ATLASX NET

⚠️💡 UPDATE — ATLASX AETHER v8.1 Legacy ADB ATLASX AETHER has been completely rebuilt on a unified ADB architecture, following the same standard as the ATLASX ARC, ATLASX TOUCH, and ATLASX GOOGLE modules. This version is focused on older devices, low RAM capacity, and real-world daily use prioritizing stability, fluidity, and reducing system load. 🛠️ What has been fixed The older AETHER had a more fragmented and heavy logic, which affected performance on weaker devices. In this version, the system has been simplified and reorganized: • Reduced load on heavy apps and services. • Improved overall fluidity on older hardware. • More efficient control of RAM, cache, sync, and network scans. • Optimization of the Play Store, WebView, network, and system startup. • Fully reversible system via the restore command. • Centralized and lighter structure. 🏗️ New Structure • The module now operates on a unified architecture: • Single execution via aether.sh. • Central core located in lib/common.sh. • Saves state only for what is strictly necessary for restoration. • Automatic profiles based on RAM capacity and Android version. • Smart compile system with caching per package version. • Division by real memory tiers. 📥 Installation Extract the package. Copy the ScriptAETHER folder to your internal storage. Confirm the path: /sdcard/ScriptAETHER Mandatory structure: /sdcard/ScriptAETHER/aether.sh /sdcard/ScriptAETHER/functions/ /sdcard/ScriptAETHER/lib/ /sdcard/ScriptAETHER/config/ 💻 Main Command sh /sdcard/ScriptAETHER/aether.sh ⚙️ Core Commands sh /sdcard/ScriptAETHER/aether.sh status sh /sdcard/ScriptAETHER/aether.sh doctor sh /sdcard/ScriptAETHER/aether.sh restore 🤖 Automatic Profiles AETHER automatically selects the most appropriate profile according to your device: • ultra: For very old or extremely limited devices. • battery: Focuses on power saving and reducing system load. • balanced: A balance between performance and daily usage. 📝 Important Note Without root access, Android limits deep adjustments to the kernel, scheduler, and drivers. Because of this, AETHER operates solely via ADB shell, settings, appops, standby buckets, cache management, and smart compiling. This maintains full compatibility with older devices without compromising system stability. 💡⚠️ AETHER In this update, AETHER received improvements focused on efficiency, compatibility, and ease of use via ADB. Internal optimizations were also made to make its execution more stable, organized, and prepared for future updates.

💡✅ ATLASX UI FRAME PACING Guys, I am releasing the first version of ATLASX UI FRAME PACING. This module was created to improve the overall fluidity of the Android interface through tweaks related to frame pacing, refresh rate, and the system's visual behavior. The goal is to provide smoother navigation, more consistent animations, and a more pleasant experience during daily use. ⚙️ What the module does • Adjusts parameters related to interface fluidity. • Optimizes screen refresh rate management. • Improves the consistency of system animations. • Applies tweaks aimed at smoother navigation. • Features adaptable profiles for different usage scenarios. • Executes optimizations intelligently to balance performance, stability, and resource consumption. 🛡️ Compatibility and Stability During development, several mechanisms were added to prevent incompatibilities and aggressive behavior across different devices. The module seeks to respect the limitations of each device, applying tweaks in a safer and more balanced way. 📝 Important This is the first public version of ATLASX UI FRAME PACING. New improvements, bug fixes, optimizations, and integrations with the ATLASX ecosystem will be added as the project evolves. As always, your feedback is important to continue refining the module and improving the experience across different devices. ⚠️ Compatible with ATLASX GUARD This module is compatible with the ATLASX GUARD system, allowing for monitoring, supervision, and integration with the stability features of the ATLASX ecosystem. With this, the module can benefit from the protection, verification, and management mechanisms provided by ATLASX GUARD, ensuring a more consistent and reliable experience. 🎉💡 Update: ATLASX UI FRAME v1.2 FRAMEPACER This version introduces the new Frame Pacer, a system developed to make interface rendering more consistent and adaptive. The Frame Pacer continuously monitors the interface's behavior to stabilize the image refresh rate, reducing micro-stutters and minor fluctuations that can occur while navigating between apps, during system transitions, and throughout animations. Furthermore, the system adapts its operation according to the usage scenario, providing a more uniform visual experience, better synchronization between animations, and an overall greater sense of fluidity while using the device. ✅⚠️ UI FRAME The UI FRAME has received improvements in organization, compatibility, and architectural standardization, providing a more consistent structure prepared for future developments.

✅ ATLASX ZRAM: Stability Update What has been improved: • Implemented protection against duplicate execution of services and monitoring routines. • Rebalanced ZRAM parameters to safer and more consistent values. • Adjusted check intervals to reduce unnecessary processing. • Optimized compression routines and compressed memory management. • Reduced aggressive interventions that could cause performance fluctuations. • Better compatibility with different kernel configurations and Android versions. The Result: ATLASX ZRAM now operates in a more stable and efficient manner, maintaining a better balance between performance, memory usage, and resource consumption. The update reduces internal conflicts, prevents redundant executions, and provides more reliable management of compressed memory during daily use. ⚠️ Important: Guys, I have added the ATLASX GUARD system to my modules. ATLASX GUARD is responsible for monitoring and supervising other ATLASX modules, helping to detect potential failures, conflicts, and issues that could affect system stability. Its goal is to keep the modules running more reliably, ensuring greater compatibility, stability, and organization within the ATLASX ecosystem. If you see a note in a module's description or changelog stating that ATLASX GUARD has been implemented, you can install and use it as usual. This means the module has already been integrated with the ATLASX GUARD monitoring and protection system. ✅⚠️ ZRAM ZRAM has received improvements in its internal structure, stability, and compatibility. Additionally, its execution has been optimized to offer more consistent behavior on compatible devices.

ATLASX TOUCH has been completely rebuilt to operate in the style of ARC, featuring a cleaner structure, centralized execution, and a direct focus on touch response and fluidity. This version reduces dependencies on scattered scripts and concentrates all logic into a single command, with automatic profiles tailored to the device's hardware. 🛠️ What has been improved This version has been tweaked to make ATLASX TOUCH lighter, more direct, and more consistent: • Automatic detection of the device's maximum refresh rate. • Target set to 120Hz or 90Hz when supported. • Avoids unnecessary settings (like 144Hz) when they are not part of the profile. • Reduction of rewrites in settings to decrease overhead. • Backups only what genuinely needs to be restored. • Clears local state after execution and restoration. • Complete centralization of the flow within atlasx.sh. ⚙️ How TOUCH works now • Single execution via atlasx.sh. • Automatic device analysis before applying tweaks. • Automatic selection of the most compatible profile. • Real-time application of touch response optimizations. • Automatic target refresh rate definition (120Hz or 90Hz). • Final display of the detected profile and applied state. • Fully compatible restoration without script fragmentation. 🚀 Integrated Touch Boost When running atlasx.sh, the system automatically: • Detects the ROM, manufacturer, and system behavior. • Chooses the most suitable touch profile. • Adjusts the target refresh rate to 120Hz or 90Hz when available. • Improves input parameters such as: • pointer_speed • Touch response (tap latency) • Gesture precision • Multi-touch handling • Reduces perceived visual latency. • Applies safe fluidity tweaks. • Removes minor interferences that affect input (overlays and inconsistent states). ✅💡 TOUCH TOUCH has received improvements in command response, compatibility, and internal organization. Adjustments have also been made to provide a more consistent and efficient experience when optimizing touch sensitivity.