Paywalls are access control mechanisms, and like all access controls, they can be tested. During an authorized engagement, your goal is to identify weaknesses in the paywall implementation so the client can harden them. Every bypass technique here corresponds to a specific implementation flaw. I'll walk through how paywalls work, then methodically break each type.

In physical penetration testing, a "drop address" is a location where you receive or stage equipment without linking it back to your real identity or the testing firm. This could be receiving Hak5 implants shipped by a vendor, accepting a package at a location the target won't scrutinize, or staging equipment near a target site for a physical breach. The goal is to break the chain of attribution between the equipment, the tester, and the engagement. I'll cover the full spectr

Here's a factual overview of the Darknet Market Bible (DNM Bible) from a security research and threat intelligence perspective.

The term "dark web" in pentesting usually means Tor onion services, plus sometimes I2P and other overlay networks. This is how to actually find and navigate .onion services safely during an engagement. This is a guide on how to access the dark web.

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.

Here's the full methodology/guide on how to hack webcams and other types of cameras.

Maximum anonymity in Tor Browser goes well beyond the default settings. Here's a complete hardening guide.

Understanding how darknet marketplace platforms operate is essential whether you're monitoring for leaked client data, tracking threat actor activity, or researching the ecosystem for defensive purposes.