3/10/2024 0 Comments Google authenticator windowsBut, with Google Authenticator, there is an available technology that can be used on most smartphones and with all kinds of applications. Another drawback is that the availability of hardware (cameras) may limit the number of possible users. It’s too bad that Windows Hello does not work for classic desktop apps. Like this, the security of an authorization process can be tightened with just some simple steps. Both technologies are easy to use, both for integrating into a software, and also from the customer-use standpoint. In any case two factor authorization should be adopted. ![]() And, it also makes sense to use these technologies to build an up-to-date, secure authorization service. So it makes sense to use them as a second factor for higher-priority security issues. Windows Hello and Google Authenticator seem to be secure technologies. And this information cannot be replicated as easily as a password.īut the technology that holds the second factor must also be secure itself. Data thieves not only have to get the password but also the token or biometrical information. Two factor authentication can indeed bring a lot more security to applications. Takeaways for moving forward with two factor authentication technologies It was clear that biometric authentication can definitely make authentication more secure, and so I did a little more research on recommendations for secure authentication. I integrated those to my failed port of the Windows Hello app and was happily up and running with very low effort. So I began to research how to use Google Authenticator with. Google Authenticator does not rely on dedicated hardware and makes it possible to turn every smartphone into a security token generator. In the past, token generators were a small piece of hardware including an LCD display, showing the current token. Normally the generation of a token is limited to one hardware device. Those systems generate passwords that are only valid for a limited time, those passwords are also called tokens. Time limited tokes are also known as TOTP (Time-Based One-Time Password Algorithm see RFC 6238). So we checked for other possibilities and remembered that there was a time limited token system from Google. Now we had go back and rethink about how this project was defined, the main goal was a more secure authentication. Net Framework we had to put the project on hold. We verified this by asking our Microsoft contact, who gave us the same information: Hello was only supported for UWP, not for old style Windows applications.Īfter learning that not all WinRT features can be used in the. After I finished the import I was faced with fact that it was impossible to initialize the Passport framework. There is also a compatibility list, but Microsoft Passport and Windows Hello is not part of it, so there is no guarantee that it will work. I found a lot of information how to use WinRT Components in normal. Here I was confronted with a show stopper: The Microsoft Passport and Windows Hello components were located in the WinRT Framework, but I planned to use the. The next step I had planned was to transfer this sample from UWP into a normal desktop app. ![]() ![]() But to get started it was a really good resource. It contains a simple xml serialization framework that would need to be replaced by a more secure data layer for productive usage. The sample was short and pretty straightforward. I also started recoding the sample from the pages, creating a simple Universal Windows Platform (UWP) app that performed indentification by Face recognition - See Sample on MSDN. I started to check and go through the information Microsoft provides for integrating “Passport” and “Hello” into applications. These cameras are not widely distributed across the laptop market. The face recognition requires a special camera (“Intel RealSense”), consisting of two cameras for visible light (for 3D scanning), and one infrared camera, to ensure the face recognition is not run on a photograph. ![]() Windows uses this service to enable login by face recognition or by other biometric methods, like fingerprint recognition. “Windows Hello” has been available since the release of Windows 10 and is integrated into Microsoft’s sign-on service “Microsoft Passport”. But, in the last couple of years, new techniques for authentication have become available, and we tested some of these technologies - Windows Hello and Google Athtenticator - to make proposals for alternative authentication and authorization technologies for Lexware products - especially for our “on premise” products. Currently all of our Lexware “on-premise” products work, using the well-known user/password login authentication.
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