About Hybrid_Neo kernel:

Hybrid_Neo is not just a custom kernel. It is a strategic evolution, a "Chimera" that combines a rock-solid foundation with the most advanced features of the future, meticulously crafted to give the Xiaomi Mi Max 3 a second life.

🧬 The "Chimera" Architecture
Unlike standard kernels, Hybrid_Neo is a hybrid. It began its life as a Linux 4.4 Paper kernel but was transformed through an extensive, multi-layered backporting process. We seamlessly integrated critical subsystems from far newer Linux versions:

· TCP Stack 5.4: For modern, high-performance network and congestion control.
· Cgroup 4.14: For the advanced resource management and isolation required by the latest Android versions.
· And Many More: Backports from kernels 4.9, 4.14, 5.1, 5.3, 5.6 and beyond, adapted from projects like Mystic and SuperRyzen kernels.

This "patchwork" is not a flaw. It is the core of our strategy, allowing us to run modern software on an older base with an efficiency that generic ports cannot match.

🛡 Full BPF Backport (4.7 → 4.19)
The centerpiece of our work. The entire Berkeley Packet Filter subsystem was manually updated across 13 major versions. This makes Hybrid_Neo one of the few kernels for legacy devices that is fully compatible with modern Android network features, from traffic accounting to advanced security policies.

⚡ Performance & Stability
Merged with the official LTS branch up to Linux 4.6.8, the kernel offers a uniquely smooth and stable experience. It combines the proven stability of its base with carefully selected optimizations for daily use and gaming, all compiled with Clang 10.

🏆 Tested for the Future
Hybrid_Neo is rigorously tested on Android versions 10 through 16 and across numerous native and ported ROMs. It proves that old hardware, combined with engineering will and innovation, can still be powerful, secure, and up-to-date.

🏆 Created by DPGroup
Brought to you by the DeepCore Project Group, a private initiative dedicated to pushing the boundaries of legacy hardware through innovative engineering.