Deploy fake APs with same SSID on different channels. When a distributed auditor attempts to crack the handshake, log the worker's IP and report it.
This central server manages the target handshake(s) and splits the keyspace or wordlist. It uses a "mask attack" strategy. For example, a mask of ?l?l?l?l?d?d?d?d (4 lowercase letters + 4 digits) creates a keyspace of 456 billion candidates. The orchestrator divides this into 10,000 "chunks" of ~45 million candidates each. Distributed Wpa Psk Auditor
: A commercial solution that features patented GPU acceleration. It can simulate attacks from both the outside (sniffing traffic) and the inside (importing saved password hashes from the Windows Registry). Deploy fake APs with same SSID on different channels
A is a system designed to crack Wi-Fi passwords (using the WPA/WPA2-PSK protocols) by leveraging the combined processing power of multiple computers. Instead of relying on a single machine to guess millions of password combinations, a distributed system breaks the workload into smaller chunks and assigns them to various "nodes" across a network. How It Works The process typically follows a client-server architecture: It uses a "mask attack" strategy
A standard auditor (like aircrack-ng or hashcat on a laptop) is limited by thermal throttling and RAM. A distributed system, however, looks like this:
: Research has proposed methods like DMCG (Distributed Multi-core CPU and GPU) to overcome the speed limitations of single-core cracking, often improving performance by orders of magnitude.
) is a long-standing, community-driven tool designed to audit the strength of WPA/WPA2-PSK Wi-Fi networks. It operates on a volunteer-based, crowdsourced model where users upload network captures for distributed cracking. Core Functionality
