Jan 04, 2016  The device can generate and store a ‘Passport’ for the user to access a particular service. The device can secure a user’s ‘Passports’ such that access to them is only granted to that signed-on user and only then for specific scenarios.

Shows how apps can incorporate Microsoft Passport and Windows Hellointo their normal sign-in flow to offer convenient and secure multi-factor authentication.

Note: This sample is part of a large collection of UWP feature samples.You can download this sample as a standalone ZIP filefrom docs.microsoft.com,or you can download the entire collection as a singleZIP file, but besure to unzip everything to access shared dependencies. For more info on working with the ZIP file,the samples collection, and GitHub, see Get the UWP samples from GitHub.For more samples, see the Samples portal on the Windows Dev Center.

Major steps include:

Microsoft Passport differs from currently available forms of two-factor authentication by utilizing a unique asymmetrical key pair that Windows 10 can generate itself, and store securely with the. Dec 12, 2018  In Microsoft Edge, select Use Windows Hello or security key instead and sign in with Windows Hello. How to sign in with a security key. There are different types of security keys that you can use, like a USB key that you plug in to your device or an NFC key that you tap on an NFC reader. Any time key material is generated, it must be protected against attack. The most robust way to do this is through specialized hardware. There is a long history of using hardware security modules (HSMs) to generate, store, and process keys for security-critical applications. Nov 14, 2018 Microsoft has been aligned with the FIDO Alliance with a mission to replace passwords with an easy to use, strong 2FA credential. We have been working with our partners to extensively test and deliver a seamless and secure authentication experience to end users. /mixvibes-cross-free-download-mac.html. See FIDO2 security keys features and providers. The Passport migrations will create the tables your application needs to store clients and access tokens: php artisan migrate. Next, you should run the passport:install command. This command will create the encryption keys needed to generate secure access tokens.

• Setting up Windows Hello
  • Detecting Microsoft Passport compatibility on the user's device.
  • Offering to start using Microsoft Passport instead of traditional passwords.
  • Creating a Microsoft Passport public/private key pair on the device's Trusted Platform Module (TPM) chip.
  • Registering the public key with the server.
• Signing in with Windows Hello
  • Requesting a challenge from the server.
  • Using Windows Hello to sign the challenge with the private key.
  • Sending the result to the server to complete the sign-in process.
• Unregistering the user and device from the server and the device's TPM chip,thereby returning to traditional password sign-in.

Important notes and warnings

NOTEIn order to run this sample, you also need to run the server on a computer on your network.To do this, load the Server project into a second instance of Visual Studio and press F5 to build and run it.

NOTEThe sample assumes that the server is running on the same computer.If you have deployed the sample to a device that is not a PC,you will need to edit the serverBaseUri variable to refer to thedevice on which the server is running.

WARNINGThe Server project is for illustration onlyand is not suitable for production use for many reasons, including the following:

• The sample server uses http instead of https so that you can use network tracing toolsto observe the communication between the client and the server.
• It stores registered devices in memory only.Shutting down the server causes it to lose all memory of registered devices.
• The challenge is very simple.
• After successful authentication, no token is provided to identify the authentication context.

NOTEThis sample requires the Windows 10 Build 10586 SDK.If required, it can be retargeted for the Windows 10 Build 10240 SDKby changing the client project's target and minimum version in the project properties.Note, however, that if you retarget to the Windows 10 Build 10240 SDK,then the app will not run on Windows 10 Build 10586.

NOTETo use Microsoft Passport,the device must have a valid Microsoft Account or Azure Active Directory account configured in Windows settings.Microsoft Passport can be enabled by setting a PIN in Windows Settings under Accounts > Sign-in options

Related content

Microsoft Passport and Windows Hello
Microsoft Passport guide
Windows Hello overview
Implementation details for Microsoft Passport and Windows Hello

System requirements

Client: Windows 10, Version 1511

Phone: Windows 10, Version 1511

Build the sample

1. Download and extract the samples ZIP
2. Start Microsoft Visual Studio and select File > Open > Project/Solution
3. Starting in the folder where you unzipped the samples, go to the Samples subfolder, then the subfolder for this specific sample. Double-click the Visual Studio Solution (.sln) file.
4. Press Ctrl+Shift+B, or select Build > Build Solution.
5. Repeat with the Server solution in the same directory.

Run the sample

1. Open the Server solution, then press F5 or select Debug > Start Debugging.
2. Wait for the browser window to indicate that the server has successfully started.
3. Open a new instance of Visual Studio, open the solution for this sample, then press F5 or select Debug > Start Debugging.

How to use the sample

1. Start the Server solution as described above.
2. Start the sample.
3. In the sample, sign in for the first time. Any username and password can be used on the registration screen, as we're not storing these in this sample.
4. If the device is set up to use Microsoft Passport, a new page will display, prompting the user to start using Windows Hello.
5. Click on Start using Windows Hello! to complete the registration process with Microsoft Passport and Windows Hello.
6. Sign out.
7. If you registered to use Windows Hello, you can sign in with Windows Hello instead of a password.
8. Instead of signing in with Windows Hello, you can opt to sign in as another user.This will unregister from Windows Hello and return you to the password-based sign in page.

NOTE As mentioned previously, the registrations are stored in memory,which means that the registrations are lost when the server is stopped.If this occurs, you must unregister from Windows Hello and then re-register.

Microsoft announced at Build 2016 that Windows Hello support will be coming to the company’s Edge browser. Integrating Windows Hello into Edge will bring the convenience and enhanced security of Microsoft’s biometric solution to Web sites, which will make it easier–and thus more likely–to implement robust security. Today, the Microsoft Edge Dev blog provided some additional details on precisely how Windows Hello will be applied in Edge.

Here’s the impetus behind the integration:

Passwords can be a hassle. Most people don’t create strong passwords or make sure to maintain a different one for every site. People create easy-to-remember passwords and typically use the same passwords across all of their accounts. Surprisingly – and if it’s not surprising to you, you may want to change your password – passwords like “123456” and “password” are very common. Malicious actors can use social engineering, phishing, or key logging techniques to steal passwords from your machine, or they can compromise the server where the passwords are stored. When the same password is used across several sites, compromising one account can expose many others to abuse.

We look forward to a web where the user doesn’t need to remember a password, and the server doesn’t need to store a password in order to authenticate that user. Windows Hello, combined with Web Authentication, enables this vision with biometrics and asymmetric cryptography. In order to authenticate a user, the server sends down a plain text challenge to the browser. Once Microsoft Edge is able to verify the user through Windows Hello, the system will sign the challenge with a private key previously provisioned for this user and send the signature back to the server. If the server can validate the signature using the public key it has for that user and verify the challenge is correct, it can authenticate the user securely.

Where Does Microsoft Passport Generate And Store Security Keys For Mac

In other words, by making security more invisible and less intrusive to the user, Microsoft can increase the likelihood of users and Web sites implement robust security measures. No longer will users not to device and manage their own strong passwords–Windows 10, Windows Hello, and Edge will provide a platform to take away that burden entirely.

Some of the methods that will be utilized include the following. Much of this requires the cooperation of a number of organizations and Web developers in general, but it lays a strong foundation. Here’s a summary.

Web Authentication: Passwordless and Two Factor Authentication

We’ve been working at the FIDO Alliance with organizations from across the industry to enable strong credentials and help move the web off of passwords. The main goal of the FIDO Alliance is to standardize these interfaces, so websites can use Windows Hello and other biometric devices across browsers. The FIDO Alliance had recently submitted the FIDO 2.0 proposal to the W3C and the newly formed Web Authentication working group is standardizing these APIs in the W3C Web Authentication specification.

Registering the user

To use Web Auth, you, the identity provider, will first need to create a Web Auth credential for your user using the window.webauthn.makeCredential method.

When you use the makeCredential method, Microsoft Edge will first ask Windows Hello to use face or fingerprint identification to verify that the user is the same user as the one logged into the Windows account. Once this step is completed, Microsoft Passport will generate a public/private key pair and store the private key in the Trusted Platform Module (TPM), the dedicated crypto processor hardware used to store credentials. If the user doesn’t have a TPM enabled device, these keys will be stored in software. These credentials are created per origin, per Windows account, and will not be roamed because they are tied to the device. This means that you’ll need to make sure the user registers to use Windows Hello for every device they use. This makes the credentials even stronger – they can only be used by a particular user on a particular origin on a particular device.

Authenticating the user

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Once the credential is created on the client, the next time the user attempts to log into the site, you can offer to sign them in using Windows Hello instead of a password. You will authenticate the user using the window.webauthn.getAssertion call.

The getAssertion call has a number of optional parameters, but the only required parameter is the challenge. This is the challenge that the server will send down to the client. This challenge is a random quantity generated by the server. Since the challenge is not predictable by an attacker, the server can be assured that any assertions it receives were freshly generated in response to this challenge and are not replays of earlier assertions. The allowList parameter also takes an optional list of credential ID information to locate the correct private key. This information is useful if you’re doing two factor auth and you can share the id from the server, where it is stored. In the passwordless case, you don’t want to share the id from the server because the user hasn’t yet authenticated.

Server side authentication

Once you receive the assertion on the server, you will need to validate the signature. The below Node.JS code shows how you would validate the signature to authenticate the user on the server. We also have the same code available in C# and PHP.

Evolving Web Authentication standard and Microsoft Edge implementation

As mentioned above, Microsoft Edge has an early implementation of Web Authentication and there are a number of differences between our implementation and the April 2016 spec.

• Microsoft Edge APIs are ms- prefixed
• Microsoft Edge does not yet support external credentials like USB keys or Bluetooth devices. The current
• API is limited to embedded credentials stored in the TPM.
• The currently logged in Windows user account must be configured to support at least a PIN, preferably face or fingerprint biometrics. This is to ensure that we can authenticate the access to the TPM.
• We do not support all of the options in the current Web Auth spec draft, like extensions or timeouts.
• As mentioned earlier, our implementation requires that the list of acceptable credential IDs be included in every getAssertion call.

If you’re a developer and need to get a head start, then Microsoft has a number of resources available to you:

• Webauthn.js polyfill. Using this polyfill, you can code to the standard instead of our early implementation. We’ll update this polyfill for every major published version of the specification.
• Windows Hello in Microsoft Edge test drive sample. This test drive sample shows you the typical client side registration and assertion flow.
• Server and client side WebAuth This sample code shows the end to end client and server side flow for registration and assertion.
• C#, PHP, and JS server side sample. These code samples show how could implement your server side logic in a number of language options.
• Web Authentication MSDN documentation and dev guide.

Where Does Microsoft Passport Generate And Store Security Keys Download

Windows 10 offers up a number of advancements over previous versions of Windows, and enhanced security is just one of them. We’re looking forward to the day when we can use Windows Hello to authenticate to Web sites and remove one more reason to remember those long and hard-to-recall passwords.

Where Does Microsoft Passport Generate And Store Security Keys Code

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