Aircrack-ng vs Burp Suite DAST

Aircrack-ng is a free suite of command-line tools for assessing Wi-Fi network security. It captures packets and exports data to text files for processing with third-party tools, and checks wireless cards and drivers for capture and injection capabilities. The toolset also covers frame injection and replay, monitor-mode control, wireless-network graphing, and cracking WEP and WPA PSK keys, including WPA 1 and 2. The project says its command-line format allows heavy scripting. Aircrack-ng is open source under GPL v2, BSD 3 Clause, and OpenSSL licenses, and can be compiled without OpenSSL. It runs on Linux, macOS, Windows, and self-hosted deployments, with significant caveats for Windows: compatibility is only with Airpcap, and the Windows 1.7 download requires users to develop their own wireless-card DLLs, which are not included or supported. Chipset support is also incomplete, and some functions may not work even with a supported chipset. The downloads page lists version 1.7. Only the latest stable release is supported. The project directs users to documentation and community channels, not email support, and warns against accessing networks that do not belong to them.

Burp Suite DAST is an automated dynamic scanner for web vulnerabilities, built on the scanning engine used in Burp Suite Professional. Its Chromium-based crawler can handle JavaScript single-page applications, dynamic forms, GraphQL endpoints, and asynchronous loads, while crawling and auditing can run in parallel. Session-aware scans maintain authenticated state using username-password pairs or recorded login sequences. The scanner covers APIs described by Postman Collections, OpenAPI, SOAP, and GraphQL, with native support for several authentication methods. Teams can schedule portfolio scans from a dashboard or run them in CI pipelines, including on pull requests and merges. Deployment options include managed cloud and self-hosted software for Windows and Linux, plus Helm deployment for Kubernetes; self-hosted deployments can operate in air-gapped environments. Access controls include role-based permissions, site groups, audit trails, SAML single sign-on, and group-locked scan policies. Findings include captured requests and confirming responses. Pricing depends on the portfolio and requires contacting PortSwigger; a guided proof-of-concept trial follows a tailored demo and discovery call.