8 open-source projects similar to kowx712/playintegrityfix, ranked by shared indexed features. Tags may describe platforms or build tools rather than the same primary purpose. Check each project’s use case, license, and deployment requirements before treating it as a replacement.
Safetynet-fix is a tool for Android device attestation designed to bypass hardware and software integrity checks. Its primary purpose is to achieve Google SafetyNet compliance on devices with unlocked bootloaders, allowing software that requires specific security profiles to run on modified systems. The project provides compatibility for rooted devices, specifically ensuring that banking and payment applications remain functional while maintaining root access. It manages the Magisk environment configuration to maintain these security-sensitive application requirements. The system utilizes va
VirtualApp is an Android application virtualization engine and user-space sandbox that enables the execution of applications within an isolated environment. It allows for the running of multiple independent instances of the same application on a single device and supports private application installation without requiring system-level root access. The project features a comprehensive hooking framework for intercepting Java and native layer functions to modify application behavior. It includes tools for hardware simulation to spoof device models and system information, as well as a non-root pr
LSPosed is an Android runtime hooking framework and system modification tool. It enables the modification of application and system behavior in memory without altering original installation files, serving as a platform for distributing and managing community-created extension modules. The project provides a comprehensive suite for device and identity spoofing, including the ability to mask hardware identifiers, simulate geographic locations, and conceal root access or hooking frameworks to bypass security and integrity checks. It also functions as an application modder to unlock premium featu
TrickyStore is an Android device integrity emulator and keystore attestation spoofer. It functions as a framework to intercept keystore calls and provide modified certificate chains and security metadata to bypass hardware attestation requirements. The project enables the injection of hardware keyboxes and the modification of key attestation certificates to simulate a secure root of trust. It allows for the overriding of security patch levels and operating system versions to mask a device's identity and state from third party applications. The system includes capabilities for application-spe
AuroraStore is a third-party Google Play Store client used for searching, downloading, and installing Android application packages without the official client software. It serves as an application downloader and distribution tool that enables the retrieval of app metadata and binaries directly from the store backend. The project differentiates itself through identity-spoofing capabilities that allow users to bypass geographical restrictions and access apps locked to specific regions. It also provides version control by enabling the retrieval of specific older versions of applications and impl
The main repository of the Open GApps Project
GmsCore is an Android app compatibility layer and system service mock designed to enable third-party applications to function on non-standard Android distributions. It serves as a background service that simulates proprietary Google APIs and emulates the necessary system environment for devices where official services are not installed. The project provides a MicroG compatible implementation, offering an open source replacement for system services. It focuses on maintaining application stability on custom Android ROMs by preventing crashes associated with missing proprietary dependencies. Th
GmsCore is an open-source Android framework component that functions as a compatibility layer for mobile devices. It acts as a middleware service, providing an implementation of proprietary mobile service interfaces to ensure that applications requiring these components can function on devices where they are not natively installed. The project distinguishes itself by enabling the use of standard mobile applications on devices that lack official proprietary background services. By intercepting and redirecting application requests to local open-source implementations, it allows users to maintai