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Multi-Factor Authentication Built to Stop Attackers

A password alone protects nothing anymore. The right MFA turns a stolen credential into a dead end instead of an open door.

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Not All MFA Is Equal

The Method You Choose Decides How Protected You Are

99.9%

Compromised accounts that had no MFA protection at all

99.22%

Reduction in account compromise risk from proper MFA

45%

Users still relying on SMS, the weakest MFA method

78%

Businesses now requiring MFA for administrative access

Why the Wrong MFA Still Gets Bypassed

Turning on MFA isn’t the finish line. Attackers have adapted, SIM-swapping, MFA fatigue attacks, and phishing kits that intercept SMS codes all target the weakest implementations, while phishing-resistant methods stop them cold.

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SMS Interception

Text-based codes can be intercepted through SIM-swapping or phishing kits designed specifically to capture them in real time.

MFA Fatigue Attacks

Attackers flood a user with push notifications until exhaustion or confusion leads to an accidental approval.

Inconsistent Enforcement

MFA applied to some accounts but not others, especially admin and legacy accounts, leaves exactly the gaps attackers look for first.

MFA VERIFICATION FACTORS

The Factors That Stop an Attacker

An analysis of standard multi-factor methods, from the most vulnerable to the absolute gold standard of defense.

Something You Know

Passwords and PINs, the weakest factor alone, easily phished, guessed, or leaked.

Something You Have

Authenticator apps, hardware keys, or push notifications, significantly harder to intercept remotely.

Something You Are

Biometrics like fingerprint or facial recognition, tied physically to the person, not a code that can be forwarded.
STRONGEST

Phishing-Resistant

Passkeys and hardware security keys, the strongest tier, immune to the interception and fatigue attacks that beat weaker methods.
SECURITY BENCHMARK

Multi-Factor Authentication Comparison

SMS-Based MFA

  • Codes sent via text message, vulnerable to SIM-swapping
  • Can be intercepted or phished with the right kit
  • What 45% of users still rely on as their primary method
  • Better than nothing, but the weakest option available

Phishing-Resistant MFA

  • Passkeys and hardware keys, no code to intercept
  • Cryptographically tied to the legitimate site, immune to phishing
  • Increasingly required for high-risk and administrative accounts
  • What real protection against modern attacks looks like

Still Relying on Text Message Codes?

We’ll assess your current MFA setup and show you what’s at risk.
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Verified Every Time

Authentication That Doesn't Rely on Luck

A password getting leaked shouldn’t be the difference between a normal day and a full breach. The right MFA gets deployed consistently across every account, including the admin and legacy accounts most rollouts quietly skip, closing exactly the gaps attackers look for first.

Enforcement matters as much as the method itself. Coverage gets monitored continuously, so an account that somehow slips through without MFA gets caught and closed, not discovered months later during an incident review.

Coverage That Never Has a Blind Spot

MFA only protects the accounts it’s actually applied to.
Standard User Accounts
Protected
Administrative Accounts
Protected
Legacy and Service Accounts
Protected
Third-Party and Vendor Access
Protected

Confident Every Account in Your Environment Is Covered?

We’ll check for the gaps most rollouts miss.
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Before You Enforce It Everywhere

Frequently Asked Questions

What IT leaders ask before rolling out MFA across every account.

Is SMS-based MFA better than no MFA at all?

Yes, significantly, but it’s still the weakest tier available. It stops many opportunistic attacks while remaining vulnerable to SIM-swapping and targeted phishing, phishing-resistant methods close that remaining gap.

Standard MFA can still be intercepted or socially engineered, an attacker convincing someone to approve a push notification, for example. Phishing-resistant methods like passkeys are cryptographically tied to the legitimate site, making that kind of interception effectively impossible.

Modern methods like passkeys and push notifications add seconds, not friction. The bigger disruption usually comes from weak SMS-based flows, not strong ones.

Yes, and it should be, those accounts carry the highest risk and are the ones most often left uncovered in a rushed or partial rollout.

Recovery processes get configured in advance, so legitimate access gets restored quickly through a secure, verified path, not by simply disabling MFA temporarily.

Often yes, many frameworks explicitly require or strongly recommend MFA, particularly for administrative and remote access, though specific requirements vary by regulation.

Coverage gets assessed across every account type, phishing-resistant methods get deployed where it matters most, and enforcement gets monitored continuously, so protection never depends on which accounts happened to get set up first.

A Stolen Password Shouldn't Be Enough

Phishing-resistant MFA gets deployed across every account, including the ones most rollouts miss, so a leaked credential stops being the whole story.

THE VENATUS METHOD

  • Step 1: Assess — Current MFA coverage and methods get reviewed account by account.
  • Step 2: Deploy — Phishing-resistant MFA gets rolled out where it matters most.
  • Step 3: Monitor — Coverage gets tracked continuously, closing gaps before they're found.

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