Best lsposed modules 2026

TL;DR: The best lsposed modules 2026 are Hide My Applist, Activity Jump Interceptor, NoAbleism, Enable Screenshot, Let Me Downgrade, HyperCeiler and KnoxPatch. Choose by device and purpose. CorePatch is for controlled testing only. Back up first because unlocking the bootloader wipes your data and modules can cause bootloops.

By the PrivacyPortal team

Last updated August 2026

The best lsposed modules 2026 solve a clear problem without granting more access than needed. Hide My Applist offers fine control over package visibility. Activity Jump Interceptor helps inspect unwanted app launches. NoAbleism addresses accessibility restrictions for trusted sideloaded apps. Enable Screenshot, Let Me Downgrade, HyperCeiler and KnoxPatch each serve narrower needs. No module is best for every phone.

LSPosed changes apps while they run by placing hooks inside selected processes. That power carries real risk. A bad scope or incompatible build can cause crashes or a bootloop. Root and an unlocked bootloader may also affect warranty support, over-the-air updates, banking apps and Play Integrity checks.

PrivacyPortal’s seven-module shortlist was verified on 12 August 2026; CorePatch remains a specialist testing tool rather than a general recommendation.

The LSPosed Manager scope screen shows why each module should receive access only to the apps it needs.

Best lsposed modules 2026 compared

This table ranks modules by practical value, not raw power. Check the project release notes before installing anything. Android builds and vendor software can change compatibility without warning.

Module	Best use	Main risk	Who should use it
Hide My Applist	Control which installed apps a scoped app can discover	Broken sharing, launchers or account flows	Intermediate users
Activity Jump Interceptor	Inspect or stop unwanted activity launches	Broken links, logins or payment hand-offs	Tinkerers and testers
NoAbleism	Manage the restricted-setting gate for trusted accessibility tools	Greater risk from a malicious accessibility service	Careful advanced users
Enable Screenshot	Capture a window that sets FLAG_SECURE	Exposure of private or protected information	Users with a specific need
Let Me Downgrade	Install an older app build for testing	Data corruption or known security flaws	Developers and testers
HyperCeiler	Change supported Xiaomi, MIUI and HyperOS behaviour	System UI crashes after firmware updates	Xiaomi enthusiasts
KnoxPatch	Recover selected Samsung features after Knox changes	Firmware-specific failures and false expectations	Rooted Samsung users
CorePatch	Package and signature testing	Weakened package verification	Specialist test devices only

Privacy and app-control modules

Hide My Applist

Hide My Applist, often shortened to HMA, controls the package information visible to selected apps. Android normally lets an app query some installed packages. HMA can apply a template that hides chosen entries from a scoped app.

This is useful when an app collects an excessive software inventory. It can also reduce simple app-list checks. It does not hide an unlocked bootloader, root access or every LSPosed trace. An app may use native checks, file probes or server-side signals instead.

Start with a small hidden list. Test logins, file pickers, password managers and share menus after each change. Hiding a required companion package can silently break them.

Android’s package visibility documentation records that Android 11, API level 30, began filtering package-query results by default.

Activity Jump Interceptor

Android activities are app screens or tasks. Activity Jump Interceptor lets you inspect and, where supported, block activity launches. It is useful for finding forced store redirects, unwanted browser jumps and poorly explained hand-offs between apps.

Use its records before creating a rule. Similar-looking launches may handle sign-in, document selection or payment approval. Blocking the wrong target can leave an app on a blank screen. Keep each rule narrow and test it while you still remember what changed.

Accessibility and screenshot modules

NoAbleism

NoAbleism targets Android’s restricted-setting gate for accessibility services in sideloaded apps. Accessibility access can read screen content and act on the user’s behalf. Only relax the gate for software you obtained from a trusted source and intended to enable.

Do not treat this module as a routine setup step. A malicious accessibility service can capture sensitive text or approve prompts. Review the app’s source, signature and permissions first. Remove its accessibility access when the feature is no longer needed.

Enable Screenshot

Enable Screenshot can bypass the FLAG_SECURE window flag inside scoped apps. Developers use that flag to block screenshots and screen output on non-secure displays.

Android documents FLAG_SECURE as window flag 0x00002000, designed to prevent screenshots and display on non-secure outputs.

This module can help you save your own receipt or document. It can also expose passwords, private chats and work data. Respect copyright, workplace policy and other people’s privacy. Never share captured information without permission.

A test screenshot should use dummy information, never a live bank balance, password or private conversation.

Testing older apps safely

Let Me Downgrade

Let Me Downgrade changes Android’s normal block on installing an older app version over a newer one. This helps with regression tests and can confirm whether an update caused a fault.

An older APK may expect an older database format. It may also contain fixed security flaws. Export the app’s data where possible, then keep the current APK and version details. A downgrade can still fail or make local data unreadable.

Never install a build from an unverified mirror. Compare the signing certificate with the installed app. Test on a spare profile or device when the data matters.

Why CorePatch is not a normal downgrade tool

CorePatch can weaken package signature and verification rules more broadly. Those checks stop one developer’s APK from silently replacing another developer’s app. Weakening them creates a much larger attack surface.

Use CorePatch only on an isolated test device with no personal accounts or payment apps. Let Me Downgrade is the narrower choice when the sole aim is testing an earlier, correctly signed release. Neither tool makes an old build safe.

Device-specific modules

HyperCeiler for Xiaomi, MIUI and HyperOS

HyperCeiler provides many interface and system tweaks for supported Xiaomi software. Its range is useful, but compatibility depends on the exact ROM and firmware build. A tweak that works on one HyperOS release may crash System UI on another.

Record the options you enable. Apply a few changes at a time, then reboot and test notifications, calls, the lock screen and quick settings. Disable HyperCeiler before a major firmware update. Wait for confirmed support before restoring its full scope.

KnoxPatch for Samsung

KnoxPatch may restore selected Samsung features on supported rooted devices. It does not reset the hardware-backed Knox Warranty Bit. It also cannot promise that Secure Folder, Samsung Health or another Knox-dependent service will work on every firmware release.

Check the exact device, One UI build and module release. A tripped Knox bit may affect warranty service and security features even after root is removed. Backing up before bootloader unlocking is essential because the unlock process wipes user data.

A Samsung device information screen provides the model and One UI build needed for a meaningful compatibility check.

How to install and use an LSPosed module

Use this lean process on your own supported device, with a tested recovery route ready.

1. Back up photos, messages, authentication codes and app data to a separate device.
2. Record the phone model, Android version, ROM build and current boot slot where applicable.
3. Unlock the bootloader using the manufacturer’s supported process. This wipes the phone.
4. Set up a compatible root solution and working Zygisk implementation for your exact build.
5. Install a stable JingMatrix LSPosed release through your root manager, then reboot once.
6. Open LSPosed Manager from its trusted notification or launcher method. Confirm the framework reports as active.
7. Choose Hide My Applist, Activity Jump Interceptor or another named module from the appended “Modules, apps & files to try” section.
8. Install the module APK, open LSPosed Manager and enable the module.
9. Set the smallest possible scope. Select only the target app unless the module’s official instructions require more.
10. Reboot or force-stop the target app, test one change and confirm that normal app functions still work.

Prerequisites and source checks

You need an unlockable bootloader, a supported Android build, root and a compatible Zygisk environment. The actively maintained JingMatrix LSPosed project is the sensible starting point. ReLSPosed is another current fork, but switching forks adds variables when diagnosing a fault.

Download only from the verified entries in “Modules, apps & files to try”. Check the repository owner, release notes and signing details. Do not install a random LSPosed Manager companion APK from a file-sharing site.

How to verify the installation

LSPosed Manager should show the framework as active after reboot. The chosen module should appear as enabled with an explicit scope. Test a harmless action first. For HMA, query a non-sensitive test app. For Activity Jump Interceptor, inspect a known link without blocking it.

Keep a short log of module version, scope and result. If the target app crashes, remove its scope first. A stable boot does not prove that every hook works correctly.

Bootloops, updates and recovery

Prepare a module removal route

An incompatible module can crash Zygote, the Android process that starts app processes. The result may be repeated restarts or a phone that never reaches the lock screen.

Before installing, learn how your root manager enters safe mode. Magisk setups may support disabling modules by holding volume down during boot. A custom recovery or ADB route may let an experienced user remove the affected directory from /data/adb/modules/. Availability depends on the device and encryption state.

Do not delete several modules at once unless recovery demands it. Disabling the latest change preserves useful evidence.

Plan for OTA and firmware changes

Over-the-air updates can replace a patched boot image or change internal system code. Root, Zygisk, LSPosed and device-specific hooks may then stop working. An incorrect slot or boot image can leave the phone unbootable.

Disable non-essential modules before a major update. Read reports for the exact device and build. Keep the stock image and approved flashing tools available. The PrivacyPortal guide to de-Googling Android covers less invasive privacy choices when root is not essential.

Banking, Play Integrity and security limits

LSPosed is detectable. Some apps inspect native libraries, process maps, logs, package lists or boot state. Hide My Applist only addresses part of that surface. Installing more concealment modules can create new traces and conflicts.

No setup can promise access to a specific bank, wallet, game or workplace app. Checks change without notice and may include server-side risk signals. An unlocked device may fail Play Integrity verdicts even when basic local checks appear clean.

If an essential app rejects LSPosed, the safest choice is often to keep that app on an unmodified device. A privacy-first Android phone from PrivacyPortal can provide a cleaner daily setup without relying on a large stack of runtime hooks.

How to choose the right module

The best lsposed modules 2026 pass four simple tests:

• Clear need: the module fixes one problem you can describe and test.
• Current support: its release notes cover your Android version and ROM.
• Narrow scope: it does not need access to every app without a sound reason.
• Reversible change: you know how to disable it if the phone or app fails.

Beginners should start with one narrow module on a spare device. Experienced users should still change one variable at a time. A long module list is not a sign of a secure or well-tuned phone.

Frequently asked questions

What is the best LSPosed module in 2026?

There is no universal winner. Hide My Applist offers the broadest privacy value when an app queries more package information than it needs. HyperCeiler is more useful on a supported Xiaomi phone. KnoxPatch serves a narrow Samsung use case. Choose by device, Android build and intended result.

Does LSPosed work without root?

A normal LSPosed installation needs a supported root and Zygisk environment. Some separate virtualisation tools imitate parts of Xposed inside containers, but they are not equivalent to system-level LSPosed. Their compatibility and security model differ.

Will Hide My Applist make banking apps work?

Not reliably. Hide My Applist changes selected package-query results. A banking app may check the bootloader, native libraries, process state, hardware integrity or server-side signals. Never rely on a module to defeat a specific bank’s checks.

Can an LSPosed module brick a phone?

A module can cause a bootloop or stop key system processes. Permanent hardware damage is uncommon, but recovery may require flashing a correct factory image. That can wipe data and carries its own risk. Back up first and confirm the recovery method before installation.

Should I use JingMatrix LSPosed or ReLSPosed?

JingMatrix LSPosed is the maintained mainstream starting point. ReLSPosed is an alternative fork with detector-related changes and native re-optimisation features. Use one framework at a time. Pick a stable release supported by your root stack instead of changing forks to chase app compatibility.

Is LSPosed safe for a daily phone?

LSPosed increases complexity and lets modules run code inside scoped apps. Safety depends on the module source, scope and maintenance quality. Avoid it when a locked bootloader, reliable banking access or trouble-free updates matter more than runtime customisation.

Which entries are the best lsposed modules 2026 for beginners?

Activity Jump Interceptor in observation mode and a narrowly scoped Hide My Applist setup are reasonable learning choices. Enable one module at a time and use test apps first. Avoid CorePatch, broad system scopes and unverified builds on a daily phone.