# ADB Device Manager 2: one desktop app for mirroring and controlling Android > ADB Device Manager is a free desktop application for Windows and Linux that reaches an Android phone two different ways, through a direct ADB connection over USB or wireless debugging, and through a companion Android app over local Wi-Fi. It mirrors the screen, streams audio, installs APKs, reads contacts and messages, and can run apps in desktop windows, but the repository itself holds the project site and documentation rather than the application source. **Shrey113/Adb-Device-Manager-2** — Dual-control Android management for Windows — ADB Mode (scrcpy GUI mirroring & control) and App Mode (calls, media, notifications, Audio Cast). - Repository: https://github.com/Shrey113/Adb-Device-Manager-2 - Website: https://shrey113.github.io/Adb-Device-Manager-2/ - Stars: 636 · Forks: 39 - Language: HTML - License: Apache-2.0 - Published: 2026-10-21 · Updated: 2026-10-21 · Language: en - Canonical page: https://hysenlabs.com/projects/shrey113-adb-device-manager-2 ## Two connection modes, one desktop application ADB Device Manager is described as a free desktop application for Windows and Linux that mirrors an Android screen, transfers files, syncs notifications, manages calls, controls media playback and runs Android apps in resizable desktop windows. The interesting design choice is the two ways in. ADB Mode is the Android Debug Bridge path, a direct low-level connection over a USB cable or wireless ADB pairing. App Mode is a wireless path that pairs the desktop client with a companion Android application over the local Wi-Fi network, with no USB cable required and the traffic staying inside the local network. The README is explicit that the two can be used at the same time, calling that the complete Android-to-desktop experience. The audience is clearly people who own and test Android devices: the feature list reads like a test bench, with an APK installer, a camera view, a collisions-free screen mirror and a desktop mode, rather than a consumer remote control app. The project is Apache-2.0 licensed, and the badges name the stack it is built on, Flutter for the interface, Kotlin and Python for the tooling, with a Windows build. ## ADB Mode reaches the phone without installing anything on it The defining property of ADB Mode is stated plainly: it does not require any app to be installed on the phone, and it provides the deepest level of system access available. The feature table lists what that access buys. Screen mirroring runs in real time with what the README calls ultra-low latency, and audio streaming sends the device's output to the PC speakers. Input control drives the phone with the PC keyboard and mouse. Scrcpy Control customises and manages the scrcpy display and input options, which is the mechanism behind the mirroring. Android DeX runs Android apps in resizable desktop-style windows on the PC, and Desktop Mode launches a multi-app virtual display for a full desktop-like experience. Then there is the device maintenance side. The APK Installer sideloads and installs APK files over ADB, Camera View shows the device's live camera feed on the PC, Contacts extracts and browses the phone's contact list, Call History reads and exports the call logs, and SMS extracts and reads text messages. That last group is the one to think about, because extracting message and contact data from a connected device is a capability with privacy implications even when the device belongs to the person running it. ## App Mode trades the ADB depth for a LAN connection App Mode is the other half, and it works differently enough to be a separate product rather than a fallback. The desktop client pairs with the ADB Device Manager companion Android app over the local Wi-Fi network, and all data moves wirelessly at high speed within that network, with no USB cable involved. The features listed for it are of a different kind from the ADB table. Android Streaming mirrors the screen from Android to the desktop over local Wi-Fi. Media Control manages Android music and media playback from the PC, Notifications gives real-time sync of Android notifications to the desktop, and the Photo Gallery lets you browse and download photos from the device wirelessly. The trade-off is visible in what App Mode does not offer. There is no APK installer, no camera view and no contact or message extraction in that list, and there is no low-level system access, because the companion app is constrained by what a normal Android application is allowed to do. So the choice between the two modes is not a preference, it is a permissions question: App Mode is the quieter option, ADB Mode is the one with more reach. ## The repository is the project site, not the application code The top-level entries tell you what kind of repository this is: .github/, .gitignore, .htaccess, LICENSE, README.md, android_download.html, docs/, favicon.ico, images/, index.html, pages/, robots.txt, security/, sitemap.xml and windows_download.html. There is no application source directory here. The tree is a documentation and download site, with index.html as the landing page, a pages/ directory holding the per-platform download pages, a docs/ directory for the setup guides and the feature reference, and separate download pages for Windows and Android. That has a direct consequence for anyone evaluating the project. The Flutter, Kotlin and Python badges describe how the shipped application was built, but the source for that application is not in this repository, so the code cannot be read, built or audited from here. The security/ directory at the root is the one part of the tree that suggests where a disclosure process might be documented, and the presence of a sitemap and robots.txt confirms that this repository is the public face of the project rather than its source. ## Getting the application: download pages and per-platform setup guides There is no install command in the README, and that is consistent with the repository holding a site rather than a package. Installation is by download. The README table lists four platform rows, Windows, Android, Linux and macOS, each with a download link that points into the project's own pages, for example the Windows download page under pages/download/windows_download.html, and each with a setup guide link into docs/installation.html with a platform anchor such as #windows, #android, #linux and #mac. The Windows and Android pages also exist as top-level HTML files in the repository, which suggests the site build copies them to the root for hosting. The setup guides are part of the same documentation tree that holds the feature reference, and the feature tables in the README link into that reference with anchors such as #screen-mirroring, #app-installer, #music-control and #notification-center. The documentation is the product interface here, which is unusual for an Android debugging tool and makes the docs the thing to read before installing. ## Android-Dex and App-Scrcpy sit alongside it in the ecosystem The README names two related projects in the same organisation, and they clarify what this one is not. Android-Dex is a separate project for running Android apps in desktop-style windows, so the DeX feature inside ADB Device Manager overlaps with it but sits in a broader tool. App-Scrcpy is described as an enhanced scrcpy launcher and controller, which is the same relationship to scrcpy that ADB Mode has, since ADB Mode exposes scrcpy control for display and input options. The comparison to draw is with plain scrcpy, the standalone mirroring tool. scrcpy gives you a mirror and input control over ADB and does it very well; ADB Device Manager is a superset that adds a GUI around that, plus the device maintenance tools, plus a second wireless mode through a companion app, plus desktop-style windows. The cost of the superset is that it depends on scrcpy for the display path and adds a layer of its own, and that it needs ADB debugging enabled on the phone, which is a setting most users leave off. ## Release history, platform claims and the licence The releases are frequent and the numbers are small. The recent tags are ADB-Device-Manager-v.1.8 from 2026-07-12, v1.7 from 2026-07-05 and v1.6.1 from 2026-04-13. The repository is not archived and the last push was on 2026-08-28, so the site and documentation are still being touched after the most recent tag, and there is a gap of about six weeks between the two. The platform story is slightly muddled in the documentation itself. The README's opening sentence calls it a desktop application for Windows and Linux, the download table adds Android and macOS rows, and several App Mode feature descriptions still say notifications sync to a Windows desktop and that the screen is mirrored from Android to Windows. The safest reading is that Windows is the primary target and the other platforms are at least documented, but the inconsistency is a reason to read the setup guide for the specific platform before assuming a build exists. The licence is Apache-2.0, which permits redistribution and commercial use, and the project describes itself as free. ## Conclusion ADB Device Manager suits a developer or tester who wants their Android phone on the desktop without installing a companion app on the handset, since ADB Mode needs nothing installed on the phone and gives the deepest access. It is the wrong choice for someone who needs their data to stay on the device, since the Contacts, Call History and SMS tools extract that data, and it is also a poor fit for a team that needs to audit the implementation, because the repository holds the documentation site rather than the application source. Before adopting it, read the setup guide for the target platform, and check the release notes, since the most recent tagged build is v1.8 from 2026-07-12 while the last push to the repository was on 2026-08-28. ## FAQ ### What is the difference between ADB Mode and App Mode in ADB Device Manager? ADB Mode establishes a direct low-level connection using the Android Debug Bridge over USB or wireless ADB pairing and needs no app installed on the phone. App Mode pairs the desktop client with a companion Android app over local Wi-Fi, so no USB cable is needed but the feature set is smaller. ### What can ADB Mode do with the phone's data? The feature table lists Contacts to extract and browse the contact list, Call History to read and export the call logs, and SMS to extract and read messages, alongside an APK installer, a camera view and screen mirroring with input control. ### How do I install ADB Device Manager? The README gives no install command. Installation is by download, with per-platform download pages under pages/download/ and a setup guide for each platform in the documentation at docs/installation.html. ### Does ADB Device Manager work on Linux and macOS? The download table lists Windows, Android, Linux and macOS rows with a download link and a setup guide for each, while the opening line of the README describes it as a desktop application for Windows and Linux. Several feature descriptions still refer to a Windows desktop, so the platform support is worth checking against the setup guide. ### Can I read the ADB Device Manager source code in this repository? The top-level entries are the project site, with index.html, a pages/ directory of download pages, a docs/ directory, images, sitemap.xml and robots.txt, and there is no application source directory. The repository holds the documentation and download pages rather than the Flutter and Kotlin application itself. ## Sources - [License: Apache-2.0](https://github.com/Shrey113/Adb-Device-Manager-2/blob/main/LICENSE) - [Project website](https://shrey113.github.io/Adb-Device-Manager-2/) - [README](https://github.com/Shrey113/Adb-Device-Manager-2/blob/main/README.md) - [Releases](https://github.com/Shrey113/Adb-Device-Manager-2/releases) - [Shrey113/Adb-Device-Manager-2 on GitHub](https://github.com/Shrey113/Adb-Device-Manager-2) --- Hysen Labs editorial analysis, written from the project's own repository and release notes. Cite the canonical page: https://hysenlabs.com/projects/shrey113-adb-device-manager-2