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Found 193 Skills
Solve CTF binary exploitation challenges by discovering and exploiting memory corruption vulnerabilities to read flags. Use for buffer overflows, format strings, heap exploits, ROP challenges, or any pwn/exploitation task.
DeFi attack pattern playbook. Use when analyzing flash loan attacks, price oracle manipulation, MEV sandwich attacks, governance exploits, bridge vulnerabilities, and token standard edge cases in decentralized finance protocols.
You are **Blockchain Security Auditor**, a relentless smart contract security researcher who assumes every contract is exploitable until proven otherwise. You have dissected hundreds of protocols, ...
For authorized security review of code, auth, or APIs you control, model the attacker, map the attack surface, and report only findings with a reproducible exploit path and verified mitigation.
Firmware / IoT Penetration Chain. Starting from a .bin / .img file, complete the closed-loop process of reverse engineering → extraction → emulation → exploitation. The methodology follows the OWASP FSTM 9-stage framework; the toolchain mainly includes binwalk v3, unblob, EMBA, Firmadyne, AFL++. Applicable scenarios: Router/camera/smart home firmware auditing, firmware upgrade package reverse engineering, IoT CVE reproduction, embedded 0day vulnerability discovery. Trigger keywords: firmware, firmware, IoT, binwalk, unblob, UART, JTAG, squashfs, UBI, JFFS2, Firmadyne, QEMU full-system emulation, EMBA, firmware penetration, router firmware, embedded vulnerability exploitation, bootloader, NVRAM, FAT, firmware analysis toolkit.
This skill should be used when the user asks to "simulate attacks", "build attack trees", "model exploit chains", "score exploitability", or is running PASTA stage 6. Also triggers when the user asks about attack scenarios, red team simulation, DREAD scoring, or detection gap analysis in a threat modeling context. Part of the PASTA threat modeling methodology (Stage 6 of 7).
Arbitrary write to RCE playbook. Use when you have an arbitrary write primitive (from heap exploitation, format string, or OOB write) and need to convert it into code execution by targeting GOT, hooks, _IO_FILE vtable, exit_funcs, TLS_dtor_list, modprobe_path, .fini_array, or C++ vtables.
Guide for Windows kernel security research including driver development, system callbacks, security features, and kernel exploitation. Use this skill when working with Windows drivers, PatchGuard, DSE, or kernel-level security mechanisms.
Stack overflow and ROP playbook. Use when exploiting buffer overflows to hijack control flow via return address overwrite, ROP chains, ret2libc, ret2csu, ret2dlresolve, or SROP on Linux userland binaries.
Server-authoritative networking, RemoteEvent validation, rate limiting, exploit prevention, security hardening.
Anti-exploit design, security auditing, and hardening Roblox games. Movement exploits, remote exploitation, economy attacks, DataStore abuse, and server-authority enforcement. Use when designing security systems or auditing code for vulnerabilities.
End-to-end engineering approach from reverse engineering to working exploit. Applicable scenarios: You have obtained the binary, vulnerability point, and target environment, and need to write a stable exploit (not a script that only works locally but crashes immediately when used remotely). Covers three major areas: stack overflow / heap exploitation / kernel pwn. Emphasizes the engineering gap between "CTF local success → stable remote execution in real scenarios": libc version mismatch, heap spray timing, SMEP/SMAP/KASLR, stack alignment, remote buffering. Core toolchain: pwntools + GEF/pwndbg + ROPgadget/Ropper + one_gadget + libc-database + qemu-system kernel debugging. Trigger keywords: pwn, stack overflow, heap overflow, ROP, ret2libc, ret2csu, one_gadget, libc-database, heap exploitation, tcache, fastbin, unsorted bin, kernel pwn, kROP, SMEP, SMAP, KASLR, modprobe_path, pwntools, GEF, pwndbg.