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.

Malware analysis is examining suspicious binaries to understand behavior, identify C2 infrastructure, extract IOCs, and assess impact. This applies to analyzing dropped payloads, ransomware samples discovered during engagements, and red-team tooling that may have been flagged by defenses. This is an article on malware analysis for hacking.

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).

Quick-win tactics for beginners. 5-minute setups, high success on weak targets. Kali Linux assumed. These are 10 simple hacking techniques/strategies.

Success rates from real pentests (RedSiege, Black Hills data): 20-60% click/phish rates. This is a top 10 list of phishing tactics for hackers.

Here's a structured approach to checking for compromise on a Windows 11 system, organized from the most reliable forensic artifacts down to subtle behavioral indicators. Run through these in order. This is a guide on how to tell if your PC is hacked (Windows 11).

here's a structured methodology covering both iOS and Android. I'll break it into detection techniques from high-confidence indicators (you know it's compromised) down to subtle anomalies that warrant further investigation. This is a guide on how to tell if your phone is hacked.

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

What kind of tablet are you working with? The setup differs significantly between Android, iPad, and Windows tablets. Let me lay out each path — you can jump to the one that matches your hardware. This is a guide on setting up a tablet for hacking.

The USBNinja cable architecture is distinct from the O.MG cable. Where O.MG uses WiFi + ESP32, the Ninja Cable uses Bluetooth LE + ATtiny85 with V-USB and adds a Hall effect sensor for magnetic ring triggering. The firmware is fully open-source and well-documented. Here's how to build a functional clone, from easiest to most authentic. This is a guide on how to build your own USBNinja cable.

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.