Access Configuration Guide

Configure Network Access

Accessing the TorZon Market infrastructure requires routing traffic through the Tor network. Standard protocols (HTTP/HTTPS) via conventional browsers do not support the .onion top-level domain architecture.

Install the latest stable release of the Tor Browser. This client manages the onion routing circuit, encrypting data packets across multiple relays to obscure origin IP addresses. Ensure JavaScript is configured to "Safer" or standard levels as required by the market's CAPTCHA system.

Acquire Signed V3 Address

Connection integrity relies on using the correct TorZon onion link. The V3 onion address protocol utilizes 56-character alphanumeric strings derived from ed25519 public keys.

Establish Connection

Input the TorZon URL into the Tor Browser navigation bar. Network latency is expected as the circuit builds through three random nodes.

Upon handshake completion, the system will present a DDoS mitigation challenge. This is typically a rotational image CAPTCHA or a clock-based puzzle. Successful solution validates the session and grants access to the main login gateway. This mechanism ensures high availability for the TorZon darknet market.

Identity Initialization

Operational Security (OpSec) dictates the creation of a sterile identity. Proceed to the "Register" interface to generate a new TorZon account.

• Username Alias: Select a pseudonym unrelated to other online identities or social media handles.
• Credentials: Utilize a high-entropy password managed offline.
• Transaction PIN: Define a 6-digit numeric PIN. This is mandatory for finalizing orders and authorizing withdrawals.
• Mnemonic Seed: Record the 12-word recovery phrase locally. This is the sole mechanism for account restoration.

PGP Encryption & 2FA

Implementing PGP (Pretty Good Privacy) is the industry standard for securing market accounts.

Navigate to user settings and import your public key. Enable Two-Factor Authentication (2FA). Subsequent logins will require decrypting a randomly generated nonce message using your private key. This cryptographic challenge-response protocol prevents unauthorized access, even in the event of password compromise.