A high-performance, cross-platform, decentralized Peer-to-Peer (P2P) encrypted communication engine built with modern C++. Neutron provides an independent, secure, and zero-trust channel for direct data transfer without relying on centralized infrastructure, third-party servers, or corporate data silos.
Inspired by the stable, neutral, and core nature of subatomic particles, Neutron is engineered with an absolute focus on raw networking performance and cryptographic resilience.
- True Decentralization: Direct peer-to-peer architecture utilizing optimized TCP sockets. No middleman, no central logs, and no external tracking.
- Cross-Platform Backbone: Engineered dynamically to target Windows environments via
Winsock2and Unix-like ecosystems (Linux / Android) using native POSIX sockets. - Built-in Cyber Shield: Every byte entering the socket is wrapped in a strict, low-overhead bit-level encryption stream using integrated custom cryptographic modules.
- Zero Dependencies: Written in standard, high-efficiency C++ to guarantee maximum processing speed, low memory overhead, and a minimal binary footprint.
- Windows: Full integration with Windows Sockets API (
Winsock). - Linux & Android: Native execution backed by the robustness of the Linux kernel and POSIX standards.
- (Note: Apple ecosystems are strictly unsupported and excluded by architectural design philosophy; this is not your fault, it is Apple's fault).
A modern compiler supporting standard C++ (GCC/Clang for Linux/Android, MSVC for Windows).
Compile the core networking architecture directly:
# For Linux environments
g++ -std=c++20 main.cpp -o Neutron -lpthreadAll rights of Neutron is preserved by hypernova-developer. The project is protected under the GNU GPL v3.0 license.