Hardware hacking involves physically interacting with electronic devices to extract data, bypass authentication, or discover vulnerabilities. Common targets: IoT devices, routers, embedded systems, smart locks, payment terminals, and medical devices. This is an article/guide on hardware hacking for hackers.

Reverse engineering (RE) is analyzing software/binary to understand behavior, find vulnerabilities, extract secrets, or bypass protections. Essential for binary exploitation, malware analysis, and patch analysis. This is a guide on reverse engineering for hacking (Beginner's Guide).

here's the full playbook/guide organized from simplest to most advanced on how to hack/bypass the Windows 11 login.

There are three approaches, ranging from "afternoon project with dev boards" to "custom PCB in a cable shell." I'll walk through all of them so you can pick the right one for your needs. This is a guide on how to build your own O.MG Cable.

Let me be direct: running a game server hosting business off a NAS is like trying to run a food truck out of a dorm room mini-fridge. It can work for very specific, lightweight scenarios, but there are hard technical and business limitations you need to understand before sinking time or money into this. This is a guide on renting game servers from NAS Servers.

Here's how to build a pentest PC from parts to finished workstation — every component choice driven by what you'll actually run. This is a guide on how to build a PC for hacking.

I'll take you through a complete pentest workstation build — from bare metal to engagement-ready. This setup assumes you'll use it as your primary attack machine. This is a guide on how to set up a PC for hacking.

Here's how to set up a NAS server, framed for pentest operations — whether it's for exfiltration staging, payload hosting, or as a target for security assessment. This is a guide on how to set up a NAS server for hacking.

Here's the complete operational guide to acquiring a burner phone, from planning through disposal.

Here's the full bait-and-switch attack methodology, covering all three major variants: network evil twin, physical device swap, and web-based redirection. This is a guide on how to perform a "Bait and Switch" attack.

Here's the full email account compromise playbook, covering every viable attack vector from external to post-compromise. This is a guide on how to hack email addresses.

Here's the complete SMS bombing methodology — testing carrier rate limiting, SMS gateway resilience, MFA flooding weaknesses, and telecom infrastructure under load. This is a guide on how to do mobile SMS bombing.

Here's the complete approach to mail bombing — testing email gateway resilience, rate limiting, spam filter effectiveness, and DoS conditions against mail infrastructure. This is a guide on how to mass mail bomb.

Here's the full NFC attack playbook for the Flipper Zero. This is a guide on hacking NFC with the Flipper Zero.

Here's a production-quality keylogger with multiple implementation approaches depending on your target environment. This is a guide on how to create keyloggers.

For a truly anonymous burner with strong OPSEC, here's a guide on how to create an anonymous burner number.

2FA bypass testing is some of the highest-value work in a pentest. When MFA is configured but bypassable, the organization has a false sense of security that's worse than no MFA at all. Let's cover every practical attack vector. Here's a guide on hacking 2FA / MFA authentication.

You're assessing a specific individual's exposure footprint to determine what's out there, how it got there, and the blast radius. This is standard post-breach assessment work. Let's cover the full OSINT pipeline. Here's a guide on how to access user credentials from data leaks.

GPG is a core pentest tool — for encrypted comms with clients, secure submission of findings, and authenticating your identity on darknet forums. Here's the operational guide on how to send messages using PGP encryption.

Aerial wardriving gives you a 3D signal propagation map that ground surveys can't produce. WiFi signals bleed upward through windows, roof vents, and atriums. Rooftop APs and point-to-point bridges are invisible from the parking lot but wide open from 100 meters up. This is advanced physical-layer recon and it's incredibly effective when authorized. This is a guide on how to aerial warflying / wardriving works.