Xposed was the crown jewel of Android customization: install the framework, add modules, and reshape how apps and the system behave — call blocking, permission control, status-bar tweaks, all without flashing a custom ROM. This article's 2015 list of modules was accurate then; in 2026 it reads like a museum. The original Xposed framework is dead, its successor LSPosed was itself archived in 2024, and a community fork carries the torch. Here's what actually still works, what happened to the classics, and what to use instead.
Quick Answer: The original Xposed framework no longer works on modern Android. The live path in 2026 is the community-maintained LSPosed_mod fork running on Zygisk via Magisk — where privacy modules like App Ops and XPrivacyLua still function (with caveats) — plus LSPatch for root-less module use. Most daily-user customization, though, no longer needs Xposed at all.
The Framework's Story, Briefly
- Xposed (2012–~2019). rovo89's framework hooked into Android's Zygote process and let modules intercept any method call in any app. Official support ended around Android 8.1; the architecture broke against modern Android's hardened process model.
- EdXposed → LSPosed (2019–2024). The community rebuilt the idea on Riru and then Zygisk (Magisk's injection layer). LSPosed became the standard module platform for rooted phones — then its developer stepped away and the official repositories were archived around May 2024.
- LSPosed_mod (2024–now). The community-maintained fork is the practical way to run Xposed-style modules today, on Android 13–15 phones, with the usual hit-and-miss compatibility that follows any orphaned platform.
- LSPatch. A sibling project that embeds modules into individual APKs without root — clunkier, but it works without Magisk.
Modules That Still Earn Their Keep
App Ops (Rikka). The true descendant of the 2015-era AppOpsXposed: per-app control over permissions Android won't normally let you manage individually — sensors, clipboard, run-in-background. Requires root or an ADB-assisted setup; the ADB path keeps getting narrower with each Android release.
XPrivacyLua. The simplified successor to the legendary XPrivacy: feeds fake data (empty contacts, generic location) to apps you don't trust instead of blocking them outright — apps keep working while learning nothing about you. Still functional via LSPosed forks, though updates are sparse.
GravityBox. The everything-module of the KitKat-to-Nougat golden age — status bar, power menu, display, and a hundred tweaks in one. Its modern line stalled around Android 11–12; if you run Android 15, the Reddit threads asking for alternatives are your reality check.
Thanox and Hide My Applist. The background-control side of the scene: stopping apps from waking each other, harvesting contacts, or spying on your installed-app list. These are the modules rooted users most often call indispensable — and the ones that demand the most care, since misconfigured process kills cause bootloops and broken apps.
What Happened to the 2015 Classics
- AppOpsXposed → superseded by the App Ops module above
- BlackList → unnecessary since Android shipped native call and SMS blocking
- Wanam → discontinued, along with the Samsung TouchWiz era it customized (its own XDA thread title says so)
- XPrivacy → discontinued, continued conceptually by XPrivacyLua
- Tinted Translucent Status Bar → the feature it emulated from Android 5.0 became native; every module emulating an unreleased feature eventually dies this way
- GravityBox (KK) → evolved through years of Android versions ([N], [O], [P], [R]…) before stalling — the longest survivor on the list
The pattern is worth seeing: Android absorbed most of what Xposed pioneered. Native Android in 2026 does call screening, per-app privacy indicators, Material You theming, lock-screen customization and notification management that 2015 users needed root to dream about.
Should You Even Root for This in 2026?
Honest trade-offs:
- You lose Play Integrity attestation — banking apps, Google Wallet and some games will flag or refuse a rooted device, even with root-hiding modules, and the arms race never truly ends
- You manage your own risk — modules run with system-level hooks; a bad one breaks more than an app
- OTA updates get complicated on most devices
If those costs are acceptable, the LSPosed_mod path on a Magisk-rooted phone is genuinely powerful — and our OxygenOS port on Poco F1 walkthrough shows what the deeper end of that rabbit hole looks like.
If they're not — and for most people they should be — the modern answer is customization without root: launchers like Nova, Shizuku-based tools that grant elevated powers through ADB without permanent root, and the vastly expanded native settings. A sluggish phone rarely needs root anyway; our Android slowdown and freezing fixes recover most of the speed for free.
Frequently Asked Questions
Is Xposed still available in 2026?
The original framework is not — it stopped at Android 8.1. The functioning route is the LSPosed_mod community fork (via Magisk's Zygisk) or LSPatch for root-less use. The official LSPosed project was archived in 2024.
Do Xposed modules require root?
Historically yes, and the main line still does: Zygisk requires Magisk. LSPatch is the exception — it patches individual APKs to embed modules without root, at the cost of re-patching on every app update.
Will Xposed or LSPosed break my banking apps?
Root itself triggers Play Integrity failures that banking apps and Google Wallet often refuse — and that's before any module is involved. Deny-list and root-hiding tools help, but treating a rooted phone as your daily driver for payments is asking for friction.
What is the best Xposed module right now?
For privacy: App Ops and XPrivacyLua. For background-control on a rooted daily phone: Thanox or Hide My Applist. "Best" depends on what you're trying to fix — but check each module's last-supported Android version before installing on a new phone.
Why did Xposed die if it was so popular?
Android deliberately hardened the very hooks Xposed relied on, making each release harder to support, and the original developer eventually stepped away. The community proved the demand was real — LSPosed and its forks are that proof — but the platform now depends on volunteer maintenance against an increasingly locked-down OS.
Related reading:
- 4 Reasons Android Phones Are Better Than iPhones
- Android Phone Running Slow and Freezing? Causes and Fixes
- How to Install an OxygenOS Port on Poco F1
Still running Xposed modules on a daily driver — or did you move everything to root-less tools? Tell us in the comments.
