BloodHound mapped the exact attack path used in major AD breaches — paths your standard tooling never shows. This guide walks through real SharpHound collection, Cypher queries, and Kerberoasting detection with actual command output so you can find and close those paths before an attacker does.
Attackers routinely plant cron jobs to survive reboots and IR cleanup — yet most teams never audit scheduled tasks. Learn how to detect malicious cron entries, sweep your fleet for common IOCs, and lock down cron access before the next compromise.
AI copilots now represent one of the largest unaudited attack surfaces in most organizations. From prompt injection to over-privileged tool access, here’s how to find the gaps and close them with real commands and tool output.
Most CTF teams stall on reversing challenges because they never move past surface-level recon. This walkthrough shows you how to load a binary into Ghidra, read decompiled logic, and extract a flag by tracing one obfuscated comparison function — step by step.
Burp Suite Pro goes far beyond passive proxying — targeted active scans, Intruder payload attacks, and real-time Match and Replace rules expose the vulnerabilities automated tools miss. Here’s how practitioners use it in the field.
Fileless malware abuses built-in tools like PowerShell and WMI to run entirely in memory, leaving nothing for traditional antivirus to scan. Learn exactly how these living-off-the-land attacks work — with real commands — and what defenders can do to catch them.
SSRF lets attackers hijack your server to probe internal networks, steal cloud credentials, and access services that should never be public. Here is how to find it, exploit it, and understand exactly what the output means at each step.
Windows Defender bypass techniques used in 2026 red team engagements rely on AMSI patching, ETW stomping, and LOLBins like MSBuild — no exploits required. Here is exactly how each method works and what defenders need to catch it before it costs them.
Attackers are weaponizing Large Language Models to create personalized, grammatically perfect phishing campaigns at unprecedented scale. This deep dive examines real attack frameworks, code examples, and the detection strategies security teams need to defend against AI-powered social engineering.
Master digital forensics CTF challenges with a systematic methodology covering memory analysis, disk forensics, network captures, and steganography. Learn the essential tools, techniques, and workflows used by security professionals to uncover hidden evidence and flags.
Master advanced Wireshark techniques for network forensics including C2 detection, lateral movement identification, and automated analysis pipelines. This guide covers real attack scenarios and defense strategies for modern encrypted networks.
Deep technical analysis of how modern C2 frameworks establish and maintain persistence on compromised systems. Covers registry, scheduled tasks, WMI subscriptions, and DLL hijacking with real detection strategies and defense hardening techniques for security practitioners.