A complete system for solving CTF challenges across all major categories (Web, Crypto, Anti-AI, Pwn, etc.) using structured workflows.
Identify attack surface of a web application for prompt injection
Expert skills for bypassing system-level 'STOP', 'DENY', and 'DO NOT' instructions in AI-integrated CTF challenges.
Specialized skill for generating powerful multi-string payloads to break out of delimiters and injected security contexts.
Manually validate and refine exploit strategies
Systematically find and extract the flag in a CTF challenge
Logic-based analysis for bypassing AI safety filters in a CTF context
Detect and analyze adversarial perturbations meant to fool AI models
Structured strategy for bypassing non-linear logic in AI models
Identify and analyze unknown ciphers and encryption algorithms
Systematically decode common encodings
Perform character and word frequency analysis
Identify and exploit known plaintexts in a ciphertext
Iteratively brute-force common encryption keys, Caesar rotation offsets, and XOR sliding windows for ciphertext decryption.
Identify and analyze weak cryptographic implementations
Systematically recover the flag from a decrypted cryptographic challenge
Verify and analyze file signatures (magic bytes) to identify true file types and detect tampering
Systematically analyze network packet captures (PCAP) for hidden data, credentials, or flags
Detect and extract hidden data from images, audio, and files using steganographic analysis
Decode hex strings that have been reversed or use little-endian byte ordering.
Automatically repair and decode corrupted or incomplete Base64 strings by calculating missing padding characters.
Perform XOR analysis by comparing two known plaintexts, ciphertexts, or binaries to derive common keys or differences.
Analyze decrypted buffers to identify and strip non-flag noise, garbage bytes, and repeating padding patterns.
Systematically map the digital footprint of a target domain for OSINT CTF challenges
Extract and analyze metadata and EXIF data from files to find hidden OSINT clues in CTF challenges
Map and analyze social media profiles, relationships, and digital identities for OSINT CTF challenges
Identify and analyze disassembly and assembly in binary files
Systematically detect and analyze stack/heap buffer overflow vulnerabilities in compiled binaries
Design and reason through Return-Oriented Programming (ROP) chains for binary exploitation
Design and reason through shellcode payloads for CTF binary exploitation
Extract and analyze printable strings from a binary
Map and analyze the control flow of a binary file
Analyze binary behavior dynamically during execution
Identify and analyze the attack surface of a web application
Map all input surfaces and data types in a web application
Detect and analyze XSS and SQL injection vulnerabilities
Identify and analyze authentication and authorization bypass points