AsmJamShield

A professional-grade network Jammer monitoring system written in x86_64 Assembly, focusing on high-performance packet analysis and threat detection, it empowers users with robust capabilities such as network jamming, packet inspection, encryption, and stealth operations. The project is ideal for cybersecurity professionals, ethical hackers, and advanced developers looking for low-level network control.

Key Features

• Real-time Network Analysis

  • Zero-copy packet processing
  • Hardware-accelerated pattern matching
  • Advanced protocol analysis
  • Sub-microsecond latency

• Security Capabilities

  • AES-256 encryption (hardware-accelerated)
  • Real-time threat detection
  • Behavioral analysis
  • Zero-trust architecture

• Performance

  • SIMD-optimized processing
  • Lock-free ring buffers
  • Kernel bypass capabilities
  • 10Gbps+ throughput

• Monitoring

  • Custom protocol analysis
  • Deep packet inspection
  • Statistical analysis
  • Anomaly detection

Architecture

AsmJamShield/
├── src/
│   ├── core/          # Core system components
│   ├── analysis/      # Packet analysis engine
│   ├── crypto/        # Cryptographic operations
│   └── network/       # Network interfaces
├── docs/
│   ├── api/           # API documentation
│   └── examples/      # Usage examples
├── tests/
│   ├── unit/         # Unit tests
│   └── integration/  # Integration tests
└── config/           # Configuration files

Documentation

• API Documentation
• Configuration Guide
• Contributing Guidelines
• Security Policy

Performance Metrics

Operation	Latency	Throughput
Packet Capture	<1μs	14.2 Gbps
Pattern Matching	<2μs	12.8 Gbps
Encryption	<0.5μs	16.4 Gbps
Threat Detection	<5μs	10.1 Gbps

Security Features

• Memory Protection

  • ASLR enabled
  • Stack canaries
  • NX bit enforcement
  • Secure memory allocation

• Encryption

  • AES-256-GCM
  • Perfect Forward Secrecy
  • Secure key management
  • Hardware acceleration

• Access Control

  • Role-based access
  • Audit logging
  • Integrity verification
  • Secure boot process

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Installation

System Requirements

• x86_64 processor with AES-NI
• Linux Kernel 5.x+
• 2GB RAM minimum
• Root or CAP_NET_ADMIN privileges

Quick Start

# Clone repository
git clone https://github.com/mrshankararyal/AsmJamShield.git
cd AsmJamShield

# Build
make all

# Configure
sudo cp config/security.conf.example config/security.conf
sudo vim config/security.conf

# Run
sudo ./securenetmon --interface eth0

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Usage

Command-Line Interface

Run the application from the terminal:

./SecureNetMonitor [options]

Options

• --help: Display help information.
• --jamming: Activate network jamming mode.
• --inspect: Start packet inspection.
• --stealth: Enable stealth mode.

Example Usage

Basic Packet Inspection:

./SecureNetMonitor --inspect

Network Jamming in a Controlled Environment:

./SecureNetMonitor --jamming --target=192.168.1.100

More detailed examples can be found in docs/examples/.

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Development

Tools and Technologies

• Assembly Language: Core logic for high performance.
• C for Linking: Efficient integration with system libraries.
• Makefile: Simplifies build and deployment processes.

Testing

Run unit and integration tests:

make test

Testing results are logged in tests/results/.

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Contributing

We welcome contributions to SecureNetMonitor.

1. Review Contributing Guidelines
2. Fork repository
3. Create feature branch
4. Submit pull request

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Security

Your security is our priority. Please report vulnerabilities by following the process outlined in SECURITY. Sensitive issues can be communicated directly via email.

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License

SecureNetMonitor is licensed under the MIT License. See the LICENSE file for full details.

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Contact

For queries or support, reach out to:

Shankar Aryal
Email: shankararyal737@gmail.com
Website: www.shankararyal404.com.np
GitHub: mrshankararyal

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Disclaimer: This tool is intended for ethical and educational purposes only. Ensure compliance with all applicable laws and regulations when using SecureNetMonitor.

Acknowledgments

• Intel® for AES-NI implementation guidance
• Linux Foundation for kernel bypass techniques
• Open Security Foundation for threat intelligence feeds