Zero-Linux-

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Advanced security auditing framework for Linux systems.

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Project details

About this project

Zero-Linux- provides a powerful, low-latency framework for kernel-level security auditing and telemetry. Utilizing cutting-edge technologies like Intel PT, eBPF, and KVM MSR, this project aims to enhance system security with efficient data handling and real-time performance monitoring.

Zero-Linux is an advanced framework designed for high-performance, low-latency kernel-level security auditing and telemetry tailored specifically for Linux systems. This project leverages innovative technologies such as Intel Processor Trace (PT), extended Berkeley Packet Filter (eBPF), Kernel-based Virtual Machine (KVM) Model Specific Registers (MSR), and lock-free ring buffers to enable efficient data collection and analysis.

Key Features

High Performance: Optimized for rapid data processing, ensuring minimal impact on system performance.
Low Latency: Facilitates real-time security auditing, providing immediate feedback for threats.
Kernel-Level Access: Operates at the kernel level to gather in-depth insights into system behaviors and potential vulnerabilities.

Usage

To utilize Zero-Linux, include the relevant modules in the Linux kernel and configure the system to enable the required telemetry features for monitoring and auditing purposes. Below is a code snippet demonstrating basic usage:

# Load the zero-linux module
echo '1' > /proc/zero-linux/enable

More detailed instructions for setup and functionality can be found within the README.