# Android-Native-Root-Detector for Android Root Status Checks > Android-Native-Root-Detector is a Kotlin Android project for checking whether a device is rooted. The README explains how to obtain a release, but it does not document the detection checks, result semantics, build procedure, or integration API. **reveny/Android-Native-Root-Detector** — A tool to detect root on android - Repository: https://github.com/reveny/Android-Native-Root-Detector - Stars: 1,416 · Forks: 114 - Language: Kotlin - License: MIT - Published: 2026-10-16 · Updated: 2026-10-16 · Language: en - Canonical page: https://hysenlabs.com/projects/reveny-android-native-root-detector ## What Android-Native-Root-Detector Is Intended to Solve Android-Native-Root-Detector addresses a specific device-security question: whether an Android device has been rooted. Its repository description is deliberately concise, stating only that it is “A tool to detect root on android.” The Kotlin language designation, Android `app/` directory, Gradle wrapper, and Android-specific project name indicate that this is an Android application rather than a general-purpose command-line root checker. The likely audience is an Android developer, tester, or support engineer who needs a utility for examining root status. That does not make it suitable as a permanent security control inside a production application. The README contains no SDK API, Gradle dependency coordinate, class name, or integration example. There is also no stated policy for handling an indeterminate result or documenting whether a positive result identifies a particular rooting method. Root detection is also affected by how evidence is gathered. Different checks may look for root-management applications, system paths, boot state, or other device properties, but the README does not say which approach this project uses. An engineer therefore cannot infer from the project title that it checks every rooting method or that its result covers current Android releases. That missing technical contract matters more than the broad phrase “detect root.” ## Repository Structure and Kotlin Build Layout Based on the repository layout, the project follows the familiar shape of an Android Gradle project. It contains a top-level `build.gradle`, `settings.gradle`, `gradle.properties`, the `gradlew` and `gradlew.bat` launchers, and a `gradle/` directory. An `app/` directory holds the application module, while `update.json` is a separate project file whose purpose is not explained in the README. The primary language is Kotlin, but the README does not list the files or declarations inside `app/`. The source-level architecture therefore cannot be described responsibly. There are no documented package names, Activity or ViewModel classes, detection functions, persistence components, or dependency declarations. The README also does not say whether the UI is built with XML layouts or Jetpack Compose, whether detection runs on the main thread, or whether results are cached. The repository includes `.github/` and refers to a GitHub Actions workflow in its README. Those paths show that repository automation is part of the project structure, but the README does not document the workflow jobs, Android SDK versions, test suite, or artifact format produced by CI. The Gradle wrapper indicates that the source repository is intended to be buildable through Gradle, yet the README gives no verified build command or configuration for doing so. ## Downloading the Latest Android-Native-Root-Detector Release The README gives one installation route: open the project’s GitHub Releases tab and download the latest version. This is an end-user acquisition instruction rather than a package-manager or source-build tutorial. No command is supplied. The release history identifies `v7.7.0` as the latest listed release, dated 2026-04-11. Earlier listed releases are `v7.6.1` from 2025-09-14 and `v7.6.0` from 2025-09-11. The README links the Releases page through its release badge and download badge, but it does not identify the downloaded asset’s extension, architecture, minimum Android version, required permissions, signing method, or whether the file is an APK, AAB, source archive, or another format. A first real use therefore begins with downloading `v7.7.0` from the Releases page and confirming that the selected asset is compatible with the target Android device. After that, the README is silent about installation prompts, launch steps, buttons, result labels, and error states. It would be misleading to invent either a `gradlew` command or a sequence of interface actions. Users must follow the information attached to the actual release asset and inspect that artifact before deployment. ## Undocumented Detection Behavior and False Results The central limitation is not merely missing installation detail. The README does not explain how root detection works. It identifies no filesystem paths, installed packages, build properties, runtime commands, boot indicators, native libraries, or combinations of checks. It also gives no false-positive or false-negative discussion. That absence prevents a meaningful technical evaluation. An Android device may have rooted or altered system artifacts without matching every conventional heuristic, while a security application or emulator image may trigger some checks without representing the threat model an adopter has in mind. The README does not resolve those cases because it never defines its evidence model. A single “rooted” or “not rooted” label, if the application provides one, would need validation against the intended device population. The repository includes `art/preview.jpg`, but the README does not describe what the image shows. Without direct inspection of the image, this review cannot claim that the app presents severity levels, explains its evidence, or exports reports. Likewise, the meaning and destination of `update.json` are not explained. Before using the project in a security-sensitive workflow, an adopter would need to inspect the Kotlin detection code, network permission usage, logging, stored data, and update handling directly. ## Why a Native Android App Is Not a Universal Root-Checking Layer Android-Native-Root-Detector is packaged as an Android project, while some root-management and custom-ROM workflows are better examined from a computer with access to a booted recovery image or connected device. Those are different operational contexts. The README does not document ADB support, recovery-mode operation, desktop tooling, or automated scan exports, so this project cannot be credited with any of those capabilities. The release-based format may also be the wrong choice when an organization needs a fixed library version inside an existing application. The repository does not publish a documented package coordinate or stable integration surface, and it does not state that the app can be embedded as an Android library. A release APK or other downloadable artifact can be convenient for manual inspection, but it does not establish that detection can be called from application code. Alternative root assessments take different approaches. A computer-based recovery or ADB workflow can inspect device state with external tooling, while an in-app detector evaluates conditions observable to the Android application. Neither approach should be described as universally conclusive. Android-Native-Root-Detector’s README does not explain which side of this distinction it supports beyond presenting an Android application project. ## Release History, Licensing, and Upgrade Work The project uses the MIT license, as identified by the repository metadata and the presence of a `LICENSE` file. That designation means the source is distributed under an MIT license, but an adopter still needs to read the license text and preserve any required notices when redistributing code or artifacts. This review does not provide legal advice or infer additional compatibility terms. The repository is not archived. Its last push was on 2026-04-11, and the listed `v7.7.0` release was also published on 2026-04-11. The earlier September 2025 releases show that versioned releases exist, but the README does not provide a migration guide, compatibility matrix, changelog detail, or long-term support policy. An upgrade therefore cannot be evaluated only by choosing the newest download. A team would need to compare the release contents and source changes, then test the application against its supported devices. Upgrade cost also depends on artifact compatibility, which the README does not document. It does not say whether older device installations can upgrade in place, whether signatures are stable, or whether releases are universal. The README also does not identify whether `update.json` controls application updates, describes another project, or is consumed by CI. That file should be reviewed before assuming the app has a reliable update channel. ## Conclusion Android developers should consider this project when a downloadable Android root-detection utility is sufficient, but the README is too thin to support a production integration without inspection. Do not adopt it as a dependency until the source confirms its checks, permissions, privacy behavior, false-positive handling, and release artifact format. The first verification should be the Kotlin code behind the `app/` module, followed by inspection of the release asset and `update.json`; the repository was not archived and its last push was on 2026-04-11, with `v7.7.0` published the same day. ## FAQ ### How do I install Android-Native-Root-Detector? The README directs users to the project’s GitHub Releases tab and says to download the latest version. It does not provide a package-manager command or document the format and Android compatibility of the release asset. ### How does Android-Native-Root-Detector detect root? The README does not disclose the detection checks or explain how a root result is calculated. The implementation would need to be inspected in the `app/` source directory. ### Can Android-Native-Root-Detector be integrated into another Android app? The README does not publish an SDK dependency, package name, public API, or library integration example. Only release downloads are documented. ## Sources - [Issues](https://github.com/reveny/Android-Native-Root-Detector/issues) - [License: MIT](https://github.com/reveny/Android-Native-Root-Detector/blob/main/LICENSE) - [README](https://github.com/reveny/Android-Native-Root-Detector/blob/main/README.md) - [Releases](https://github.com/reveny/Android-Native-Root-Detector/releases) - [reveny/Android-Native-Root-Detector on GitHub](https://github.com/reveny/Android-Native-Root-Detector) --- Hysen Labs editorial analysis, written from the project's own repository and release notes. Cite the canonical page: https://hysenlabs.com/projects/reveny-android-native-root-detector