer of authentication that cannot be stolen or guessed, significantly reducing the risk of unauthorized access.

Traditional MFA methods come with hidden security and cost risks:

• SMS OTPs are expensive and prone to interception.
• Authenticator apps require manual setup and can be lost with device changes.
• Password reset processes introduce weak fallback methods, often using insecure email-based recovery.

Invisible MFA removes these risks by automating authentication in the background. Passkeys and device recognition eliminate the need for error-prone authentication codes.

Invisible MFA powered by passkeys provides stronger security, a frictionless user experience, and complete phishing resistance. Unlike traditional MFA, which relies on outdated methods like SMS OTPs or push notifications, Invisible MFA authenticates users silently and securely using cryptographic keys, biometric factors, and risk-based assessment.