Knowledge Base & Protocols

Black Ops Market utilizes the Tor (The Onion Router) network hidden services protocol v3. This architecture ensures anonymity by routing traffic through multiple encrypted nodes, concealing the server's physical location and IP address. The .onion address is a cryptographic hash of the public key, ensuring that only the holder of the private key can host the site.

Onion mirrors may become inaccessible due to Network DDoS (Distributed Denial of Service) attacks, Tor network congestion, or planned server maintenance. The infrastructure typically uses a rotational mirror system to mitigate downtime. Users are advised to verify mirrors via PGP signed messages found on verified link pages.

No. For maximum security, the Black Ops Market architecture is designed to function with JavaScript disabled in the Tor Browser (Security Level: Safest). This reduces the attack surface for potential browser-based exploits and de-anonymization techniques.

The platform employs PGP (Pretty Good Privacy) for two-factor authentication (2FA) and message encryption. Users must decrypt a random string using their private key to verify identity during login. This ensures that even if a password is compromised, the account remains inaccessible without the corresponding PGP private key.

Upon account creation, a mnemonic seed phrase is generated. This is the only method to recover an account if the password or PGP key is lost. The system does not store recovery emails or logs, making the mnemonic the sole account restoration tool. Users are responsible for offline storage of this code.

The platform uses rotating image-based captchas or clock-based puzzles to prevent bot automation and DDoS attacks. These captchas are generated server-side. Frequent failures usually indicate Tor circuit latency or clock synchronization issues on the client device. Ensure your system clock is set accurately to UTC.

Deposits are processed using integrated Monero sub-addresses. When a user initiates a deposit, a unique sub-address is generated. The system scans the blockchain for transactions to that address. Once the required number of confirmations (usually 10 blocks) is reached, the balance is credited. This prevents address reuse and enhances privacy via ring signatures.

The Escrow system holds funds in a temporary, neutral wallet controlled by the marketplace code. Funds are only released to the vendor's wallet once the buyer confirms receipt or the auto-finalize timer expires. In case of dispute, a moderator uses a multi-sig key or administrative override to determine the fund destination based on evidence.

Orders have a hard-coded timer (typically 7-14 days depending on item type). If a buyer does not dispute or finalize the order within this window, the smart contract automatically releases the escrowed funds to the vendor. This mechanism prevents funds from being locked indefinitely due to buyer inactivity.

Vendor accounts typically require a non-refundable bond payment held by the market. This economic barrier to entry allows the system to filter out low-quality actors and incentivizes long-term operational stability within the network.