ULTRA GAME BOOSTER

ULTRA GAME BOOSTER v2.9

By HIZUKI Madara

ULTRA GAME BOOSTER is a lightweight Android gaming optimization module designed to improve gameplay stability, responsiveness, and overall system performance without using fake FPS claims or unsupported hardware settings.

The module is designed to work across different Android devices by checking the controls that are actually available on the device before applying an optimization.

Main Features

• Device detection: Detects device model, brand, manufacturer, Android version, SDK version, CPU architecture, display resolution, and available refresh rate.
• CPU optimization: Checks CPU cores, available frequencies, governors, and writable CPU controls. Supported performance controls can be applied when the device and kernel allow them.
• GPU optimization: Detects available GPU interfaces and supported performance controls for different GPU implementations, including Adreno and Mali based devices.
• RAM optimization: Checks total, used, and available memory, ZRAM availability, and memory status. Memory-related optimizations are applied only where supported.
• Game detection: Detects the current foreground application and identifies the game package when possible.
• Android Game Mode: Checks whether Android Game Mode is available and attempts to use the performance mode for the active game when supported by the device.
• Graphics optimization: Optimizes available display and graphics settings without claiming unsupported resolution, FPS, or refresh rates.
• Display optimization: Detects the actual display refresh rate and uses supported refresh-rate controls when available.
• Graphics clarity: Applies available graphics-related system controls that can improve rendering consistency or visual clarity on supported devices.
• Touch optimization: Checks available touch and pointer controls and applies supported response settings without forcing unsupported touch hardware features.
• Network optimization: Checks the current TCP congestion algorithm and available network controls. BBR or Westwood is used only when the kernel actually supports it.
• Wi-Fi optimization: Applies supported Wi-Fi related settings where available and leaves unsupported controls unchanged.
• Storage and I/O detection: Checks storage information, available I/O controls, and scheduler interfaces. Storage settings are changed only when the required interface is available and writable.
• Thermal monitoring: Monitors available thermal information and temperature readings. Thermal protection is never disabled or bypassed.
• OEM support: Includes adaptive detection for Xiaomi, Redmi, POCO, Samsung, vivo, iQOO, Infinix, and TECNO devices, with a generic Android fallback for other compatible devices.

Supported Devices

• Xiaomi devices
• Redmi devices
• POCO devices
• Samsung Galaxy devices
• vivo devices
• iQOO devices
• Infinix devices
• TECNO devices
• Other Android devices with compatible system interfaces

Compatibility

The module can work with different Android versions and hardware configurations when the required system controls are exposed by the device.

Because Android manufacturers use different kernels, permissions, and system implementations, some features may not be available on every model. The module checks availability instead of blindly forcing every setting.

Verification System

Before using a system control, the module checks whether the control exists and whether it can be changed. After applying a supported setting, the module attempts to read the value back and report the result.

Possible results include:

• APPLIED: The setting was changed and verification succeeded.
• UNSUPPORTED: The device does not expose the required control.
• FAILED: The control exists but could not be changed or verified.
• SKIPPED: The setting was intentionally left unchanged because applying it would not be safe or reliable.

Action Control

The module does not automatically apply the complete optimization profile during boot. Optimization starts when the ACTION command is pressed. The output is displayed step by step so the user can see what the module is checking and applying.

Safety

• No fake FPS.
• No fake refresh rate.
• No fake resolution.
• No forced 240Hz or 480Hz claims.
• No blind CPU frequency locking.
• No unsafe GPU overclocking.
• No thermal protection disabling.
• No forced reboot.
• No unnecessary background service killing.
• No broad system debloating.
• No unsupported settings reported as successful.

The goal is simple: detect what the device supports, apply what can actually be applied, verify the result when possible, and safely skip controls that are not available.