![]() After booting, connect to the internet, keep the phone sit idle for a while, and then check the SafetyNet status. Navigate to Settings > Apps and clear Data of all the apps you configured in the DenyList. ![]() If you need to hide the root status from certain apps, you should select them as well at this stage.Configure DenyList for Google Play Store and Google Play Services.Now select the Configure DenyList option, tap on the three dots at the top, and select Show system apps.Scroll down and enable Zygisk and Enforce DenyList.Open the Magisk app and click on the gear icon to access the settings section.With an appropriate configuration, it can also be used to pass SafetyNet in some scenarios.īelow you can find some generic steps to utilize DenyList for passing SafetyNet: Talking about the deprecation of MagiskHide, the DenyList feature of Magisk is an interesting development, which allows users to assign a list of processes where Magisk denies further modifications and reverts all changes it had done. ![]() To know more, take a look at the module support thread and follow the instructions given by the developer(s). Furthermore, you can install Magisk modules like MagiskHide Props Config to change/spoof the device fingerprint in order to pass SafetyNet. Even though the current stable build of Magisk doesn't feature MagiskHide anymore (since v24 release), you can still stick to the v23.x version and utilize MagiskHide to hide root status from apps. If you own a legacy Android smartphone, Magisk is your best bet to pass SafetyNet without much hassle. ![]() Once you've restored the stock configuration, you should be able to pass SafetyNet without any fiddling. While we offer tutorials for flashing Samsung Galaxy and Google Pixel devices, there's no universal method for this, as it differs from phone to phone. If you don't know the back-to-stock steps for your phone, we recommend you head over to the XDA forums, search for your device, and then look for a guide to install the official software and lock the bootloader. Of course, you'll lose most of the bells and whistles of the modding scene, but it actually makes sense when you need to use your device in a managed environment with strict security policies, or you’re trying to sell your device. All you need to do is find the correct firmware for your Android device, flash it, and finally re-lock the bootloader. This is perhaps the simplest way to pass SafetyNet, but it has its own merits and demerits. Restoring the original firmware and relocking the bootloader Here are some of the well-known methods to pass SafetyNet: 1. Finding a critical security vulnerability in the isolated secure environment of a device and exploiting it to spoof SafetyNet’s client-side response can't be a feasible approach, but this is XDA, which means there is no shortage of innovative ways to get past the obstacle. With the gradual move towards the hardware attestation strategy, Google is relying on the security of the phone’s Trusted Execution Environment (TEE) or dedicated hardware security module (HSM) for tamper detection. The API checks for various things like the bootloader unlock status, signs of superuser binaries, and more to compare the current state of the target Android device and verify the integrity of the environment against a known 'safe' value on the server side. By calling the SafetyNet Attestation API, third-party applications can check if the software environment of the device has been tampered with in any way. SafetyNet is such a set of abuse-detection APIs present in the Google Play Services. While modding is an integral part of the Android ecosystem, sometimes you need a high degree of rigor in the OS to satisfy the constraints of security policies. There should be some kind of abuse detection system to examine the device's software and hardware environment and assure the app developers that everything is alright. From the perspective of an app developer, it means the device their app is running on can potentially be compromised. In case a person operating an Android device is able to gain similar access to administrative (AKA "superuser") permissions as on Linux, they can essentially alter or replace core system applications and settings. Android is designed to run without giving the end user any kind of privileged control over the underlying subsystems.
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