Built with C++

Introducing V-Guard

A blazing-fast VPN engine built in C++ with custom encryption and multi-threaded tunneling.Speed. Security. Control — no dependencies, just pure performance.

How it works under the hood
0 Deps
Fully Written in C++
1500+
Lines of Core Logic
5x+
Throughput vs Baseline
100%
Custom Encryption
System-Level Architecture

Built for Privacy-Centric Networking

V-Guard is a lightweight VPN engine written from scratch in C++, using raw sockets, thread pools, and AES encryption.

It tunnels TCP traffic, encrypts/decrypts packets manually, and offers high throughput on both Linux and Windows.

C++
Raw Sockets
Multithreading
OpenSSL
Linux
Windows API
Tech Stack

Powered by Innovation

Cutting-edge technologies working in perfect harmony

C++17
Raw Sockets
OpenSSL
Thread Pools
Linux Sockets API
Custom Protocol
Problem Solving

Challenges Conquered

Every obstacle became an opportunity for innovation

Challenge

Low-Level Packet Tunneling

Solution

Used raw sockets and platform-specific APIs to capture and reroute traffic at the OS level.

Challenge

Encryption Without Overhead

Solution

Integrated AES-256 encryption using OpenSSL, optimized for speed with pre-allocated buffers.

Challenge

Multi-Platform Support

Solution

Abstracted networking code to support both Windows (WinSock2) and Linux (epoll) environments.

Key Features

Built for Excellence

Encrypted Packet Tunneling

Encrypts traffic using AES before routing through raw sockets.

High Throughput Engine

Multi-threaded packet processing ensures minimal latency and max performance.

Cross-Platform Compatibility

Runs on both Linux and Windows with native socket APIs.

No Dependencies

Written entirely in C++ with minimal external libraries.

Development Roadmap

Building the Future

Our commitment to continuous innovation and excellence drives every enhancement we plan

MEDIUM
PLANNED
Traffic Obfuscation
Q3 2024

Add support for disguising traffic to avoid DPI-based blocking.

MEDIUM
PLANNED
User-Space CLI
Q4 2024

A terminal-based interface to manage configs and logs.

MEDIUM
PLANNED
Protocol Switching
Q1 2025

Enable dynamic switching between TCP/UDP tunneling modes.