System Access Protocol

The darkmatter-market operates exclusively within the Tor network to ensure complete decentralization and user anonymity. Standard routing protocols (HTTP/HTTPS via Chrome, Firefox, etc.) cannot resolve .onion top-level domains.

To interface with our endpoints, download the Tor Browser Bundle from the official project repository. This software configures your connection to route through three randomized nodes (Entry, Guard, Exit) before reaching the darkmatter market server, stripping all IP geolocation data from the packet headers.

Access control is maintained through cryptographically verified V3 onion addresses. We maintain a static list of signed mirrors to ensure connectivity during high-traffic periods or network partitioning.

The address below is the primary entry node for the darkmatter onion network. Ensure you copy the string exactly as displayed to establish a valid handshake.

Initiate the connection by pasting the darkmatter market link into your Tor browser navigation bar. Network latency is expected to be higher than clearweb connections due to the multi-hop encryption process.

Upon initial contact, the server will present a DDoS mitigation challenge (Captcha). This is a standard procedure to filter automated bot traffic and preserve bandwidth for legitimate users. Complete the visual challenge to proceed to the login interface.

[STATUS: OPTIMAL] The current average handshake time is 2.4s. If the connection times out, rotate your Tor identity (Ctrl+Shift+L) or utilize one of the alternative mirrors listed above.

The registration protocol is designed for zero-knowledge privacy. No email or personal identifiers are requested. The system requires the following parameters:

We enforce strict security standards for all vendors and highly recommend them for buyers. Post-registration, navigate to 'User Settings' to upload your PGP Public Key.

Once your key is linked, enable Two-Factor Authentication (2FA). The system will present an encrypted challenge message upon every login attempt. You must decrypt this message using your PGP private key to obtain the one-time access token.

This protocol renders your account impervious to password theft, ensuring that access requires both the password (something you know) and the private key (something you have).