AI-powered attack pipelines in 2026 combine LLM-driven OSINT with polymorphic payloads that bypass static detection — and they run faster than any human red teamer. Here’s what the attacks actually look like, and the three controls that stop them.
Ghidra’s decompiler turns stripped CTF binaries into readable pseudocode in seconds. This walkthrough shows exactly how to go from raw ELF to captured flag — with real decompiler output and a concrete patching technique you can use today.
Deserialization RCE is still dropping shells in 2026 — because gadget chains weaponize code that’s already in your classpath. Walk through real ysoserial and PHPGGC payloads targeting Java and PHP apps, and learn exactly what an attacker does once the shell lands.
Attackers stole 47 Microsoft 365 mailboxes in six hours without cracking a single password — using session token theft that bypasses MFA entirely. Here is exactly how adversary-in-the-middle phishing and OAuth consent attacks work, with real commands to detect them in your tenant.
A 2026 OpenSSH vulnerability caught thousands of admins with default configs wide open. This guide walks through auditing your SSH exposure, locking down sshd_config with real settings, and verifying Fail2ban is actually blocking attacks — with commands you can run right now.
LLM jailbreaking is hitting real production systems in 2026 — not just research labs. Learn how role override and indirect prompt injection attacks work, see actual examples, and get concrete steps to lock down your AI deployments today.
Most forensics CTF failures come from having no methodology — teams guess instead of triage. This post walks through a systematic approach covering disk triage, deleted file recovery, and memory analysis with real commands and tool output you can use immediately.
Attackers mapped an entire SaaS company’s attack surface using only public data before firing a single payload. This post walks through the exact OSINT workflow — theHarvester, Shodan, and credential leak tools — so defenders can run it first.
Pass-the-Hash and Pass-the-Ticket attacks let adversaries move through Active Directory without ever cracking a password. This post walks through real Mimikatz and Rubeus examples — with output explained — so you know exactly what these attacks look like and how to stop them.
When a Linux host is compromised, attackers leave traces in processes, auth logs, and persistence mechanisms. This guide walks through real forensic commands to find reverse shells, suspicious logins, and backdoors — fast.
AI-generated polymorphic malware rewrites its own code on every execution cycle, burning through binary hashes faster than signature databases can keep up. Learn how the mutation engine works, what it leaves behind in memory, and how to build detection rules that survive it.
ROT13, XOR, and weak RSA show up in nearly every CTF crypto track. Learn to identify the cipher, pick the right attack, and recover the flag fast — with real commands you can run right now.