Al-Khaser is a research project focused on the development of anti-analysis and evasion techniques to resist reverse engineering. It provides implementations for detecting and evading virtual machines, sandboxes, and debuggers to prevent software analysis. The project implements control flow obfuscation through anti-disassembly methods and utilizes dynamic API resolution to bypass static import tables. It further hinders forensic analysis by manipulating memory headers to prevent process dumps and utilizing remote code injection to execute logic in external processes. The capability surface
This project is a community-curated repository of YARA rules used to detect malware, webshells, and other malicious patterns in files. It serves as a dataset of signatures for identifying known malware families, software packers, and threat intelligence indicators. The collection provides specialized detection capabilities for identifying exploit kits and anti-analysis evasion techniques, such as anti-debugging and anti-virtualization methods. It also includes signatures for cryptographic algorithm detection and the identification of unauthorized remote administration tools on servers. The r
MemProcFS is a volatile memory analysis tool and cross-platform memory acquisition system. It functions as a memory forensic virtual file system, mapping physical memory and kernel objects into a virtual directory structure that allows users to analyze system artifacts using standard file system tools. The project distinguishes itself by providing a virtual file system for memory forensics, enabling the browsing and querying of physical memory as read-only files and folders. It also incorporates a Yara-based memory scanner to identify malware signatures and injected code within physical memor
This project is a post-exploitation framework and command and control platform designed for security research and penetration testing. It functions as a remote access tool consisting of a central command server and encrypted executable payloads that establish reverse shell connections. The system utilizes a web-based dashboard for multi-client administration, allowing for remote host monitoring and direct shell access through an in-browser terminal. It generates cross-platform, encrypted binaries that employ a multi-stage delivery chain and a key exchange mechanism to secure communications.
أداة Pafish هي كاشف لصناديق الحماية (Sandbox) المضادة للتحليل ومختبر لبيئات المحاكاة الافتراضية. تعمل كأداة تشخيصية لتحديد ما إذا كان النظام يعمل داخل جهاز افتراضي أو صندوق حماية لتحليل البرمجيات الخبيثة من خلال تنفيذ تقنيات مضادة للتحليل شائعة.
الميزات الرئيسية لـ a0rtega/pafish هي: Virtual Machine Detection, MAC Address Lookups, Hardware Artifact Analysis, Instruction-Based VM Detection, Process-Based Environment Scanning, Registry-Key Based Fingerprinting, Anti-Analysis Technique Development, Sandbox Detectors.
تشمل البدائل مفتوحة المصدر لـ a0rtega/pafish: lordnoteworthy/al-khaser — Al-Khaser is a research project focused on the development of anti-analysis and evasion techniques to resist reverse… yara-rules/rules — This project is a community-curated repository of YARA rules used to detect malware, webshells, and other malicious… ufrisk/memprocfs — MemProcFS is a volatile memory analysis tool and cross-platform memory acquisition system. It functions as a memory… malwaredllc/byob — This project is a post-exploitation framework and command and control platform designed for security research and… hasherezade/pe-sieve — pe-sieve is a set of diagnostic tools for scanning Windows process memory to identify malicious implants, shellcode,… nationalsecurityagency/ghidra — Ghidra is a software reverse engineering suite designed to analyze compiled binaries and reconstruct program logic…