netpulse 0.1.0.5

High-performance network discovery and subnet analysis suite with native Rust speed.

NetPulse

High-performance network discovery and analysis suite combining Rust's raw-socket speed with a Python/FastAPI orchestration layer.

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Overview

NetPulse is an enterprise-grade network discovery and analysis platform designed to streamline infrastructure auditing and subnet management. It acts as both a premium CLI tool and a secure REST API.

By decoupling the systems execution layer into a compiled Rust extension (pnet, socket2), NetPulse achieves wire-speed performance for Layer 2 (ARP) and Layer 3 (ICMP) sweeps, while exposing a flexible, Pydantic-powered Python interface.

Key Features

• High-Speed Discovery: Sub-second execution of wide-scale network sweeps.
• Advanced Subnet Engine: A robust calculator supporting bitwise alignment, FLSM partitioning, and Variable-Length Subnet Masking (VLSM) allocations.
• Drift Detection: Automated comparisons of current network states against historical baselines stored locally.
• ProxyJump / Bastion Support: Execute concurrent SSH commands across hundreds of targets by multiplexing through a single DMZ tunnel.
• Zero-Privilege Mock Fallback: A simulated engine allowing developers to test UI and API endpoints locally without requiring root Linux network capabilities.

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Installation

Install directly from PyPI:

pip install netpulse

Note: For actual physical network discovery, the Python binary requires elevated raw socket capabilities (cap_net_raw) or superuser privileges.

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Quick Start (CLI)

# Standard interactive table sweep (requires root or setcap permissions)
sudo netpulse discover 172.19.57.0/24

# Subnet bitwise alignment calculator
netpulse subnet info 192.168.1.50/24

# Perform VLSM allocation for varying departmental size requirements
netpulse subnet vlsm 192.168.1.0/24 --req "HR=120,Dev=50,Sales=20,Links=2"

Documentation

For full instructions, architectural details, and REST API setup, please visit the Official GitHub Repository.