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Hands-on cybersecurity courses with integrated labs and flag-based verification. Learn by doing, prove it with flags.
Bridge the gap between OSED and OSEE-level content across 9 modules. Master advanced Windows exploitation from heap attacks and kernel exploitation to browser type confusion, win32k privilege escalation, hypervisor escape, and modern mitigation bypasses, with hands-on downloadable lab environments.
Go beyond basic ROP chains. Learn JOP, SROP, and COOP techniques to defeat modern control-flow defenses.
Deep dive into NT Heap and Segment Heap internals. Exploit use-after-free, type confusion, and heap spray primitives.
Transition from user-mode to kernel-mode exploitation. Token stealing, pool overflows, and kernel mitigation bypasses.
Attack the Windows driver model. IOCTL reversing, fuzzing, and exploiting vulnerable kernel drivers.
Craft position-independent shellcode with direct syscalls, staged payloads, and techniques that survive modern defenses.
Defeat CFG, CET, ACG, and VBS. Combine primitives into full exploit chains against hardened targets.
JavaScript engine internals, type confusion in JIT compilers, heap manipulation in browser contexts, and renderer sandbox escape patterns
Win32k subsystem internals, user-mode callback vulnerabilities, GDI object abuse for kernel read/write primitives, and privilege escalation via the Windows graphics subsystem
Hypervisor architecture, virtual device attack surface, guest-to-host escape techniques, and Hyper-V security boundaries
We are actively building new training paths. Here is what is next.
Full methodology from reconnaissance through post-exploitation. Network, web, and Active Directory targets.
Coming SoonStatic and dynamic analysis of binaries. Malware unpacking, anti-debugging, and protocol reversing.
Coming SoonModern web exploitation: injection, SSRF, deserialization, JWT attacks, and API abuse.
Coming SoonAdversary simulation end to end. Initial access, persistence, lateral movement, and exfiltration.
Coming Soon