How does the TorZon network maintain uptime during DDoS attacks?

The network utilizes a rotating mirror system combined with End-of-Game (EoG) proof-of-work captchas. This distributes traffic load across multiple hidden service descriptors, preventing single points of failure.

What is the PGP verification standard for TorZon mirrors?

All legitimate mirrors are signed with the market's primary RSA-4096 private key. Users are expected to verify the /mirrors.txt file against this public key to ensure authenticity.

Why is JavaScript disabled by default on the interface?

To prevent browser fingerprinting and XSS attacks, the TorZon architecture is built to function entirely without client-side scripts. This is a standard security protocol for high-security onion services.

How does the escrow system function architecturally?

Funds are held in a multi-signature wallet controlled by the market infrastructure until the transaction logic condition is met (finalization or dispute resolution). This prevents direct peer-to-peer risk.

What cryptocurrencies are supported by the backend?

The system architecture currently supports Bitcoin (BTC) and Monero (XMR). Monero is preferred in technical documentation due to its ring signature privacy features.

What is the mnemonic recovery protocol?

Upon account creation, a unique seed phrase is generated locally. This phrase is the only cryptographic method to recover a lost account password or PIN, as the database hashes are irreversible.

Database // FAQ

Technical Analysis & FAQ

A comprehensive repository of frequently asked questions regarding the TorZon Market architecture, operational security, and network connectivity. This database is maintained for research and educational purposes.

Knowledge Base

NETWORK STATUS

SYSTEMS NOMINAL

Access & Connectivity

The network utilizes a distributed system of rotating onion mirrors. If a primary node faces a DDoS attack, the load balancer automatically redirects traffic to healthy descriptors. This ensures that while individual links may fluctuate, the core database remains accessible via alternative verified mirrors.

TorZon operates exclusively as a hidden service on the Tor network (.onion TLD). Standard browsers (Chrome, Safari, Edge) cannot resolve these addresses or provide the necessary encryption layers. The Tor Browser routes traffic through three randomized relays, anonymizing the user's IP address and location.

Latency is often a byproduct of the Tor network's "onion routing" protocol, where data hops through multiple nodes globally. Additionally, the platform employs strict anti-bot protections (CAPTCHAs) and Proof-of-Work (PoW) challenges during high traffic, which can delay page loads but protect overall integrity.

Security Architecture

Pretty Good Privacy (PGP) is the cornerstone of trust. The market signs all official announcements and mirror lists with a private RSA key. Users import the public key and verify the signature. If the signature is valid, the message (and the contained links) are authentic. If invalid, the data has been tampered with or is from a phishing source.

Two-Factor Authentication (2FA) on TorZon requires decrypting a PGP-encrypted message to log in. The server presents a challenge string encrypted with the user's public key. The user must decrypt it with their private key to reveal the access code. This ensures that even if a password is compromised, the account remains secure without the private key.

Marketplace Functionality

The escrow system acts as a neutral intermediary. When a transaction is initiated, funds are locked in a holding wallet. The funds are only released to the counterparty once the user marks the order as finalized. If a dispute arises, the market administration reviews the case. Multisig escrow allows for trustless holding of funds.

The platform architecture primarily supports Monero (XMR) and Bitcoin (BTC). Monero is heavily favored in technical documentation due to its ring signatures and stealth addresses, which obfuscate the transaction graph, providing superior privacy compared to Bitcoin's public ledger.

To prevent funds from being locked indefinitely, the system employs an auto-finalize timer (typically 7-14 days). If the user does not dispute an order or extend the timer within this window, the escrow automatically releases the funds to the counterparty. This ensures market liquidity.

Troubleshooting

TorZon uses rotating CAPTCHA difficulties based on network load. If images fail to load or are unsolvable, it is recommended to refresh the Tor identity (New Circuit) or disable JavaScript completely, as the site offers a non-JS fallback mode for verification.

The platform does not store passwords in plain text. Upon registration, users are issued a mnemonic seed phrase. This phrase is the cryptographic key to reset a password. Without this phrase, account recovery is mathematically impossible due to the encryption standards used.