
Explore the deep web overview, covering tor browser installation on linux, windows, and android, tor topology and nodes, hidden services, onion domains, and core cryptography and privacy concepts.
Identify the intended deep web audience, including lawyers, law enforcement, and cybersecurity specialists, and demonstrate with a Tor browser demo how circuits hop through relays to conceal ip addresses.
Download Tor browser for Windows from the Tor Project site, run the installer, and launch the browser to verify a working Tor network circuit.
Install the Tor browser on Ubuntu Linux via the terminal, update and install Tor Browser Launcher with sudo apt-get, then launch, verify signatures, and test the IP address.
Explore how Tor relays (guard, middle, exit, bridge) form a circuit with three nodes, how each node handles traffic, and the security and performance considerations for running a relay.
Learn practical tor browser configurations to access the deep web securely, including using a separate alias email, updating software, and enabling no-script and HTTPS Everywhere.
Explore how a VPN masks your real IP address with a proxy server. See how Tor and VPN add security layers and influence speed by server location.
Explore the deep web and dark web, examining vendors, drugs markets, digital products, hacking services, and cryptocurrency use (Bitcoin, Monero) while highlighting risks and benefits.
Explores the deep web mystery box market, detailing how mystery boxes offer random items across categories with varying odds, prices, and shipping while highlighting legal risks.
Learn to run a dot onion website on the Tor network using Linux, Ubuntu Server, Python http server, and Tor configuration to host a deep web site.
Configure and run a Tor relay by editing the torrc, setting exit policy to reject, adjusting bandwidth limits, and starting the relay to join the Tor network.
Explore the pretty good privacy (pgp) standard, its end-to-end encryption using public and private keys, and how asymmetric encryption enables secure message exchange on the web.
Explore Tor metrics and stats, including user counts by country, relays and bridges, bandwidth, and unique websites, to understand the Tor network's scale and activity.
In this course the student will learn about a Deep Web which is an unindexed part of the internet. Understand what are the differences between the traditional web and demystify every subject that is often treated in a generalized way. The intention of the course is to give clarity and depth to the topic.
At the end of the course, the student will know what the Deep Web is and how it works, understanding its risks and even how to host a website on this network or operate a TOR Relay.
This course is designed for people in a hurry to understand the Deep Web/Dark Web. Know that buying this course feels like you hired a cybersecurity professional and received a 3-hour lecture covering the main topics of the Deep Web.
The course has an introduction to make a leveling and allow a better use of all. After the introduction, the focus on Hands-ON is aimed at demonstrating and allowing the student to follow the entire course and repeat the process for fixing the content.
The classes are all guided with the student watching the instructor who is doing demonstrations and commenting on each step that is demonstrated.
Hope you enjoy this course!