Skill UI

Structures completed intrusion investigations with the Diamond Model by documenting adversaries, capabilities, infrastructure, and victims plus their relationships, metadata, and pivots to cluster incidents and support campaign attribution, confidence scoring, and analytic write-ups.

Execute deep, stealthy red team exercises that emulate real-world sophisticated adversaries. This process maps attacks to the MITRE ATT&CK framework, testing an organization's entire security posture—including detection, incident response, and containment capabilities (Blue Team). It is designed for simulating full attack lifecycles (initial access, lateral movement, exfiltration) to validate security investments and meet regulatory requirements (TIBER-EU, CBEST). Requires executive authorization and defined Rules of Engagement.

This guide provides comprehensive steps to harden Docker containers and associated runtime environments based on the CIS Docker Benchmark v1.8.0. It covers implementing least-privilege principles, such as running as non-root users, dropping capabilities, using read-only filesystems, and applying seccomp/AppArmor profiles. Use this when preparing containers for production deployment or conducting security audits to minimize the attack surface.

This capability provides advanced threat hunting by analyzing network telemetry (DNS, proxy, connection logs) to detect Command and Control (C2) beaconing patterns. It uses statistical analysis, frequency detection, and jitter analysis to identify compromised endpoints communicating with adversary infrastructure, crucial for proactive threat detection and incident response.

This skill implements the Diamond Model framework, providing a structured approach to analyzing complex cyber intrusions. It allows users to programmatically classify and correlate events based on four core elements: Adversary, Capability, Infrastructure, and Victim. Key functionalities include building activity threads, identifying pivot points, and generating comprehensive, pivot-ready threat intelligence reports.

This skill guides the deployment and configuration of the Dragos Platform for specialized Operational Technology (OT) and Industrial Control System (ICS) network monitoring. It leverages industrial protocol parsers and threat intelligence to detect sophisticated threats (e.g., VOLTZITE). It is essential for establishing OT Security Operations Centers (SOCs) or integrating dedicated ICS monitoring capabilities into enterprise SIEM solutions.

This comprehensive guide details the deployment and configuration of Tofino industrial firewalls to secure critical SCADA and PLC systems. It utilizes Deep Packet Inspection (DPI) capabilities for core OT protocols (Modbus, EtherNet/IP, S7comm), ensuring strict access control and enforcing IEC 62443 zone boundaries. Ideal for segmenting control networks and providing compensating controls for unpatchable legacy equipment.

This methodology provides SOC teams with an adversary-centric framework to evaluate security detection capabilities against the MITRE ATT&CK framework. By systematically mapping existing SIEM rules and data sources, users can identify critical detection gaps, prioritize rule development efforts, and measure the overall maturity of their security operations center (SOC) defenses over time.

This tool provides comprehensive network traffic analysis capabilities by querying the Arkime API. Users can search sessions, download PCAPs for forensics, detect sophisticated threats like C2 beaconing (via jitter/interval analysis), spot DNS tunneling patterns, and flag connections to known-bad TLS certificate issuers. Ideal for security assessment and incident investigation.

This skill guides the implementation of security chaos engineering experiments. It involves deliberately degrading or disabling security controls (like WAF, firewalls, or log pipelines) in a controlled environment to rigorously verify the detection, alerting, and response capabilities of the Security Operations Center (SOC). Users learn to use tools like boto3 and Python to simulate failure scenarios and assess system resilience and compliance posture.

This skill provides a comprehensive guide on integrating Cyber Threat Intelligence (CTI) feeds using STIX 2.1 and TAXII 2.1 standards. It demonstrates how to build both consumer and producer capabilities in Python, covering server discovery, polling collections, and parsing complex STIX objects (Indicators, Malware, Threat Actors). Ideal for professionals building SIEM/TIP integrations or advanced security architectures.

This skill guides the implementation of a full Cyber Threat Intelligence (CTI) program across the six-phase intelligence lifecycle. It covers defining intelligence requirements (PIRs), building collection pipelines, normalizing data, performing analysis, and managing feedback loops. Ideal for maturing existing CTI teams or establishing foundational security intelligence capabilities.