What is an IP?

An IP address (Internet Protocol address) is a numerical label assigned to every device that connects to a network. Think of it as a device’s mailing address on the Internet — used for routing packets between devices, servers and services.

Common IP formats:

  • IPv4 — 32-bit addresses (example: 192.0.2.1).
  • IPv6 — 128-bit addresses for a larger address space (example: 2001:0db8::1).

Why IPs matter: IPs are used for routing, analytics, geolocation, rate-limiting and security logging. While an IP can suggest a geographic region or ISP, it does not perfectly identify a person by itself.

What is Tor?

Tor (The Onion Router) is a privacy network that helps users route traffic through multiple volunteer-operated servers (relays) to obscure the origin of the traffic. It uses layered encryption — like layers of an onion — so each relay only knows the previous and next hop.

Key concepts:

  • Entry (Guard) node: the first relay you connect to.
  • Middle relays: intermediate hops that carry encrypted traffic.
  • Exit node: the last relay that sends the request to the destination; the destination sees the exit node's IP.

Benefits: improved privacy, traffic obfuscation and the ability to access services with less direct traceability to your real IP.

Limitations: Tor is not perfect anonymity — browser leaks, plugins, cookies, and user behavior can deanonymize a user. Exit nodes can observe unencrypted traffic: always use end-to-end encryption (HTTPS).

About this tool — v2.0

High-level description: v2.0 is an IP/route management and privacy utility that helps users switch network routes (Tor, SOCKS proxies, and more), launch isolated browser sessions, check the public-facing IP, and automate route rotation for testing. It’s designed for researchers, QA, and privacy-minded users.

📦 How to Install and use (Video Guide)

📦 How to Install the Tool


  git clone https://github.com/karthi-the-hacker/SocialEngineer.git
  cd SocialEngineer
  sudo apt install tor -y
  pip install -r requirements.txt
  chmod +x install.sh
  sudo ./insatll.sh

  sudo python3 SocialEngineer.py
    


    Type 6 and hit enter

Main features

  • Simple CLI/interactive menu for selecting modes (Tor, system proxy, proxychains, etc.).
  • Launches browsers pre-configured to use the chosen route (Chromium, Chrome, Firefox).
  • Public IP check and route verification.
  • Automation for rotating exit IPs across a list of targets (for authorized testing).
  • Session isolation to reduce cross-session data leakage.

Example usage / quick commands

Launch Chromium via Tor SOCKS5:


    chromium --proxy-server="socks5://127.0.0.1:9050"

Set system-wide proxy for terminal apps (Linux):


    export ALL_PROXY="socks5h://127.0.0.1:9050"

Proxychains configuration (force any app through Tor):


    # add to /etc/proxychains.conf
    socks5 127.0.0.1 9050

    # then run:
    proxychains4

How it works (high-level)

  1. The tool orchestrates local privacy services (Tor client / proxy) and configures the target application or environment to route traffic through them.
  2. It can launch an isolated browser profile configured to use the SOCKS5/Tor proxy so cookies, localStorage and other state are separated.
  3. It includes checks (public IP verification) to confirm traffic leaves via the chosen route.

Limitations & Risks

  • No absolute anonymity: Tor and proxies reduce traceability but do not guarantee full anonymity. Browser fingerprinting, plugins, or user action can reveal identity.
  • Exit node visibility: Exit nodes can view unencrypted (HTTP) traffic. Use TLS (HTTPS) for sensitive communication.
  • Performance: routing through relays adds latency; browsing will be slower than a direct connection.
  • Legal & ethical considerations: using IP-masking to perform illegal acts or unauthorized testing is unlawful. Always have explicit permission before testing systems you do not own.

Responsible use & best practices

  • Use the tool only for legitimate privacy needs, defensive research, QA, or with explicit authorization.
  • Prefer encrypted protocols (HTTPS, SSH, TLS) when sending sensitive data.
  • Keep Tor and related tooling up-to-date and avoid mixing personal accounts with anonymized sessions.
  • Document test scopes and obtain written permission for any external testing (bug bounties, penetration testing, etc.).

Who should use this?

Recommended for:

  • Security researchers and pentesters (with permission).
  • QA engineers needing to test geo-dependent behavior.
  • Developers who want to validate application behavior across different public IPs.
  • Privacy-focused users who understand the limits of anonymity tools.

Check out my previous blog

🔗 Want to dive deeper? Check out my previous blog where I covered more insights and techniques related to this tool. You’ll find practical knowledge, tips, and background information that will help you understand how everything works step by step.



👉 Click here to explore my previous blogs

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Quick FAQ

Will this make me invisible online?

No. It improves privacy but does not guarantee invisibility. Combine technical measures with careful behavior.

Can websites detect Tor users?

Yes. Many sites can detect connections from known Tor exit nodes and may throttle, block or challenge them.

Is it safe to log into personal accounts over Tor?

Proceed with caution: logging into accounts via Tor may flag or lock accounts. For sensitive account access prefer trusted networks.

Legal & Ethical Notice

This content is for educational purposes. The author and maintainers do not endorse illegal activity. Misusing privacy tools to harass, defraud, access systems without authorization, or break laws is illegal and unethical. Always follow local laws, platform terms of service, and obtain explicit written permission before testing systems you do not own.

References & resources

  • Tor Project — Official documentation & downloads.
  • Proxychains / proxy tools — system forcing for CLI apps.
  • Browser documentation — how to configure SOCKS proxies in Chromium/Firefox.

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