(Just kidding of course)

I've fixed the bug at the beginning of the script a lot, nothing new yet.

I might make another announcement soon about my other new module.

I finally completed the update, I just improved the cleaning and its process

Thank you so much for 1,000 subscribers and for your likes. I really didn't expect to achieve such results 😁❤️

Hey guys. I might develop a new version of this module soon and re-upload it to magiskmodule.com

Please be patient, as development will be very challenging and radically different. The new version will not support 32-bit processors. (Actually, it will, but without the ability to start the hibernation. I might solve this problem later)

Hibernator switches to C instead of C++

Well, guys. The new beta version is open source. Currently, it's only available for 64-bit devices. Please report any bugs here or send me a private message. I'm not responsible for anything.

The changelog is very extensive and is located in the module archive. There are, of course, many inconsistencies and shortcomings there. So, stay tuned for a new version. I think it won't be long in coming. Thanks everyone.

Please use the interactive menu!!!

su -c ultraopt or su -c /data/adb/modules/ultraoptreborn/system/bin/ultraopt

(The source code for the daemon is also in the archive)

UltraOpt Reborn
Advanced System Optimization Suite for Rooted Android Devices
UltraOpt Reborn is a comprehensive Magisk module designed to reduce power consumption, optimize overall system behavior, and automatically manage your device while the screen is off—all without modifying the kernel or system partition.
Unlike many "performance tweak" modules, UltraOpt Reborn focuses on real efficiency, stability, and battery life rather than unrealistic performance claims. Every optimization is applied only when supported by the device, ensuring maximum compatibility and reliability.
What Happens After Installation?
Once installed, UltraOpt Reborn automatically configures your device and applies a wide range of optimizations that would normally require manual tweaking.
During screen-off, the module can automatically:
Switch the CPU governor to a power-saving mode.
Disable sensors (if supported by the device).
Use deep sleep (mem_sleep) when supported by the kernel.
Execute custom commands when the screen turns on or off.
Restore all original settings automatically when the device wakes up.
In addition, the module provides:
Reduced Android logging.
Network (TCP) optimization.
Memory optimization.
Background application management.
ART (Dexopt) optimization.
RAM cleaning.
Filesystem trimming (FSTRIM).
Safe boot-time system tweaks.
Everything is designed to work automatically with minimal user intervention.
Key Features
Smart Hibernation
Automatic CPU governor switching.
Configurable screen state detection.
mem_sleep management.
Sensor privacy control.
Custom Screen ON/OFF commands.
Automatic restoration of all settings.
System Optimization
Reduce unnecessary Android logging.
Optimize TCP congestion control.
Tune dirty page writeback behavior.
Configure I/O scheduler.
Optimize ZRAM.
Configure KSM (when supported).
Disable unnecessary services.
Apply safe filesystem optimizations.
Reduce background system activity.
Interactive Configuration Menu
Almost every feature can be configured through the built-in interactive console interface.
You can easily configure:
CPU governors
Hibernation settings
mem_sleep
Sensor behavior
Network settings
Background application limits
ART optimization
RAM cleaner
Filesystem trimming
System tweaks
The configuration file is automatically generated during the first boot and can later be managed entirely through the interactive menu—no manual editing required.
Performance & Battery Life
UltraOpt Reborn is designed to improve system efficiency, not simply maximize benchmark scores.
The module helps achieve:
Lower idle battery drain.
Deeper CPU sleep states.
Reduced background activity.
Fewer unnecessary CPU wakeups.
Better long-term system responsiveness.
Reduced storage I/O activity.
Improved standby battery life.
Safety
UltraOpt Reborn is built with reliability as its highest priority.
The module:
Does not modify the /system partition.
Is fully compatible with Magisk.
Automatically restores modified settings after removal.
Uses only kernel features actually supported by the device.
Never forces unsupported values.
Automatically detects hardware capabilities.
Requirements
Android 10 or newer.
Magisk.
Root access.
Installation
Flash the ZIP through the Magisk app.
Reboot your device.
The configuration file will be generated automatically during the first boot.
Launch the interactive menu if you wish to customize the module:
su ultraopt
Common Commands
su -c ultraopt
Open the interactive configuration menu.
su -c ultraopt -ram
Clean RAM.
su -c ultraopt -clean
Run the system cleaner.
su -c ultraopt -dex
Optimize installed applications (ART/Dexopt).
su -c ultraopt -bg
Configure background application restrictions.
su -c ultraopt -fstrim
Run filesystem trimming (FSTRIM).
su -c ultraopt -h
Display all available commands.

Highlights
Extremely low RAM usage.
Minimal CPU overhead.
Automatic hardware capability detection.
Fully interactive configuration.
English and Russian language support.
Safe installation and complete rollback.
Designed for stability, compatibility, and long-term reliability.
Philosophy
UltraOpt Reborn is built around a simple principle:

Optimize only what truly matters.

Instead of applying aggressive or unsafe tweaks, the module focuses on reducing unnecessary system activity, improving standby efficiency, and preserving the stability of your device.
The goal is not to make Android look faster—it is to make it work smarter, consume less power, and remain reliable during everyday use.

Well guys, how are you doing? Didn't the module cause any problems? Because I cut out most of the tweaks, I'll be adding them gradually, we'll see how stable it is for everyone.

Guys, I'm still finalizing the module. There's a lot of work, but I'm trying.

I reverted the old tweaks and slightly optimized the hibernator. I fixed logic errors in the module and also fixed the automatic configuration creation.

I MADE ONE LETTER WRONG 😭😭😭 FUCK

There are some minor improvements to the interactive menu, installer, and hibernation.

I didn't expect everything to work reliably for many. But there is one problem: in some cases, if you turn the screen on and off too often, the auto mode may mistakenly think that the powersave governor is the main CPU governor. Alternatively, you can set a specific CPU governor instead of auto mode, or increase the check interval through the interactive menu. (Only after that, restart the hibernator also through the interactive menu, because it no longer reads the configuration on the fly to reduce CPU load.)

I will update ...

# Unlock FPS / High Refresh Rate — module listing description

## How it unlocks FPS

Most OEM ROMs cap your refresh rate below what the panel physically
supports, or let games run at a forced 30/60 FPS regardless of your
display's real ceiling. This module reads your panel's actual maximum
refresh rate straight from the display driver at install time and locks the
framework's refresh-rate keys (debug.refresh_rate.*, user_refresh_rate,
miui_refresh_rate, and related HWUI/SurfaceFlinger tuning) to that value,
so the system consistently targets the panel's real limit instead of the
OEM's conservative default. On top of that, it applies a device-identity
adjustment that helps get past refresh-rate whitelists some games/OEM
skins use to gate high-FPS modes to "approved" flagship devices — this part
needs root and is fully reversible.

If your panel tops out at 90 Hz, you get a locked 90 Hz, not a fake 144 —
the module can't create refresh rates your hardware doesn't have.

## Works for most devices

Tested across MediaTek and Qualcomm chipsets. Refresh-rate detection and
locking work the same everywhere the framework exposes standard
dumpsys display / Settings keys; some of the extra tuning properties are
vendor-specific (Qualcomm HWC/gralloc, MIUI/HyperOS game-mode keys) and are
harmless no-ops on ROMs/chipsets that don't have them — the module doesn't
crash or misbehave if a property isn't recognized, it just does nothing
with it.

## Safe to use

Every change the module makes is a runtime property or settings value
(setprop / settings put / resetprop) applied by a script — nothing
touches your boot image, partitions, or anything Android needs to boot.
There's no bootloop risk from this module. Disabling it or uninstalling it
restores your device to stock values, including the device-identity part.

That said, "safe" means *reversible and won't brick your phone* — it
doesn't mean invisible. Locking a higher sustained refresh rate genuinely
increases power draw and heat versus the OEM cap (that's the point of the
module), and while the device-identity spoof is active, apps that check
your device model or build fingerprint will see the spoofed profile until
you turn it off. Both are by design, both fully reverse — just know they're
there rather than assuming "safe" means "does nothing."

## Works with your root manager

Compatible with Magisk, KernelSU, APatch, and AxManager.
Install through whichever manager app you already use — no special flashing
steps, no TWRP required.


Download here 👈

Simply put, this module just unlocks FPS using ADB commands. If you also install it via Magisk (or other root managers), there will also be device spoofing on top to increase the chances of unlocking FPS in games (in theory, it can unlock the frame rate in any games).

I added a small patch and accidentally discovered a dangerous tweak. This time it should be better.