Skill UI

Reverse engineer malware binaries with Ghidra to decipher C2 protocols, cryptographic routines, and obfuscation, enabling analysts to extract embedded configs, map command dispatchers, and craft detection rules.

Register ICANN domains via a REST API with crypto payments so AI agents can autonomously check availability, pay in USDC/USDT/ETH/BTC, and retrieve DNS management credentials.

Assesses enterprise readiness for post-quantum cryptography migration by inventorying quantum-vulnerable algorithms, validating hybrid TLS with X25519MLKEM768, and checking CRYSTALS-Kyber/Dilithium plus oqs-provider OpenSSL agility before transition.

This skill provides a comprehensive framework for validating the integrity and recoverability of critical data backups. It goes beyond simple file checks by implementing cryptographic hash verification (SHA-256), simulating automated restore tests in isolated environments, detecting silent data corruption (bit rot), and scanning for signs of ransomware artifacts. It is crucial for ensuring data reliability against cyberattacks and hardware failures, adhering to standards like NIST CSF.

This comprehensive guide outlines essential security best practices for integrating with Adobe APIs. It covers securing OAuth credentials, implementing least-privilege scoping, managing zero-downtime credential rotation, and verifying I/O Events webhook signatures using cryptographic methods like RSA-SHA256. Essential for building secure, production-ready applications connected to Adobe services.

A comprehensive methodology for offensive security, red team intelligence gathering, and bug bounty reconnaissance. Covers domain recon, email harvesting, social media profiling, code leaks, infrastructure mapping, cryptocurrency tracing, and geospatial intelligence. Essential for building detailed attack-surface maps against organizations or individuals.

A comprehensive playbook covering advanced cryptographic hash attack techniques. Learn how to exploit inherent weaknesses such as length extension attacks (MD5, SHA-256), generating identical-prefix or chosen-prefix collisions, and analyzing side-channel timing leaks. Essential for CTF challenges and authorized penetration testing scenarios.

An expert playbook detailing advanced attacks against JWT and OAuth 2.0 tokens. Covers cryptographic weaknesses like alg:none, key confusion (RS256 to HS256), and header injection (kid, jku). It also addresses critical OAuth flow abuses, such as missing state parameters, account takeover, and token leakage, essential for robust application security testing.

This expert playbook provides a comprehensive guide to lattice-based cryptanalysis techniques. It covers fundamental concepts like SVP and CVP, and deep dives into advanced algorithms such as LLL and BKZ reduction. Key attack applications include Coppersmith's method for finding small roots in RSA, solving the Hidden Number Problem for recovering DSA/ECDSA nonces, and analyzing knapsack ciphers. Essential for CTF and academic cryptanalysis.