root@blackops:~$ cat /var/log/faq.txt

This node operates as a verified directory and documentation hub for the BlackOps Market ecosystem. It provides cryptographically signed V3 onion links to ensure users connect to the authentic marketplace infrastructure. The BlackOps Market itself is a decentralized trading platform hosted on the Tor network, facilitating sovereign commerce through privacy-enhancing technologies.

Connection is strictly limited to the Tor network. Users must utilize the Tor Browser (v13.0 or higher) to resolve .onion domains. Standard surface web browsers lack the routing capabilities to access hidden services. For optimal operational security (OpSec), configure the browser to 'Safest' security level, disabling JavaScript execution to minimize fingerprinting vectors.

The system operates on a zero-knowledge basis regarding user identity. Account creation requires only a username and password. No email addresses, phone numbers, or external identifiers are collected. Server logs are null-routed. Users are encouraged to register a public PGP key immediately upon login to enable Two-Factor Authentication (2FA) and encrypted communications.

Authenticity is validated via PGP signatures. The login portal presents a challenge message signed by the market's official private key. Users should verify this signature against the public key imported into their local PGP client (e.g., Kleopatra, GPG). Furthermore, upon successful authentication, the system displays a user-defined security phrase or image, confirming the session is valid and not a MITM attack.

To maintain a trustless architecture, the market enforces mandatory PGP encryption for all logistical data. Shipping information must be encrypted client-side using the vendor's public PGP key before it is transmitted. This ensures that the server only ever stores ciphertext. Even in the event of a physical server seizure, user shipping data remains mathematically inaccessible to adversaries.

Two-Factor Authentication (2FA) utilizes PGP challenge-response logic. Upon login attempt, the server encrypts a random alphanumeric string using the user's public key. The user must decrypt this message locally using their private key to retrieve the code. This proves ownership of the key and prevents unauthorized access even if password credentials are compromised.

BlackOps operates a strict Monero-only policy. Bitcoin (BTC) and other transparent ledger assets expose users to chain-analysis surveillance. Monero employs Ring Confidential Transactions (RingCT), stealth addresses, and ring signatures to obfuscate the sender, receiver, and transaction amount at the protocol level. This ensures true fungibility and financial privacy for all market participants.

Wallet credit requires 10 on-chain confirmations. This threshold mitigates risks associated with blockchain reorgs and double-spend attacks. The average block time for Monero is 2 minutes, resulting in a total settlement time of approximately 20-30 minutes. Users are advised to generate a fresh deposit address for each transfer to maximize privacy.

The market utilizes a standard escrow system. Upon order placement, buyer funds are locked in a market-controlled multisig wallet. The vendor is notified to dispatch. Funds remain locked until the buyer confirms receipt (Finalize) or the auto-finalization timer expires (typically 14 days). In case of non-delivery, a dispute can be raised to freeze the timer and summon a moderator for arbitration.

Finalize Early (FE) is a privilege granted to vendors with established reputations (high volume, low dispute ratio). FE orders release funds to the vendor immediately upon marking as shipped, bypassing escrow protection. This reduces vendor risk but increases buyer exposure. Users should reserve FE transactions strictly for vendors with proven track records on the platform.

The Tor network is susceptible to congestion and DDoS. BlackOps employs a rotational mirror system. If the primary entry node is unreachable, users should consult the /links.html directory on this site for alternative signed mirrors. Always cross-reference mirrors with the PGP signature to ensure they belong to the official cluster.

Support for market transactions, disputes, and vendor applications is handled exclusively via the internal ticketing system. Login is required. For connectivity issues or PGP verification assistance, users may utilize the external Contact Form. Administrative staff will never request passwords, private keys, or PINs.