BlackCoffeeCode

Advanced routed penetration testing lab on Apple Silicon (M2) using VMware Fusion and UTM with macOS as a router and pf firewall isolation.

21
0
100% credibility
Found May 05, 2026 at 21 stars -- GitGems finds repos before they trend. Get early access to the next one.
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AI Analysis
Shell
AI Summary

This repository offers detailed instructions, configuration templates, and verification scripts to create a persistent, firewall-protected penetration testing lab on Apple Silicon Macs by routing between virtual machines from different hypervisors.

How It Works

1
🔍 Discover the lab guide

You find a helpful guide for setting up a home practice area to learn cybersecurity skills on your Apple laptop.

2
🛠️ Get ready with apps

You download and install the free programs needed to run virtual practice computers on your Mac.

3
⚙️ Tune your laptop

You make a few safe adjustments on your Mac so it can link the virtual networks securely.

4
🖥️ Build your machines

You create one main practice attacker computer with internet and a few vulnerable target computers.

5
🔗 Connect everything

You set special addresses so your attacker machine can reach all the targets, feeling the excitement build.

6
🧪 Check it works

You test by sending signals between machines and visiting their practice web pages.

🎯 Start practicing safely

Your complete isolated lab is ready, letting you experiment with security testing tools without any real-world risks.

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Star Growth

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AI-Generated Review

What is Advanced-Pentesting-Enviroment-via-Routing-Labs-Setup?

This Shell-based project sets up an advanced pentesting lab on Apple Silicon M2 Macs, turning macOS into a router that bridges VMware Fusion for ARM64 Kali Linux attackers and UTM for x86 vulnerable targets like Metasploitable 2 and OWASP BWA. It solves the pain of incompatible hypervisors by enabling full cross-network attacks with pf firewall isolation, persistent routing that survives reboots, and internet access only for the attacker. Users get a ready-to-ping, exploitable lab with verification scripts and config templates.

Why is it gaining traction?

It stands out by cracking Apple Silicon's architecture split—running x86 targets alongside native ARM tools—without extra hardware or complex VPNs. Developers notice seamless pings, web app access from Kali, and host isolation that blocks VM backfire, all automated via quick-start scripts. The detailed screenshots and checklists make setup reliable, unlike scattered forum hacks.

Who should use this?

Pentesting hobbyists on M2/M3 Macs practicing exploits against legacy x86 vulns like DVWA or Metasploitable. Security researchers needing a portable, firewall-hardened lab for isolation during travel or conferences. Red teamers bridging ARM attack platforms to Windows targets without dual-booting.

Verdict

Grab it if you're on Apple hardware chasing advanced pentesting labs—docs are thorough, setup works as promised despite 21 stars and 1.0% credibility score. Test thoroughly first; it's niche and early-stage but delivers real value for M2 users. (187 words)

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