Technical FAQ Archive

Onion routing encrypts data in layers, routing it through volunteers to mask the origin. This ensures that the physical location of the server and the user remains mathematically obscured.

Distributed Denial of Service (DDoS) traffic or routine server maintenance often leads to temporary node unavailability. The network utilizes rotating endpoints to mitigate prolonged disruptions.

The Tor Browser is mandated for resolving .onion addresses and maintaining cryptographic anonymity during sessions. Standard web browsers cannot resolve these hidden service protocols.

Secondary nodes, or mirrors, act as fallback points that synchronize with the central database to ensure continuous uptime, providing alternative entry paths for data packets.

High latency within the decentralized network can delay handshake verifications, resulting in session timeouts to prevent stalled execution threads.

Pretty Good Privacy (PGP) utilizes a public-private key pair system to encrypt communications and verify digital signatures, ensuring data integrity and non-repudiation.

The system requires users to decrypt a randomized PGP message using their private key to authenticate their identity upon login, verifying ownership of the cryptographic identity.

Passwordless systems rely entirely on cryptographic signatures rather than static string passwords, mitigating risks associated with credential harvesting and database leaks.

Strict session management, enforced expiration timers, and cryptographic challenges prevent automated brute-force attacks across the network.

A mathematically generated sequence of words acts as a master backup, allowing users to restore access parameters if primary cryptographic keys are lost or corrupted.

Escrow requires two out of three parties (the user, the merchant, and the moderator) to sign a transaction before funds are released, ensuring mutual agreement.

The infrastructure operates as an XMR-only (Monero) environment, utilizing ring signatures and stealth addresses to obscure transaction history.

Historical data indicates that establishing a storefront requires a locked cryptocurrency deposit, acting as collateral to ensure compliance with network rules.

After a designated period (typically 7 to 14 days), the system automatically releases funds from escrow to the merchant if no dispute is initiated, maintaining economic flow.

Users or merchants can freeze the escrow timer, bringing a neutral moderator into the communication channel to review cryptographic evidence and mediate.

High security settings in the Tor Browser, particularly disabling JavaScript entirely or modifying canvas extraction, can interfere with the rendering of image-based cryptographic puzzles.

Users must update their public key block in the settings panel and ensure it matches the exact ASCII formatting specified by the server's parser, removing any trailing spaces.

Network congestion can delay block confirmations; verifying the transaction ID on a block explorer confirms if it has been broadcasted to the mempool successfully.

Changing IP addresses across Tor relay circuits or prolonged inactivity triggers the security protocol to invalidate the current session token to protect the account state.