Protocol Access Guide

Technical documentation for establishing secure connectivity to the nexus-market infrastructure. Execute the following protocol to initialize a session on the Nexus Darknet.

01

Environment Configuration

Required: Tor v13.0+

Access to the nexus darknet ecosystem requires a specialized routing environment. Install the latest stable build of the Tor Browser. This software encapsulates traffic in multiple layers of encryption, routing it through a distributed network of volunteer relays to obfuscate origin data.

CONFIGURATION: Set security level to 'Safer' or 'Safest' in browser preferences. Disable JavaScript globally for maximum operational security.
02

Network Entry Point

Establish a connection using the official V3 onion address. The nexus onion service utilizes cryptographic signing to verify server integrity. Use the primary gateway below to initiate the handshake.

Circuit Status: Operational

03

Perimeter Defense

Upon initial connection to the nexus market infrastructure, you will encounter the DDoS mitigation layer. This automated Turing test filters botnet traffic to ensure network stability. Complete the generated CAPTCHA (clock puzzle or character alignment) to proceed to the login gateway.

04

Identity Provisioning

Initialize a new user session. The nexus market system utilizes a dual-layer authentication structure separating access credentials from financial authorization.

Mnemonic Seed A 12-word cryptographic seed generated during registration. This is the sole mechanism for account recovery. Store offline on physical media.
Transaction PIN A 6-digit numeric key required for escrow release and withdrawal signing. This key is never stored in the same database table as login passwords.
05

Cryptographic Hardening

Standard password authentication is insufficient for high-value darknet accounts. It is mandatory protocol to upload a PGP public key immediately after registration.

Enable Two-Factor Authentication (2FA) in user settings. The system will present an encrypted challenge message during login; decrypting this message proves ownership of the private key, rendering password theft irrelevant.