tiann/KernelSU

Features

• Kernel Root Management - Provides administrative access to userspace applications by operating directly within the kernel space of the operating system.
• Android Rooting Frameworks - Provides a kernel-based root management framework that grants administrative access to applications by intercepting system calls.
• Kernel-Mode Interception Mechanisms - Monitors and modifies system operations by hooking into the kernel syscall table to enforce security policies.
• Kernel Patching Utilities - Injects management logic into the kernel source tree at compile time to enable deep system control and root access.
• Systemless Modification Layers - Provides systemless modification layers that overlay virtual filesystems to modify read-only partitions without altering core system files.
• Security Policy Managers - Enforces fine-grained mandatory access control and restricts root capabilities for processes via custom security domains.
• Permission Controllers - Grants administrative access to userspace applications by validating identity and capabilities directly within the operating system kernel.
• Access Management - Provides administrative access to userspace applications by operating directly within the kernel space of the operating system.
• Security Policy Enforcers - Assigns custom security domains to root processes to enforce fine-grained mandatory access control policies on a per-application basis.
• Mandatory Access Control - Assigns custom security domains to root processes to enforce fine-grained mandatory access control policies.
• Kernel Integration Frameworks - Injects management capabilities directly into the kernel source during the build process to enable system-wide permission control.
• Kernel Module Injectors - Loads a kernel module to enable root access without modifying the original device kernel or boot partition.
• Permission Controllers - Manages superuser privileges by injecting hooks into the kernel source to monitor and control process behavior.
• System Recovery Tools - Provides a boot-time recovery mechanism to bypass kernel modifications or disable modules if the system fails to initialize correctly.
• Automated Recovery Mechanisms - Implements a fallback mechanism that disables all active kernel modifications if the system fails to initialize correctly.
• Privileged Access Management - Configures user and group identifiers for root processes to limit the system resources and permissions accessible to specific applications.
• Module Isolation - Manages system modifications by unmounting kernel modules from specific process namespaces to hide changes from detection.
• Root Capability Constraints - Limits specific Linux kernel capabilities for root-granted processes to prevent unauthorized actions even when running with superuser identity.
• Developer Tools - Modern kernel-based root solution for newer Android devices.
• Superuser Tools - Root management solution for kernel-level access.
• Kernel Feature Managers - Provides controls for specific kernel-level features to coordinate behavior and prevent conflicts between active modules.
• Boot Recovery Workflows - Implements automated boot-time recovery mechanisms to disable active modules or bypass modifications if the device fails to initialize correctly.
• Kernel Root Deployment Systems - Replaces the device kernel with a generic image to establish root access across a wide range of hardware configurations.
• Legacy Device Support - Applies community-maintained kernel source code to enable root functionality on older devices that no longer receive official updates.
• Visibility Isolation Tools - Allows hiding system-level modifications from specific applications by unmounting kernel modules to ensure compatibility.
• Boot-Time Task Execution - Allows users to run custom scripts during startup to initialize background services or block the boot sequence.
• Module Infrastructure Managers - Extends system functionality through a pluggable architecture that applies modifications to partitions without altering the underlying system files.
• Kernel Extension Loaders - Supports loading kernel-level components after the operating system has fully initialized to accommodate hardware requirements.
• System Partition Modifiers - Enables the installation of additional modules to facilitate persistent changes to system files and partitions.
• Shells & Scripting - Provides a consistent shell environment for running installation and boot scripts to ensure predictable command behavior.
• Module Deployment Hooks - Allows overriding default installation and mounting logic for system modules by providing custom hooks.
• System Command Launchers - Enables the execution of shell commands from web interfaces to modify system properties or retrieve configuration data.
• Module Configuration Interfaces - Renders interactive web-based user interfaces to allow users to configure or control module-specific settings.
• Shell Environment Configurations - Supports loading user-defined configuration files during shell startup to apply custom environment variables for root sessions.
• Namespace Utility Backporters - Backports missing kernel filesystem functions to older environments to ensure full compatibility with module management and unmounting features.
• Module Configuration Stores - Maintains persistent or temporary key-value settings for modules to preserve user preferences across reboots.
• Dynamic Module Metadata - Allows changing displayed module descriptions dynamically at runtime to reflect current status without requiring reinstallation.

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