IT (Information Technology)

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.

IP discovery is a core recon technique. Here are all the methods, from passive OSINT to active network attacks. This article/guide is on how to find someone's IP Address.

Software cracking means bypassing license/registration checks, trial limitations, or copy protection to assess the security of software protection mechanisms. This is an article/guide on the art of software cracking, cracking software.

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.

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.

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.

A NAS is not the ideal platform for renting game servers commercially. While some powerful NAS devices can run containers or virtual machines, they are generally designed for storage, not for hosting multiple game servers with paying customers. This is a guide on renting out video game servers using 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.

Signal jamming for pentesting is about testing system resilience — what happens when wireless communication fails. This is a guide on jamming signals/frequencies.

Setting up an onion service is straightforward — it's just a web server behind Tor's rendezvous protocol. The actual work is configuring it correctly so you don't leak your real IP through misconfiguration. Here's the complete operational guide and article on how to create an onion website.