Testing Passkey Implementations (Enterprise Passkeys Guide 5)

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Testing Passkey Implementations (Enterprise Passkeys Guide 5)

Passkey testing: Comprehensive guide on functional, performance, and penetration tests to ensure secure, seamless authentication for enterprise applications.

Vincent Delitz

Created: December 9, 2024

Updated: September 9, 2026

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Overview: Enterprise Guide#

1. Introduction#

After integrating passkeys into your enterprise stack and completing the implementation, the next critical phase is to ensure that the system functions flawlessly and meets all internal standards. This involves comprehensive testing and a carefully planned release strategy. In the enterprise context, where systems are complex and user bases are large, rigorous testing and monitoring are essential to mitigate risks and ensure a smooth rollout.

In this article, we will focus on:

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By addressing these critical questions, we aim to provide a comprehensive guide on testing your passkey implementation. This will help ensure that your deployment is robust, secure, and delivers a seamless experience to your users. Let's go into the specifics of testing in an enterprise context and outline the steps necessary for a successful passkey rollout.

2. How To Test Passkey Implementations#

Testing and quality assurance are critical components in the successful deployment of passkeys within an enterprise environment. Given the complexity of large enterprise systems and the large number of users they serve, it's important to ensure that every aspect of the passkey implementation functions correctly and meets internal standards before a full-scale rollout. This involves a comprehensive approach to testing that addresses both functional and non-functional aspects of the system. Because testing and quality assurance are handled very differently among enterprises we shortly want to summarize what we think the key points are:

  1. User Acceptance Testing/Manual Testing: Allows testers to experience the system as real users would, uncovering usability issues and ensuring workflows are logical.
    • Passkey Registration and Authentication: Ensure users can successfully create passkeys and authenticate using them across different devices and platforms.
  1. Automated Testing: Complements manual user acceptance testing by enabling repetitive tasks and regression tests to be conducted efficiently.
    • Regression Testing: Automatically retest existing functionalities to ensure new code changes do not introduce defects.
  1. Passkey Intelligence Testing: Critical due to the diversity of devices, operating systems, and browsers used by enterprise users.
    • Compatibility Testing: Ensure the passkey system works seamlessly across all supported platforms and browsers.
  1. Non-Functional Testing: Addresses performance, security, and reliability aspects of the passkey system.
    • Performance and Load Testing: Validate that the system can handle expected authentication volumes without degradation.

By integrating these considerations into the testing and quality assurance process, it reduces the risks associated with deploying a new authentication method like passkeys. In the following sections we will go through every step and also outline how Corbado and the Corbado Connect System can help in those situations.

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3. Functional Testing Passkeys#

Functional testing is a critical phase in the deployment of passkeys within an enterprise environment. It focuses on verifying that all features and functionalities of the passkey implementation work as intended. This type of testing ensures that the system meets the specified requirements and provides a seamless user experience. Functional testing serves as the foundation for quality assurance, as it validates the core operations of the authentication system before moving on to non-functional aspects like performance and security.

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Key Objectives of Functional Testing:

In the context of passkeys, functional testing involves a comprehensive examination of all user interactions, authentication flows, and system responses. It is essential to test both typical user scenarios and edge cases to ensure the system behaves correctly under all conditions. By thoroughly validating each function, enterprises can identify and rectify issues early in the deployment process, reducing the risk of problems during the live rollout.

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3.1 User Acceptance Testing (UAT): How to Test a Passkey Implementation?#

User Acceptance Testing (UAT) involves human testers manually interacting with the passkey system to validate its functionality and user experience. This hands-on approach is vital for uncovering issues that automated tests might miss, such as usability problems, interface inconsistencies, and device-specific behaviors. In the context of passkey implementation, manual testing allows testers to experience the authentication flows as real users would, providing valuable insights into the system's effectiveness and intuitiveness.

Key Considerations for User Acceptance Testing Passkeys:

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What functionality should be tested?

  1. Passkey Registration and Authentication:
    • Creating a Passkey: Test the process of registering a new passkey, ensuring that users can successfully set up passkeys on various devices.
  1. Passkey Management:
    • Adding Passkeys: Ensure users can add multiple passkeys to their accounts, accommodating scenarios where users have multiple devices.
  1. Interaction with Existing MFA Logic:
    • MFA Status Changes: Test how enabling or disabling passkeys affects the user's multi-factor authentication (MFA) status. Including removing all passkeys from the account.

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  1. User Interface and Experience:
    • Usability Evaluation: Assess whether the passkey workflows are intuitive and user-friendly, minimizing confusion and errors.
  1. Error Handling and Edge Cases:
    • Devices without platform-authenticator: Test the behavior when the device does not support passkeys (i.e., when isUserVerifyingPlatformAuthenticatorAvailable() returns false or is not defined). Confirm the system hides passkey options, provides appropriate alternative authentication methods or gracefully falls back.
  1. Account Lifecycle Scenarios:
    • Account Creation and Onboarding: Test the complete onboarding flow for new users, including passkey setup during account creation or after first sign-up (depending on the use-case). Verify users can set up passkeys as part of the initial MFA setup.
  1. Additional functionality based on your Implementation: Customer Support Notification Management, and more.
    • Test the complete Enterprise Stack: In this article, we focus primarily on the changes to the Website and Authentication system, as these represent the most critical functionality. However, as discussed in our previous article, there are additional components involved in the overall implementation. Remember to thoroughly test all elements of the Enterprise Stack as well.

Which device should be used for testing?

Testing across a diverse set of devices is essential to ensure that the passkey implementation functions consistently for all users. This includes both modern devices that support passkeys and older devices that do not. Here's a sample device matrix you can enrich with additional browser based on your user base:

Passkey-Enabled Devices:

Device Type Operating System Browser(s)
iPhone 13 iOS 17.6.1 Safari 17.6.1
Galaxy S21 Android 14 Chrome 130
MacBook Pro macOS 15.0 Safari 18.0
Windows Laptop Windows 10 22H2 Edge 131

Passkey-Disabled Devices:

Device Type Operating System Browser(s)
Older Windows Windows 7 Chrome 109
Older MacBook macOS Catalina Safari 13.1
Older Android Android 9 Chrome 128
Older iPhone iOS 14.1 Safari 14.1

By integrating these focused testing strategies with a comprehensive device test matrix, you establish a good foundation for ensuring the quality of your passkey implementation. Thorough testing across diverse devices—both passkey-enabled and passkey-disabled—allows you to identify and address potential issues, ensuring a consistent and seamless user experience for all users. Together, these efforts contribute to delivering a secure, user-friendly passkey authentication system that meets the high standards required in an enterprise environment. In case you do not have sufficient access to old devices you can use services like Browserstack for testing passkey-disabled devices. In case you are working on a Mac you can also use Parallels for a Windows Virtual Desktop.

3.2 Automated Tests: How To Implement Automated Passkey Testing?#

Automated testing complements manual testing by enabling repetitive tasks and regression tests to be conducted efficiently. However, testing passkey functionality presents unique challenges, primarily because genuine passkey authorizations using platform authenticators cannot be directly tested in an automated environment. This is due to the reliance on biometric inputs or hardware interactions, which are not feasible to simulate in standard testing frameworks.

To overcome this limitation, automated tests for passkeys rely on the use of a virtual authenticator. The virtual authenticator is a software-based representation of an authenticator, available as part of Chromium and accessible via automation frameworks. It allows developers to simulate passkey registration and authentication processes without the need for physical devices or biometric inputs.

3.2.1 Activating the Virtual Authenticator#

Before utilizing the virtual authenticator in your automated tests, it must be activated within your testing environment. This typically involves initiating a session with the browser's debugging protocol (e.g., Chrome DevTools Protocol) and enabling the WebAuthn domain. It's important to note that the state of the virtual authenticator can be reset under certain conditions, such as browser restarts or context changes. Therefore, tests must be developed carefully to ensure the virtual authenticator is consistently initialized and maintained throughout the testing process. The authenticator supports CTAP2 and needs to be configured with user verification and resident key support to work with passkeys.

3.2.2 Does Selenium 3 Support Passkey Automation Tests?#

Successful implementations of automated passkey testing have been achieved using frameworks like Selenium and Playwright, and others that provide access to the necessary browser automation protocols. For Selenium 4 and Playwright, native support for the virtual authenticator is available, providing APIs to manage the virtual authenticator's lifecycle and simulate user interactions. Passkey testing with Selenium 3 it is possible, but you need to directly implement the functionality (contact us if you need help).

3.2.3 Testing Scope#

Automated tests should cover the most important functionalities of your passkey implementation, including:

By incorporating these tests into your automated testing suite, you can consistently validate critical passkey functionalities, reduce the risk of regressions, and enhance the overall quality of your authentication system.

3.2.4 Additional Considerations#

3.2.5 Implementation Tips#

Automated testing of passkey functionality requires careful setup due to the unique challenges involved. By leveraging the virtual authenticator and utilizing frameworks that support it, you can effectively automate key aspects of passkey registration, authentication, and management. This enhances your testing strategy, ensuring that your passkey implementation is robust, reliable, and ready for deployment in an enterprise environment.

3.3 Passkey Intelligence Testing#

Passkey Intelligence is a critical component in delivering a seamless and user-friendly authentication experience, especially when implementing passkeys using the Identifier-First approach with automatic login. This approach relies on intelligent decision-making to determine when to prompt users for passkey authentication based on the availability of passkeys and the likelihood of successful authentication. Testing Passkey Intelligence ensures that your system accurately detects passkey availability and provides the optimal authentication method for each user scenario.

3.3.1 Understanding Passkey Intelligence#

Passkey Intelligence refers to the system's ability to analyze various signals and metadata to decide when to offer passkey authentication and when to fallback to alternative methods like passwords or one-time passcodes (OTP). It enhances user experience by:

This intelligence is particularly important in the Identifier-First approach, where after entering their username or email, users may be automatically prompted for passkey authentication without additional input. Accurate detection of passkey availability is crucial to avoid unnecessary prompts and to provide appropriate fallback options.

In contrast, the Passkey Button Approach involves users explicitly choosing to authenticate with a passkey by clicking a button. While Passkey Intelligence still enhances the experience by determining button visibility and availability, it is less critical than in the Identifier-First approach, as users are making an active choice.

3.3.2 Key Considerations for Testing Passkey Intelligence#

Testing Passkey Intelligence involves validating that your system correctly interprets various signals and provides the appropriate authentication method. Here are the key areas to focus on:

3.3.2.1 Detecting Passkey Availability#

To ensure automatic login functions correctly, your system must accurately detect whether passkeys are available for a user. Testing should cover different scenarios to validate this detection:

3.3.2.2 Testing with Different Passkey Providers#

Passkey Intelligence must work effectively with various passkey providers, both first-party and third-party. Each provider may have different behaviors and capabilities, impacting how passkeys are detected and used.

First-Party Providers:

Third-Party Providers:

Testing Steps:

3.3.2.3 Cross-Device Authentication Scenarios#

Cross-device authentication allows users to authenticate on one device using a passkey stored on another device. Testing these scenarios is essential to ensure a seamless experience.

Key Scenarios to Test:

Testing Steps:

3.3.2.4 Handling Edge Cases and Failures#

Testing should also cover scenarios where Passkey Intelligence might face challenges:

3.3.2.5 Evaluating Passkey Intelligence Logic#

Assess the decision-making process of your Passkey Intelligence system:

3.3.2.6 Testing Methodology#

To thoroughly test Passkey Intelligence, consider the following methodology:

  1. Create Test Accounts with Various Configurations: Set up user accounts that represent different states, such as with or without registered passkeys, and with different passkey providers.

  2. Use a Comprehensive Device Matrix: Include a variety of devices, operating systems, and browsers in your testing to cover as many user scenarios as possible.

  3. Simulate Different Network Conditions: Test under various network conditions to assess how synchronization delays or connectivity issues impact passkey detection.

  4. Testing for Complex Scenarios: For cross-device authentication and edge cases, manual testing will be necessary to fully capture user experience nuances.

  5. Analyze Logs and Metrics: Collect and analyze logs to understand how Passkey Intelligence decisions are made and identify any discrepancies or failures.

3.3.2.7 Best Practices#

Testing Passkey Intelligence is vital to ensure that your authentication system provides the best possible experience for users, particularly when employing the Identifier-First approach with automatic login. By thoroughly testing the detection of passkey availability, interactions with various passkey providers, cross-device authentication scenarios, and the intelligence logic itself, you can optimize your system to deliver seamless and secure authentication across all user scenarios.

3.4 How Corbado can help#

Testing passkeys is where most of the effort in this article goes, and the reason is that the surface is not yours: browsers, credential managers and OS versions all change under you. Corbado Connect ships components that carry that testing burden, so what you integrate has already been run across the matrix described above, and Corbado Observe reports what the environments outside that matrix do in production.

3.4.1 Well-tested components across browsers and devices#

Corbado provides pre-built UI components and SDKs that are tested across a wide range of devices, operating systems and browsers, including older versions that still support JavaScript. That testing is what keeps a passkey implementation behaving the same way for users you never had in your own test lab.

3.4.2 Automated testing you can inherit#

Automating passkey tests is the hard part of this article, and it is work you do not have to repeat. Our components ship with automated suites that run in our own CI/CD pipeline.

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3.4.3 Passkey Intelligence, which is what testing cannot cover#

A test matrix tells you a code path works. It cannot tell you whether to offer a passkey to a given user, because that depends on device, OS, browser and credential provider at the moment of the prompt. Passkey Intelligence classifies those before the ceremony starts.

3.4.4 Enterprise support around the testing effort#

For enterprise deployments the testing work usually extends past the components themselves, so it comes with support rather than documentation alone.

3.4.5 What production reports back#

Corbado Observe, the authentication observability layer, closes the loop the test suite cannot: the real ceremony broken into its steps with completion and error rate each, so the environments your matrix did not contain surface as data rather than as tickets.

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4. Non-Functional Testing of Passkey Implementations#

While functional testing ensures that the passkey implementation meets all required features and provides a consistent user experience, it does not address how well the system performs under real-world conditions or how resilient it is against various forms of stress. Non-functional testing focuses on these aspects. It evaluates how the system behaves when handling high loads, how quickly it responds to user requests, how stable it remains under peak usage, and how secure it is against potential attacks. For enterprise deployments of passkeys, non-functional testing is essential because:

By conducting rigorous non-functional tests, enterprises can confidently roll out passkey solutions that are both robust and secure, ensuring a seamless experience for all users under all conditions.

4.1 How To Performance Test Passkey Implementations#

Performance and load testing aim to verify that the passkey implementation can handle the expected (and sometimes unexpected) authentication volumes without degradation. Although passkey operations - such as generating and verifying WebAuthn challenges - are generally not very resource-intensive thorough performance testing remains crucial for enterprise-scale deployments.

Read our in-depth technical article on performance testing for passkeys.

Key Considerations for Performance and Load Testing:

  1. Establishing a Realistic Baseline:

Begin by analyzing historical authentication data to identify your peak usage patterns. For example, review the last 12 months of login statistics and pinpoint the hour with the highest authentication load. Use this peak hour as your baseline to calculate successfully completed authentications per second and multiply its volume by a factor of three (3x). This approach:

  1. Understanding the Authentication Flow’s Complexity:

With passkeys, the authentication flow may involve generating challenges on-demand, handling conditional UI prompts, and interacting with backend services to validate credentials or manage MFA states. These steps can introduce unique load patterns, especially if login prompts or challenges are generated frequently.

  1. Load Balancing and Scalability:

As you shift from passwords to passkeys, the number of operations may increase. Employ load balancing, caching, and database optimization strategies to handle potentially higher request rates and maintain consistent response times.

  1. Impact of Conditional UI:

Conditional UI might trigger continuous challenge generation if login fields are visible or rendered at the top of the page, which might result in unexpected load. Test these patterns to ensure challenges can be served quickly and reliably without causing delays or timeouts.

  1. Concurrent Authorizations and Passkey Creations:

Consider scenarios where many users simultaneously create passkeys or attempt to authenticate. This can occur during onboarding sessions or after broad communication campaigns. Your tests should simulate these concurrency spikes to confirm the system remains robust.

  1. Testing Tools and Approaches:

Standard load testing tools may not fully replicate the complexity of WebAuthn flows and be able to complete a WebAuthn ceremony. Look out for plugins for popular performance measuring frameworks like Jmeter or K6 (at use by Corbado).

  1. Monitoring and Metrics:

Track key metrics such as response times, throughput, api calls per second, completed transactions/authentications per second, error rates, and resource utilization. Use these insights to identify bottlenecks and guide optimization efforts.

  1. Iterative Testing and Tuning:

Performance testing is an iterative process. Identify issues, implement improvements, and retest to validate that changes increase capacity and reliability. Integrate these tests into your CI/CD pipeline to ensure performance remains stable over time.

By establishing a realistic baseline from historical data, tripling that capacity for safety, and comprehensively testing across various scenarios, enterprises can ensure their passkey implementation remains efficient, stable, and responsive—even under demanding conditions.

4.2 How To Pentest Passkeys Implementations#

Security testing is a critical component in ensuring that your passkey implementation not only functions correctly but also maintains the highest levels of trust and integrity. While passkeys simplify and strengthen the authentication experience, it is important to validate that your WebAuthn and passkey workflows are protected against common attack vectors, configuration flaws, and vulnerabilities specific to hardware-based authentication.

Key Objectives:

Suggested Testing Areas and Approaches:

  1. WebAuthn Challenge Consumption:
    • Challenge Uniqueness and Freshness: Verify that each challenge is unique and valid only for a single authentication attempt. This ensures that replayed challenges cannot result in successful authentication.
  1. Deleted, Unknown, or Tampered Passkeys:
    • Deleted Passkeys: Attempt to log in using credentials associated with passkeys that have been removed. The system should reject these attempts and return an error.
  1. User Verification Enforcement (UV):
    • Mandatory User Verification: If user verification is set to required (indicating a 2FA-equivalent scenario), confirm that all authentication attempts without a UV flag result in denial. A biometric or PIN-based verification check must not be bypassable ( user presence only).
  1. Integration with Existing MFA or Security Controls:
    • MFA State Alignment: Check that adding or removing passkeys does not circumvent existing MFA policies. For example, if passkeys are intended to replace passwords or serve as a second factor, the system should not allow a user with a compromised passkey to bypass higher-level MFA controls.
  1. Ensuring Up-To-Date, Standards-Compliant Implementations:
    • Latest WebAuthn Specs: Confirm that your WebAuthn server and components are updated to the latest standards, patching any known vulnerabilities. Regularly review vendor advisories and apply security updates.
  1. Pentesting Against Common Attack Vectors:
    • Replay Attacks: Attempt to reuse known valid signatures or stale challenges. Confirm that the server rejects them.
  1. Additional Considerations for Passkey-Specific Threats:
    • Cross-Device Authentication: Test cross-device authentication scenarios to ensure that a passkey stored on another device cannot be misused. The server must verify the authenticity of cross-device requests, ensuring no impersonation occurs.

Practical Examples and Tests:

Maintaining Ongoing Security Assurance:

By incorporating the above testing techniques and focusing on the unique aspects of passkey-based authentication, you can ensure that your enterprise passkey implementation remains secure, robust, and trustworthy. Regular reviews, updates, and penetration tests will help maintain a hardened security posture and continuous compliance with industry standards.

4.3 How Corbado Can Help Performance and Pen testing Passkey Implementations#

Corbado’s enterprise offering not only delivers robust passkey solutions but also includes comprehensive non-functional testing services—encompassing both performance testing and security assessments or the final integration—to ensure your passkey deployment can meet the most stringent enterprise requirements.

4.3.1 Performance Testing with Realistic Passkey Scenarios#

Corbado goes beyond traditional, generic load testing tools by leveraging advanced end-to-end performance tests using K6 and a virtual authenticator environment. This approach simulates actual passkey authentication flows via our components (CorbadoConnectLogin), including the generation and management of hundreds or even thousands of passkeys in parallel (CorbadoConnectAppend) and passkey management functionality (CorbadoConnectPasskeyList). Unlike standard load tests that may only measure API endpoints, our methodology emulates the full WebAuthn ceremony end-to-end, making the tests much more representative of real-world conditions. We also conduct sophisticated concurrency testing to ensure that your system can handle peak loads—such as large-scale onboarding campaigns or sudden authentication spikes—without degradation in responsiveness or user experience.

4.3.2 Security Testing and Specialized Penetration Tests#

Corbado is committed to delivering a secure authentication environment. We undergo regular penetration tests by trusted third-party specialists who understand the unique intricacies of passkey technology. In addition, our team maintains specialized security-focused unit tests designed to prevent scenarios like tampered or deleted passkeys being reintroduced into the system. These tests and periodic pentests safeguard against evolving threats and ensure that the integrity of your passkey ecosystem is maintained at all times.

4.3.3 Enterprise-Level Assurance#

Both the advanced performance testing and rigorous security testing regimes are part of our Enterprise package. By partnering with Corbado, you gain access to tested and proven methodologies that ensure your passkey implementation stands up to the demands of high-scale, mission-critical enterprise environments—delivering not only a seamless user experience but also robust protection against potential vulnerabilities.

5. Conclusion#

In large scale enterprise passkeys deployments, the successful implementation of passkeys depends not only on integrating the technology but also on thoroughly testing it to ensure performance, security, and reliability. As we have seen, a comprehensive approach to testing—from functional verification through to non-functional performance and security assessments—is crucial to delivering a robust, user-friendly authentication experience. With this article we have answered the questions posed at the beginning of the article:

By integrating both functional and non-functional testing practices, you can confidently roll out passkeys, maintaining the highest standards of quality and security. In our next part we will be covering the next step: A gradual, phased launch of passkeys across different user segments and how Corbado can help you there.

About Corbado

Corbado is the Passkey Intelligence Platform for large-scale CIAM teams running consumer authentication. We help you see what IDP logs and generic analytics tools can't: where passkeys, passwords, OTP, social login and fallback journeys succeed, stall or fail, which devices and browsers create friction, and when an OS update silently breaks login. Two products: Corbado Observe layers process mining and observability across authentication journeys. Corbado Connect adds managed passkeys with analytics built in alongside your IDP. VicRoads runs passkeys for 5M+ users with Corbado (more than 80% passkey activation rate). Talk to a Passkey Expert →

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FAQ

What are the benefits of automated testing for passkeys? How do emulators & real devices compare in passkey testing? How can functional testing ensure a robust passkey system? What's best for passkey testing in CI/CD pipelines? How do you conduct performance & load tests for passkeys? How does regression testing improve passkey reliability? How do you test cross-device authentication for passkeys? What are steps in testing enterprise passkey deployments? How to test fallback mechanisms for unsupported devices? How should passkey registration & authentication be tested? What are objectives of user acceptance tests for passkeys?

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