Skill UI

This system manages vulnerabilities that cannot be remediated within Service Level Agreement (SLA) timelines. It provides structured workflows for requesting exceptions, documenting compensating controls, obtaining formal risk acceptance approvals, and automatically managing expiration. It helps organizations maintain visibility into accepted risks to comply with major frameworks like PCI DSS, SOC 2, and NIST CSF.

This workflow guides SOC teams in establishing a comprehensive, structured process for vulnerability management. It utilizes major scanning tools (Nessus, Qualys, OpenVAS) to discover, prioritize, and track remediation of security weaknesses across the infrastructure. It integrates threat intelligence (CISA KEV) and asset criticality into risk scoring, ensuring resources are focused on the most critical threats.

Bun is a high-performance, all-in-one JavaScript runtime and toolchain. It functions as a runtime, package manager, bundler, and test runner, offering significant speed improvements over traditional Node.js setups. It is ideal for modern, fast-paced development, new projects, and deployment environments like Vercel.

This guide details advanced techniques for authorized security assessments, focusing on forced browsing. It helps testers discover hidden administrative pages, unprotected APIs, and configuration files by systematically enumerating URLs and challenging application access control mechanisms. Techniques involve using tools like ffuf and Gobuster for comprehensive path and directory discovery.

A robust framework for orchestrating complex, multi-step coding tasks using multiple AI agents. It functions by first planning the entire project into a mission dependency graph (DAG), then dispatching specialized agents to isolated Git worktrees for parallel development. The system automatically monitors progress, handles merges, and generates structured, comprehensive reports detailing changes, completed tasks, and next steps.

A comprehensive system for systematically collecting, categorizing, and enriching Indicators of Compromise (IOCs) from various sources (network logs, memory dumps, email, etc.). It supports the entire incident response lifecycle, ensuring structured data representation using STIX/TAXII formats for robust threat intelligence sharing and defensive system automation.

This skill provides comprehensive methods for collecting and synthesizing Open-Source Intelligence (OSINT) regarding threat actors, malicious infrastructure, and attack campaigns. It utilizes public data sources, passive reconnaissance tools (like WHOIS, Certificate Transparency), and specialized platforms (Maltego, Shodan, SpiderFoot) to map adversary context and perform pre-engagement intelligence gathering for authorized red team assessments. Emphasis is placed on passive collection techniques to ensure legality and operational security.

MISP (Malware Information Sharing Platform) is an open-source platform designed for gathering, storing, and correlating Indicators of Compromise (IOCs). This skill guides users through deploying MISP using Docker, configuring various threat feeds (MISP, TAXII, CSV), and utilizing the PyMISP Python API. It enables the building of automated pipelines to aggregate diverse threat data, such as IP addresses, domains, and hashes, for enhanced security operations.

This guide details the systematic process of collecting volatile forensic evidence from a compromised system, adhering strictly to the order of volatility. It captures critical data including system memory dumps, active network connections, running processes, and system state before data loss, which is essential for thorough incident response and root cause analysis.

Guide for assessing AWS, Azure, and GCP environments with tools such as Pacu, ScoutSuite, and Prowler to uncover IAM weaknesses, exposed storage, insecure serverless functions, and cloud-native attack chains.

This skill details the advanced technique of DCSync, which exploits the Microsoft Directory Replication Service Remote Protocol (MS-DRSR) to impersonate a Domain Controller. It is primarily used in authorized red-teaming and penetration testing to dump sensitive credentials, extract the KRBTGT hash, and ultimately forge Golden Tickets, establishing deep domain persistence. Ideal for security auditors and offensive security professionals.

A comprehensive guide to simulating Man-in-the-Middle (MITM) attacks using industry-standard tools like Bettercap, Ettercap, and mitmproxy. This technique is strictly for authorized penetration testing environments to assess cryptographic controls, validate TLS certificate pinning, and test network defense mechanisms against ARP/DNS spoofing and sniffing.