Menu

Post image 1
Post image 2
Post image 3
1 / 3
0

Genesis-GAL: Multiplatform Core Architecture (C++, Kotlin, Python) for CPU Thermal Optimization & Jitter Mitigation

DEV Community: kotlin·Juan Gonzalez·3 days ago
#ZrDrPTc9
#dev#core#open#architecture#alpha#photo
Reading 0:00
15s threshold

Hi everyone! I want to share the v1.0.0 Alpha release of Génesis-GAL (Project PX-GEN-2026-ALPHA), an open-source multiplatform ecosystem designed to mitigate OS scheduling jitter, optimize thread alignment, and reduce CPU thermal noise. 🏛️ Ecosystem Architecture Windows Tuner (C++): Modifies process affinity in real-time using native Windows APIs ( kernel32.dll ) to isolate core execution from background OS noise, injecting a dynamic temporal absorption buffer. In benchmark testing on Intel desktop environments, it successfully stabilized effective base frequencies at 0.79 GHz (763 MHz) with clean core voltages around 1.157V , maintaining core temperatures strictly between 34°C - 36°C . Android Resonance (Kotlin & C++ JNI): Deploys an indestructible foreground background service ( START_STICKY ) interacting with the Linux Kernel via sched_setaffinity() to lock execution loops onto the primary efficiency core (ARM Core 0). This approach managed to stabilize chassis temperatures down to 27°C .…

Continue reading — create a free account

Join HashtagPLUS to read full articles, follow hashtags, vote, and join the conversation.

Read More