Deterministic Vulkan renderer enforcement module for the CoreShift framework.
Forces the system render pipeline to Vulkan (SkiaVK / threaded RenderEngine) and stabilizes the graphics backend selection at boot-time to reduce backend thrashing, improve frame pacing consistency, and ensure predictable GPU-driven rendering behavior.

Force a Softreboot.
Dont use this in combination with CoreShift Runtime.
Do not enable on devices with incomplete or broken Vulkan implementations.
Incorrect usage may result in bootloop.

Added module kill switch and Render information to the action button
Added uninstall script incase where youre stuck logo, you can simply uninstall them
Added softreboot gating so it doesnt trigger twice

• Root: Magisk / KernelSU / APatch
• Non-root: AxManager

Sociabuzz

CoreShift Frameworks

Thread-level latency controller for the CoreShift framework
Foreground-driven latency scheduler
Continuously tracks the active foreground application
Applies task-profiles only to latency-critical threads main and RenderThread
Uses explicit CPU scheduling and cpuset assignment at the TID level
Avoids whole-process boosting to prevent scheduler contention
One-time thread promotion for stability without oscillation
Minimizes input-to-frame delay and render jitter
Preserves normal background behavior without aggressive global restriction
Designed for interaction responsiveness and frame-time consistency

In-memory caching to pid for less redundant apply
Added fallback foreground detection to ensure compatibility and efficiency
Better foreground detection latency

Full usage guide here & here

  • Root: Magisk / KernelSU / APatch
  • Non-root: AxManager

CoreShift Frameworks

• @ChatGPT
• @reljawa
•@AduhaiWelewele

Deterministic baseline restoration layer for the CoreShift framework.
Locks the system into a known-good configuration state and prevents unintended configuration drift.

Snapshots the current global configuration table.
Resets all tunables and overrides back to a clean baseline state.
Stores the snapshot as the authoritative reference.
No background enforcement loops. No periodic rewrites

Action button reapplies the backed-up global table.
Once restored, the backed settings are treated as final.
Subsequent resets will not override or discard this state.
NOTE: Always backup from a known good state

• Root: Magisk / KernelSU / APatch
• Non-root: AxManager

Sociabuzz

CoreShift Frameworks

@hoyoslave

Thread-level latency controller for the CoreShift framework
Foreground-driven latency scheduler
Continuously tracks the active foreground application
Applies task-profiles only to latency-critical threads main and RenderThread
Uses explicit CPU scheduling and cpuset assignment at the TID level
Minimizes input-to-frame delay and render jitter
Preserves normal background behavior without aggressive global restriction
Designed for interaction responsiveness and frame-time consistency

In-memory caching to pid for less redundant apply
Added fallback foreground
Migrate to C and include daemos
detection to ensure compatibility and efficiency
Better foreground detection latency

Full usage guide here & here

  • Root: Magisk / KernelSU / APatch
  • Non-root: AxManager

Sociabuzz

CoreShift Frameworks

• @ChatGPT
• @reljawa
•@AduhaiWelewele

Central runtime enforcement daemon for the CoreShift framework
Continuously monitors system and application process state
Identifies non-foreground, non-whitelisted workloads based on runtime behavior
Applies dynamic restriction and correction actions at the process and thread level
Protects critical system services and foreground workloads from interference
Prevents runaway background execution, excessive wakeups, and resource abuse
Designed to run persistently and self-stabilize system performance over time
Functions as the last-line safeguard ensuring CoreShift policies remain effective even under abnormal conditions

Utilize dumpsys usagestats prevent false kill and compitable with manager to add a pkg whitelist
Add a ram threshold so app below 150mb ram usage get spared

Full usage guide here & here

  • Root: Magisk / KernelSU / APatch
  • Non-root: AxManager

Sociabuzz

CoreShift Frameworks

Deterministic Vulkan renderer enforcement module for the CoreShift framework.
Forces the system render pipeline to Vulkan (SkiaVK / threaded RenderEngine) and stabilizes the graphics backend selection at boot-time to reduce backend thrashing, improve frame pacing consistency, and ensure predictable GPU-driven rendering behavior.

Force a Softreboot.
Dont use this in combination with CoreShift Runtime.
Do not enable on devices with incomplete or broken Vulkan implementations.
Incorrect usage may result in bootloop.

Added module kill switch and Render information to the action button
Added uninstall script incase where youre stuck logo, you can simply uninstall them
Added softreboot gating so it doesnt trigger twice

• Root: Magisk / KernelSU / APatch
• Non-root: AxManager

Sociabuzz

CoreShift Frameworks

CoreShift Frameworks is a system-aware framework designed to work with Android system processes, not against them.
It improves stability and performance under load by coordinating with existing system services instead of overriding or force-controlling them.
CoreShift applies targeted, reversible optimizations such as temporary prioritization and scheduling coordination only when needed.
No aggressive loops. No destructive changes. No replacement of Android logic.

[CoreShift Frameworks Detailed Overview]

• Root: Magisk / KernelSU / APatch
• Non-root: AxManager

CoreShift Frameworks

Sociabuzz

@Nekotor1999

CoreShift Power Saver is a lightweight Android power optimization module that works with the system’s native scheduling and task profiles to reduce background load, improve stability, and extend battery life without aggressive tweaks.
Note:If you enconter lag, force stop the app to reset its pid

[CoreShift Power Saver Detailed Overview]

• Root: Magisk / KernelSU / APatch
• Non-root: AxManager

CoreShift Power Saver

Sociabuzz

@Nekotor1999

This release focuses on validating stability, integrity enforcement, and runtime behavior across diverse environments, including root and non-root setups. The objective of this phase is to identify edge cases, confirm compatibility, and ensure predictable behavior before the next stable release.

Runtime integrity verification
Root and non-root execution paths
Scheduler and preload behavior under real-world usage
Language-aware installer messaging
Safety mechanisms and fallback logic

For user with 6gb of ram or less, using extended ram is highly recommended
This is a test release and may change without notice
Bug reports, regressions, and unexpected behavior are expected
Performance tuning is conservative by design during testing

UID="$(id -u)"

if [ "$UID" -eq 0 ]; then
RUNDIR="/data/adb/modules/core_policy/ABI"
else
RUNDIR="${AXERONDIR}/plugins/core_policy/ABI"
fi

if [ -n "$(getprop ro.product.cpu.abilist64)" ]; then
RUNDIR="$RUNDIR/arm64-v8a"
else
RUNDIR="$RUNDIR/armeabi-v7a"
fi
cat "$RUNDIR/core_preload.core" "$RUNDIR/core_preload_static.core"