MaxManager v3.0

MaxManager V3.0 — Changelog

✨ New Features

• Horizontal Swipe Navigation: Navigate between the four main sections and across the app with horizontal gestures, with an option to disable swipe navigation in Settings.
• 3D Game Space: A redesigned gaming experience featuring a three-dimensional interface, smoother animations, and dynamic game-specific backgrounds.
• Unified Control Center: A centralized gaming control panel accessible through a vertical swipe, featuring nine additional options.
• Device Capabilities: A new Settings card showing available hardware capabilities and supported controls for your device.
• Max AI Performance Profiles: Choose between Performance, Balanced, and Battery Saver modes, with the selected profile applied at device startup.
• Theme Studio: Six one-tap presets, four header styles, six bottom navigation styles, expanded customization options, and live previews.
• Dynamic Island: A unified MaxManager interface with full Arabic support, adjustable size and position, and animated cards.
• Advanced Storage Care: A centralized hub combining storage analysis, file cleanup, and app management.
• Audio Path Latency: A dedicated section for audio path latency information.
• Device Diagnostics: An integrated diagnostic tool for generating reports when troubleshooting is needed.
• Performance Panel: Compact and expanded layouts, automatic saving, additional customization options, and improved camera-cutout handling.
• One-Tap Updates: Discover new releases, download updates with one tap, and verify package integrity before installation.

🚀 Improvements

Max AI & System Performance

• Improved visibility into Max AI actions and active performance profiles.
• Reduced unnecessary background activity and repeated system-setting writes.
• Improved handling of rejected system writes and inaccessible system nodes.
• Reduced unnecessary read and verification attempts where system access is unavailable.
• Improved validation of saved performance modes against actual system values.
• Enhanced hardware-control verification to distinguish requested values from values actually applied.
• Improved CPU frequency-control rollback reliability.
• Improved manual-control recovery after Max AI is disabled.

GPU & Hardware Compatibility

• Improved GPU information detection on supported Snapdragon devices.
• Added more specific diagnostics for inaccessible GPU and devfreq nodes.
• Improved handling of GPU hardware that is detected even when its frequency information cannot be read.
• Improved GPU frequency validation and differentiation between monitoring nodes and actual control nodes.
• Improved device capability detection to distinguish unavailable features from access restrictions.
• Improved hardware diagnostics across different chipsets and system environments.

Gaming Experience

• Improved game detection and integration with the Game Panel, Do Not Disturb, performance profiles, and touch features.
• Enhanced gaming animations, transitions, interface depth, and dynamic backgrounds.
• Improved game-list parsing and compatibility with different game-list formats.
• Improved feedback when gaming features or the side panel cannot be activated.
• Improved Do Not Disturb state handling while preserving user settings.

Theme Studio & Interface

• Added scroll-effect customization with live previews.
• Improved consistency of saved theme settings across application screens.
• Improved window blur and visual customization in the display studio.
• Improved loading, empty, and error states with clearer visual feedback.
• Respected the system's Reduce Motion setting.
• Improved performance-panel layout compatibility with different screen sizes.

Storage & Maintenance

• Added previews of files selected for cleanup.
• Provided independent cleanup controls for individual categories.
• Improved storage usage analysis to clarify where space is being used.
• Disabled potentially risky duplicate-file, database, and broken-link cleanup categories by default.
• Improved cleanup verification to avoid reporting success when targeted files remain.

Shizuku & Diagnostics

• Improved Shizuku command reliability with automatic timeouts.
• Enhanced diagnostic messages for unavailable hardware controls and failed system operations.
• Improved device diagnostic reporting and the identification of expected access restrictions.

🛠️ Fixes

• Fixed an unexpected application crash on launch.
• Fixed incorrect device-unresponsive warnings.
• Fixed issues affecting the process list and Dynamic Island.
• Fixed game detection issues that prevented gaming features from activating correctly.
• Fixed the update-check error displayed in Settings.
• Fixed false-positive cleanup success reports when files remained on the device.
• Fixed unclear feedback when a remotely controlled feature was unavailable.
• Improved CPU information presentation and hardware-data error handling.
• Improved handling of GPU discovery failures without automatically discarding otherwise detected GPU hardware.
• Improved diagnostics for inaccessible GPU frequency nodes and unavailable hardware information.
• Improved game-data directory initialization to prevent startup-related file errors.
• Improved performance-mode persistence and detection of mismatched saved settings.
• Improved Per-App performance notification reliability.
• Improved recovery of manual hardware control after disabling Max AI.
• Improved rollback handling for CPU frequency changes.
• Improved game-list parsing for legacy and compact JSON formats.
• Improved gaming side-panel activation feedback and related diagnostics.
• Improved Do Not Disturb state verification and compatibility with existing user settings.

🔒 Safety & Reliability

• Strengthened validation before applying hardware changes.
• Improved distinction between unavailable capabilities, inaccessible system nodes, and unsupported controls.
• Reduced unnecessary operations on system nodes that cannot be accessed.
• Improved diagnostic reporting to make hardware-control failures easier to understand.
• Maintained safer cleanup defaults to reduce the risk of unintended file removal.
• Improved the distinction between requested hardware settings and verified applied values.

MaxManager v2.1

• Fixed a bug causing continuous restarts, which led to overheating and excessive resource usage.
• Game Space now changes its color based on the active thermal profile.
• Fixed notifications that were showing the wrong profile instead of the one actually applied.

MaxManager v2.0

MaxManager V2 — Changelog

✨ New Features

• Device Info: Introduced a dedicated device information screen, integrated with related sections for a more seamless user experience.
• Smart Dashboard: Added an intelligent quick-access panel that adapts to your most frequently used screens, with manual customization available.
• Feature Search: Added a feature search function for faster and easier navigation.
• Update Notifications: Added a pop-up notification when a new update is available.
• Per-App Spoofer: Added per-application spoofing capabilities.

🚀 Improvements

• Max Atlas: Improved hardware capability detection, strengthened safety checks before system modifications, refined information presentation, and prevented unsafe merging of system files.
• CPU Monitor: Redesigned the CPU screen with animated, wave-like frequency visualizations instead of static core names.
• Max AI: Improved control handling after Max AI is disabled.
• Max Files: Improved the user experience and refined the file manager interface.
• Game Space: Enhanced the gaming experience with a dedicated gaming interface inspired by specialized gaming platforms.
• RAM Frequency Control: Added improvements to RAM frequency management and control.
• UFS Performance: Improved UFS storage speed management and performance optimization.
• Translations: Updated translations and expanded language support to 85 languages.
• Notifications: Improved notification behavior and presentation.
• Navigation Performance: Reduced screen loading times for faster navigation throughout the app.
• Change Feedback: Improved success messages to make system changes clearer and easier to understand.
• Processor Identification: Added the processor model code in parentheses next to its name, such as "Processor Name (MT8355)", for more precise identification.
• Battery Efficiency: Focused on minimizing battery consumption and performance overhead.

🛠️ Bug Fixes

• CPU Information: Fixed an issue causing significant delays when displaying CPU information.
• Processor Name Detection: Fixed inaccurate processor names on the home screen by improving identification methods for processors with similar names, including "MT6897".
• Governor: Fixed an issue preventing GenVoer from working correctly within Per-App on Tecno devices.

🔒 Security

• Anti-Reverse Engineering: Enhanced protection against reverse engineering and unauthorized application modification.

🎨 UI & UX Enhancements

• Home Screen: Refined the home screen layout and sizing.
• Visual Effects: Improved shadows and visual effects.
• Settings: Removed the Changelog button from Settings.
• Screen Organization: Reorganized selected screens for a cleaner, more intuitive interface.

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MaxManager V2

More control. Smarter optimization. A better Android experience

MaxManager v1.0

What this is: the first release of MaxManager — a control panel for rooted Android phones.
Works on: Android 10 or newer · Magisk, KernelSU or KernelSU Next
Download: MaxManager-v1.0-module.zip — flash it in your root manager. Its checksums are the second file.
Since this is 1.0, everything below is new. There is no earlier version to compare against.

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In one minute

MaxManager helps you make a rooted phone smoother, cooler, or longer-lasting — and it only offers
you settings your phone can actually do.

That sounds obvious, but it is the whole point. Most tuning apps give you hundreds of switches, and
half of them do nothing on your phone. MaxManager looks at your phone first, so:

• A setting your phone does not support simply is not shown. No dead switches.
• Every change is checked. If the phone did not accept it, you are told — not shown a green tick.
• When the app does not know a number, it says so. It never shows 0 to look tidy.
• Nothing runs until you turn it on. No hidden automation, and nothing is sent anywhere — ever.

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What is inside 1.0 — the whole list

#	Area	In one line
1	Profiles	Five one-tap behaviours you can apply, tune, save and share — and switch from Quick Settings
2	Nine control areas	CPU, GPU, memory, display, responsiveness, thermal, power, storage & compiler, network
3	One app at a time	Give one app its own profile, refresh rate, resolution, thermal ceiling and governors
4	Charging & battery health	Charge ceiling, current limits, bypass charging, doze, battery health
5	The on-screen panel	FPS, frame time, CPU, RAM, power, battery heat and renderer over any game — four looks
6	What is running now	Process list with CPU and RAM per app, force-stop, SIGKILL, a floating panel
7	Logs & diagnostics	Live logs with search, route health for every control, a device blueprint, a report you choose to send
8	The tools shelf	Property editor, activity launcher, root file manager, permissions, backups, freezing, plugins, module health
9	Look and language	Themes, a colour scheme, 84 languages, real right-to-left support
10	Max Atlas	Finds what your phone supports — and proves what it does not have
11	Max AI	Off by default: changes one thing, measures whether it helped, remembers
12	The safeties	One write path, read-back verification, undo, and a list it never touches

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Where to start

You do not need all 53 screens. These five cover what most people want:

If you are…	Open this	And you get
Just want a better phone	Profiles (home screen or Quick Settings)	Cooler and calmer, in one tap
Playing games	Apps → your game → Gaming	Its own settings; nothing else on the phone changes
Curious about the numbers	FPS panel and Home	Live readings over your game and inside the app
Charging overnight	Control → Power → charging	Less battery wear over time
Into the details	Control (the nine areas) and Control → Tools	Everything else

Everything else is there when you want it — nothing is missing, it is just not shouting at you.

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Profiles — one tap, and what a profile really is

A profile is a named set of behaviour you can apply, tune, save and share:

• Power — cool and frugal.
• Balanced — the everyday baseline.
• Gaming — the GPU held in its upper range for steadier frame pacing.
• Performance — full capability, held as far as the hardware allows.
• Custom — yours.

Two things make profiles more than bookmarks:

• They are shareable, and the source travels with the number. On export, each value carries where it
  came from — a shipped default, a value you changed yourself, or a measurement claimed by whoever
  exported the file. On import the app says exactly what it accepted and what it refused, and a profile
  made on another chipset says so out loud: a value measured over there is not a measurement over here.
• They are reachable from Quick Settings. One tile switches the profile without opening the app, and
  a second tile drives bypass charging.

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The nine control areas — everything you can change

Nine areas, each in its own hub. The line in italics is the app’s own one-line description of that area.

CPU — cores, governor, vendor boost and kernel preferences

• Turn individual cores on or off.
• Pin scheduling groups to clusters, and set a floor and a ceiling per cluster.
• Choose governors.
• Edit kernel preferences, and the vendor boost controls.

GPU — GPU frequencies and graphics-specific vendor parameters

• Frequency presets and manual bounds.
• The GPU governor.
• Shader-core power policy.
• The vendor boost pipeline.
• A documented thermal-throttle bypass.

Memory — compression, VM behaviour and swappiness

• Size ZRAM or turn it off.
• Pick the compression engine.
• Tune swappiness and reclaim.

The engine reads memory stall pressure, not fill percentage: a nearly-full-but-idle phone and a phone
that is actually stalling need opposite responses, and the app tells them apart.

Display — refresh rate, colour and canvas scale

• Refresh rate.
• Colour channels, saturation, gamut and HDR response.
• Brightness curves and night light.
• Animation scales and screen timeout.
• Render resolution (its own screen).

Responsiveness — touch, frame pacing and scheduling latency

• Touch sampling rate and smoothing.
• Double-tap to wake.
• FPS GO / GED parameters.
• Frame-aware scheduling.

Thermal — temperatures, throttling and thermal parameters

• Live zone temperatures.
• Thermal policy, and what your device is throttling right now.

The safety limits themselves are never written — that is the one rule this project does not bend.

Power — charging, bypass, sleep and battery health

• Charge current limits.
• A charge ceiling to slow battery wear.
• Bypass charging, plus a separate check screen that confirms bypass is really working.
• Aggressive doze and the standby whitelist.
• Battery health.

Storage & compiler — compilation mode and storage health

• Re-run ART compilation with a filter you choose.
• Reset compiled state.
• Storage health.

Network — traffic scheduling and link state

• TCP congestion algorithm.
• Fast-open, SACK and ECN.
• SYN cookies and socket reuse.
• I/O scheduler tunables and link state.

Anything your device does not expose in one of these areas is simply not listed. No dead switches.

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One app at a time — per-app control

Open Apps, pick an app, and give it its own treatment without touching the rest of the system:

• performance profile (Power / Balanced / Gaming / Performance / Custom)
• refresh rate
• render resolution
• thermal ceiling
• CPU governor and GPU governor — only the ones your kernel reports, and only governors supported
  by all CPU policies
• foreground priority lock
• I/O priority boost
• a per-app reset that puts just that app back

Every app shows its effective state in plain words: per-app control is off · using the global
profile · app override active. While a game with its own profile is in front, Max AI switches to
monitoring only and stops changing things.

There is also a screen for debloat and freeze, and “why didn’t it work?” for a per-app setting:
what it wanted, what the hardware is holding, and where to look next.

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The panel over your game

A floating readout you can drag anywhere over any game. It does not cover your whole screen, and it does
not steal frames.

What it can show — you choose; only the fields you want appear:

• Frames per second, from the chosen source, with a fallback reading method when the first one
  cannot be read.
• Frame time in milliseconds — the number that tells you whether a game feels smooth. 60 and 55
  frames per second look close in a counter and are far apart in the hand (16.7 ms against 18.2 ms), and
  that difference is exactly what the eye catches when the picture stutters.
• CPU load and memory use.
• Power draw and battery heat.
• The renderer of the app in front — a real Vulkan / OpenGL label, not a guess.
• A live graph of the readings over the last few seconds.

Four looks, for four different kinds of player:

Look	What it is like
Strip	A thin single-line bar along the top or bottom edge
Pane	A small multi-line box, the classic “overlay in the corner”
Ring	A circular gauge with the headline number in the middle
Badge	The desktop-style look: one big number, its unit on the text baseline, frame time underneath

And three more things:

• A recorder that saves a real CSV session, so you can look at it afterwards in a spreadsheet.
• Line or stacked layout — stacked reads naturally in Arabic and other right-to-left languages — plus a
  preview inside the app that behaves exactly like the real panel, so you set it up before you are in a
  game.
• Two buttons on the panel itself. Hide folds it into a small touch capsule; the readings keep
  running and one tap brings it back — a capsule, not a full disappear, so the way back is something you
  know rather than something you hunt for in the notification shade. The folded state is a moment, not a
  saved set...