How to Evaluate Enterprise Passwordless Platforms

Passwordless Authentication Solutions: Must-Have Features in 2026

Get a breakdown of essential capabilities for passwordless authentication solutions and questions for prospective buyers to ask when evaluating vendors.

Passwords and knowledge-based authentication factors can be a major headache for security and IT teams. Stolen and reused credentials are still behind the majority of enterprise breaches, IT help desks lose thousands of hours a year to password resets alone, off-the-shelf phishing kits can surpass legacy MFA in seconds, and any workforce juggling a dozen logins will eventually reuse a password somewhere it shouldn't be reused.

Passwordless authentication takes a different approach. Instead of adding another factor next to the password, it removes the password and the shared-secret risk associated with it. Passwordless solutions rely on FIDO2 passkeys, biometric authentication, and public-key cryptography to provide secure, phishing-resistant access.

Why Passwordless Authentication is No Longer Optional

Traditional passwords are a single point of failure that can be subject to phishing attacks, brute-forced, or stolen in data breaches, opening the door to costly cyberattacks. According to the 2025 Verizon Data Breach Investigations Report, 32% of breaches are a result of credential-based attacks – more than double the amount of breaches compared to any other attack vector.

In addition to security concerns, the operational toll can be significant. There are often significant support costs for IT teams related to passwords, with some studies finding that password resets account for up to 40% of all calls.

Three shifts are driving the market right now:

1. MFA layered on a password is still a password problem. Security teams have caught on that bolting a second factor onto an existing password doesn't remove the underlying risk, it just adds a step. The real move is toward eliminating the password itself, not reinforcing it.
   
   
2. Phishing resistance has become table stakes, not a differentiator. Rather than accepting platforms with broad MFA or 2FA policies, security buyers are increasingly specifying FIDO-certified, public-key authentication by name when evaluating passwordless authentication options.
   
   
3. Workforce and customer identity are converging. Rather than running separate tools for employees, contractors, and customers, organizations want one platform that can unify the user experience and secure all three populations without separate implementations.

Why Passkeys Alone Are Not Enough

Passkeys are an important foundation for phishing-resistant authentication, but deploying them does not automatically create a complete enterprise passwordless strategy. Passwords may remain in recovery workflows, administrative processes, help desk procedures, break-glass access, or integrations with existing systems.

Buyers should ask how passkeys are issued, recovered, and revoked; how employee identity is verified before enrollment; and how shared devices and privileged users are handled. A passwordless user experience can still sit on top of password-dependent workflows.

The objective is to eliminate password-dependent workflows wherever feasible while maintaining governance, identity assurance, and operational continuity. Credential lifecycle management deserves the same scrutiny as the login itself.

A Checklist for Choosing a Passwordless Solution

When evaluating passwordless platforms, security teams should determine how each platform actually eliminates the password (not just de-emphasizes it), how far its phishing resistance extends beyond a browser login screen, how it handles the operational edge cases (lost devices, offline access, scaling past a pilot group), and how flexibly it slots into an environment that already has an identity stack in place.

Prospective buyers should work through this checklist in order - each piece of criteria tends to eliminate a chunk of the field:

1. Ask point-blank whether a password still exists anywhere in the system, even as a fallback. This single question separates true passwordless platforms from passwordless MFA faster than any feature comparison.
   
   
2. Inventory every place your workforce actually logs in today. Most organizations require support for some combination of desktop, VPN, RDP, SSO, and shared devices. Some organizations utilize multiple operating systems or cloud environments. Ensure your passwordless solution covers all of them.
   
   
3. Decide up front whether you want a standalone platform or a layer on top of what you have. If you're already committed to an SSO/IAM provider or a legacy directory, a delegated integration or federation may get you there faster than a full replacement.
   
   
4. Push past the word "passkeys" and ask about the actual attack classes it stops. Inquire about preventing credential replay, MitM, and push-bombing, whether FIDO2/WebAuthn certification is end-to-end, and at what NIST assurance level (AAL2 vs. AAL3).
   
   
5. Figure out whether you need adaptive risk and identity verification, or just authentication. If continuous risk scoring matters to your threat model, don't settle for a one-time login check.
   
   
6. Check what happens when someone loses a device. Recovery flows are where attackers go once they've given up on cracking the cryptography directly. A platform that falls back to a helpdesk reset or an SMS code has quietly reintroduced the weak link you were trying to remove.
   
   
7. Price the whole rollout, not just the license. Implementation time, help desk savings from eliminated resets, add-on modules, and overlap with existing identity management tools all impact the total cost of ownership.
   
   
8. Start the pilot with your most vulnerable users, not your easiest ones. It's important to test for high-priority targets like finance, IT admins, and executives, or for edge use cases like consultants or partners before a company-wide rollout.

The Broader Business Case for Passwordless

Password reset savings are a useful starting point, but the business case should also consider security operations, employee productivity, and the cost of identity-related incidents. Compare those benefits with licensing, hardware, deployment, training, and ongoing administration.

Security operations and incident response
Estimate the resources spent investigating password spraying, credential stuffing, phishing, and recovery abuse. Phishing-resistant authentication can reduce exposure to password-based attacks, while identity verification and recovery controls address risks beyond the login. Use your incident history to model potential savings without assuming every identity attack will disappear.

Workforce productivity and security awareness 
Measure time lost to forgotten passwords, lockouts, resets, and recovery requests. Phishing-resistant authentication also reduces reliance on employees recognizing every attempt to steal a password. Security awareness training remains necessary for social engineering and other threats.

Cyber insurance and long-term risk
Review authentication and recovery controls with your insurer or broker during underwriting and renewal discussions. Stronger identity controls may help demonstrate a better security posture, but premium or coverage changes depend on the insurer and policy. Model potential breach losses separately from recurring operational savings, and state the assumptions behind the estimate.

HYPR's Approach to Passwordless

HYPR helps security and IT teams remove passwords from authentication rather than adding a stronger factor on top of one. Built as a passwordless-first platform, HYPR focuses on enterprise workforce requirements, including high-assurance access, recovery, and integration with existing identity infrastructure.

The platform runs on public-key cryptography, supporting synced passkeys and device-bound HYPR Enterprise Passkeys. Its broader Identity Assurance capabilities extend beyond authentication to adaptive risk mitigation through HYPR Adapt and identity verification. Organizations can evaluate the capabilities needed for their own authentication, enrollment, and recovery workflows.

HYPR Authenticate extends phishing-resistant passwordless authentication beyond browser login into enterprise workforce scenarios such as desktop, VPN, and remote access. HYPR integrates with existing identity ecosystems, including Microsoft Entra ID, Okta, and Ping Identity, helping teams modernize authentication while preserving IAM investments. Evaluate shared-device, offline, and privileged-user requirements against the proposed deployment. Explore HYPR Authenticate to see how it supports an enterprise passwordless strategy.

Conclusion

A passwordless platform should do more than improve the login screen. Evaluate whether it eliminates password-dependent workflows, governs credentials through their lifecycle, verifies identity at critical checkpoints, and covers the environments where employees work. The strongest buying decision connects those capabilities to your assurance requirements and a measurable business case.

Frequently asked questions

What actually counts as passwordless authentication?

Passwordless solutions verify identity without a password anywhere in the authentication process. Instead, these technologies use passwordless login methods like FIDO2/WebAuthn passkeys, device-bound biometrics, or public-key cryptography. Passwords, which are the credentials attackers target most, are removed rather than reinforced.

You can learn more in our complete guide to passwordless security.

Isn't "passwordless" just another name for MFA?

Some "passwordless" MFA products still rely on passwords as one of the factors for authentication and combine it with stronger passwordless methods. Other platforms rely on passwords for account recovery or fallback processes. True passwordless solutions do not rely on passwords entirely.

How long does implementing passwordless authentication actually take?

It depends heavily on workforce size and distribution, your technology stack, the number of total identities, and how many systems (desktop, mobile, VPN, SSO, RDP) need coverage. Platforms that plug in as a delegated identity provider alongside your existing IAM tend to move faster than ones requiring a full identity platform migration.

What are the most common types of password attacks?

Password attacks can generally be bucketed under two categories: guessing or stealing.

Guessing methods include dictionary attacks, credential stuffing, brute force attacks, or password spraying. In these scenarios, the attacker usually already has personal information about a target, such as an email address, which they then leverage for multiple login attempts.

Stealing methods attempt to intercept or record passwords via social engineering schemes. Theft-based password attacks include phishing, man-in-the-middle (MitM) attacks, keylogging, or SIM swapping.

Check out our article here for a full breakdown of the 8 most common password attack vectors.

What are the most common passwordless authentication methods?

Passwordless authentication methods typically rely on possession-based factors (something you have) or inherent factors (proving who you are). Some of the more secure possession-based methods include authenticator apps, push notifications, hardware tokens, or digital passkeys. Biometric verification (such as facial recognition like Apple's FaceID) is often used as an inherence-based method.

You can see a full breakdown of all authentication methods here (even less secure knowledge-based factors).

What is adaptive authentication?

Adaptive authentication, also referred to as risk-based authentication, is a dynamic approach to authentication that may require additional factors for deeper or more sensitive access within a system. Adaptive MFA relies on continuous, risk-based assessments to determine what level of authentication must be provided rather than a single, comprehensive authentication process at the start of a session. Passwordless solutions should incorporate adaptive capabilities to tailor authentication workflows to an organization's unique context and to mitigate risks.

You can learn more about adaptive authentication processes and examples here.

Will passwordless solutions work with the SSO/IAM setup I already have?

In most cases, yes. Leading platforms, HYPR included, offer native plugins or delegated identity provider integrations that extend passwordless authentication into an existing SSO/IAM environment without a rip-and-replace migration.