Knowledge Base

Access to the DarkMatter infrastructure requires a Tor-enabled browser capable of resolving .onion v3 addresses. The network architecture strictly rejects connections from standard clearnet relays to maintain end-to-end encryption standards. JavaScript is generally disabled by default on the client side to prevent browser fingerprinting vectors and cross-site scripting attacks.

Latency within the Tor network is often caused by DDoS mitigation layers rotating onion circuits or congestion at the Guard node level. The DarkMatter infrastructure employs a rotating mirror system to distribute load. If a specific mirror is unresponsive, the protocol dictates switching to an alternative signed mirror found on the Mirrors Page.

Authenticity is verified via PGP signatures. The landing page of any valid mirror contains a timestamped message signed by the administrative private key. Users should import the DarkMatter public key and verify the signature using GPG or compatible software. If the signature is invalid, the mirror is a phishing site and must be exited immediately.

The platform utilizes PGP for 2FA login challenges. Upon login attempts, the server generates a unique encrypted string using the user's stored public key. The user must decrypt this string using their local private key and return the plaintext token to the server. This ensures that account access is mathematically impossible without possession of the private key.

During account registration, a cryptographic mnemonic seed is generated. This seed is the only method to recover account access if passwords or PGP keys are lost. The architecture utilizes a zero-knowledge approach for passwords; the server hashes credentials and does not store plaintext, making administrative resets impossible without this seed.

The database implements an auto-deletion policy. Messages are encrypted in the database and are automatically purged after a set period (typically 30 days) or immediately upon user deletion. Transaction data is obfuscated after finalization, retaining only essential metadata required for dispute resolution for a limited timeframe.

The DarkMatter architecture exclusively utilizes Monero (XMR) due to its implementation of Ring Signatures and RingCT protocols. The system generates unique integrated sub-addresses for every deposit event. This prevents blockchain analysis from linking multiple incoming transactions to a specific user profile or wallet entity.

Funds are held in a multi-signature wallet environment during active orders. The protocol releases funds to the receiving party only when finalized by the purchasing party or upon the expiration of the auto-finalization timer (typically 14 days). In the event of a dispute, a moderator holds the third key to direct the flow of funds based on evidence analysis.

A Vendor Bond is a refundable security deposit required to activate a merchant account. This financial barrier acts as a deterrent against spam accounts and low-effort fraudulent actors. The bond is held in escrow and returned to the merchant upon the closure of their account, provided no active disputes or flagged activity exists.

The DarkMatter CAPTCHA system is case-sensitive and time-limited to prevent automated bot attacks. If inputs are rejected, it is often due to the session timer expiring. Refresh the page to generate a new image token. Ensure that JavaScript is disabled, as script-blockers can sometimes interfere with image rendering on certain security settings.

Monero transactions require 10 confirmations on the blockchain before being credited to the internal wallet balance. This process typically takes 20-30 minutes. If the balance does not update after 10 confirmations, users typically verify they sent funds to the correct sub-address generated for that specific deposit window.