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A comprehensive modern architecture model is proposed to integrate platform solutions and tooling to support a professional Red Team.
Report & Document
This includes referenced documents, workflows, report templates, and tools to support Red Team campaigns in particular and Red Team operations in general.
GitLab's open-source Red Team operations handbook covering methodology, processes, tooling, and best practices for conducting enterprise-level adversarial engagements.
IBM's overview of red teaming methodology, adversary simulation approaches, and how organizations can leverage offensive security testing to strengthen defenses.
Specialized course teaching Beacon Object File (BOF) development for Cobalt Strike, enabling custom in-memory capabilities without dropping artifacts to disk.
Advanced evasion techniques and breaching defenses certification covering AV/EDR bypass, lateral movement in hardened environments, and custom payload development.
Advanced web application security certification focusing on white-box code review, exploiting custom web applications, and developing proof-of-concept exploits.
Windows exploit development certification teaching buffer overflows, shellcoding, reverse engineering, and advanced exploitation techniques on x86 and x64 architectures.
Expert-level exploit development course covering advanced Windows internals, kernel exploitation, sandbox escapes, and cutting-edge offensive research techniques.
Comprehensive course teaching malware creation from scratch using C/C++, covering process injection, EDR evasion, custom loaders, shellcode execution, and obfuscation.
Deep dive into ransomware mechanics, encryption techniques, propagation methods, and how to safely simulate ransomware operations for red team exercises.
Practical course on planning and executing sophisticated phishing campaigns, including infrastructure setup, payload development, and credential harvesting techniques.
Interactive learning path covering red team fundamentals, network exploitation, Active Directory attacks, C2 frameworks, and adversarial emulation methodologies.
Hands-on course teaching how to create custom Evilginx phishlets for various web applications to bypass MFA through man-in-the-middle session hijacking.
Professional-level course on Evilginx deployment, infrastructure hardening, phishlet customization, and executing advanced credential harvesting operations.
AI Agent
AI agents are recommended to assist humans in the red team campaign deployment process. AI Agents can interact with other components via MCP. However, we must still emphasize the importance of human decision-making and accountability.
AI-powered code editor that provides contextual code generation, intelligent autocomplete, and natural-language editing to accelerate exploit and tool development.
Anthropic’s advanced AI assistant designed for safe, helpful, and reliable assistance, capable of code analysis, explanation, threat modeling, and documentation.
AI coding assistant offering full-repository understanding, intelligent code completion, AI pair-programming chat, and enterprise-grade security to boost developer productivity.
AI agent specialized in software development workflows, offering intelligent code completion, refactoring suggestions, and automated testing capabilities.
Advanced MCP server that enables AI agents (Claude, GPT, Copilot, etc.) to autonomously run over 150 cybersecurity tools for automated pentesting, vulnerability discovery, bug‑bounty automation, and security research, bridging LLMs with real‑world offensive capabilities.
Fully autonomous AI pentester that discovers real exploits in web applications, achieving a 96.15 % success rate on the hint‑free XBOW benchmark; it automates scanning, vulnerability identification, and exploit generation.
MCP server implementation for Cobalt Strike (based on version 4.12), providing a programmable interface to control Cobalt Strike via the MCP protocol for automation and AI‑agent integration.
Raptor turns Claude Code into a general-purpose AI offensive/defensive security agent. By using Claude.md and creating rules, sub-agents, and skills, and orchestrating security tool usage, we configure the agent for adversarial thinking, and perform research or attack/defense operations.
An AI-powered agentic red team framework that automates offensive security operations, from reconnaissance to exploitation to post-exploitation, with zero human intervention.
AI-powered platform specialized for security teams, offering threat intelligence analysis, report generation, and collaborative security research capabilities.
Continuous Automated Red Team (CART)
"Continuous automated red teaming (CART) solutions enable organizations to continuously assess security posture in real time. CART solutions use automation to discover assets, prioritize vulnerabilities and conduct attacks using tools and exploits developed and maintained by industry experts." - IBM Red teaming
Recursive OSINT automation tool finding 20-50% more subdomains through AI/NLP-powered mutations, passive API enumeration, and intelligent DNS brute-forcing.
An AI-powered agentic red team framework that automates offensive security operations, from reconnaissance to exploitation to post-exploitation, with zero human intervention.
Search engine for identifying exposed databases, credentials, and sensitive information from historical breaches for threat intelligence and exposure assessment.
Search engine for identifying exposed databases, credentials, and sensitive information from historical breaches for threat intelligence and exposure assessment.
Internet-wide scanner indexing exposed devices, services, and vulnerabilities across global IP space for attack surface discovery and threat intelligence.
Email discovery and verification platform for finding corporate email addresses, patterns, and organizational contacts for social engineering research.
Industry-standard commercial C2 framework with malleable profiles, Beacon payload, post-exploitation modules, process injection, and team collaboration for red team operations.
Advanced C2 framework with userland hook removal, sleep masking, customizable communication channels, and superior EDR evasion designed for professional red teams.
Lightweight open-source C2 framework emphasizing simplicity and OPSEC-safe design for covert command and control operations. "EDR/AV evasion can be achieved through implantation using a script-jack vulnerability in electron applications."
Collaborative multi-platform C2 with plug-and-play agent architecture, containerized microservices, flexible communication profiles, and browser-based team interface.
Modern open-source C2 alternative to Cobalt Strike featuring Demon agents, indirect syscalls, sleep obfuscation, and modular payload design for evasion.
Commercial version of Evilginx offering advanced reverse-proxy phishing with session token stealing to bypass MFA, including premium support and additional features.
Tool for extracting Chrome's App-Bound Encryption to extract cookies, credentials, and sensitive data from Chromium-based browsers for post-exploitation.
Tool for extracting Chrome's App-Bound Encryption to extract cookies, credentials, and sensitive data from Chromium-based browsers for post-exploitation.
Legit Mail Server
Using Legit Mail servers helps us bypass some automatic email filters, preventing emails from being marked as suspicious or spam.
Educational repository teaching Rust-based implant development leveraging memory safety, low-level control, and cross-compilation for modern red team operations.
Tool for bypassing Chrome's App-Bound Encryption to extract cookies, credentials, and sensitive data from Chromium-based browsers for post-exploitation.
Tool for extracting Chrome's App-Bound Encryption to extract cookies, credentials, and sensitive data from Chromium-based browsers for post-exploitation.
SysWhispers is a tool that generates position-independent shellcode that calls Windows API functions directly, bypassing user-mode hooks and improving EDR evasion.
A tool for automatic patch shellcode into binary file to bypass AV.
Lab Environment
After developing a malware sample for the campaign, we need to assess its detectability using static signatures while ensuring that this sample is not recorded on the cloud systems of antivirus solutions.