Skill UI

This guide details how to build automated threat intelligence enrichment pipelines within Splunk Enterprise Security. By leveraging the Threat Intelligence Framework, users can ingest, normalize, and correlate Indicators of Compromise (IOCs) from diverse external sources (such as TAXII, CSV, and custom APIs). The process uses KV Store collections and lookup searches to enrich raw security events with critical threat context, significantly reducing triage time for SOC teams.

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.

Guides SOC teams through validating alerts, isolating networks and endpoints, preserving evidence, and disabling compromised accounts to rapidly contain an active breach while minimizing business impact.

This skill analyzes AWS CloudTrail logs to detect suspicious API call patterns, such as new event sources, geographic anomalies, or high-frequency usage. It establishes a statistical baseline of normal activity and flags deviations indicative of compromised credentials, privilege escalation, or insider threats, providing a detailed JSON report for security investigation and threat hunting.

This skill provides comprehensive guidelines for detecting Business Email Compromise (BEC), a sophisticated fraud scheme. It covers detection techniques using email gateway rules, behavioral analytics, and robust financial process controls. Learn to identify red flags like unusual payment requests, domain mismatches, and patterns of social engineering to protect against financial loss.

This guide provides a comprehensive methodology and technical approach for detecting malicious email forwarding rules. It is crucial for threat hunting, incident response, and proactive security assessments to identify persistent access mechanisms used by adversaries for intelligence collection and Business Email Compromise (BEC) attacks. It outlines necessary prerequisites, workflow steps, and key threat indicators (T1114).

A comprehensive guide and workflow for the post-containment phase of incident response. This process details systematic methods for mapping all persistence mechanisms, identifying malware artifacts, removing threats, resetting compromised credentials, and patching initial access vulnerabilities to ensure complete system eradication.

This skill details the exploitation of the critical Zerologon vulnerability (CVE-2020-1472) found in the Microsoft Netlogon Remote Protocol. It allows an unauthenticated attacker to compromise a domain controller by resetting its machine account password. The guide covers the complete attack chain, including initial exploitation, credential dumping via DCSync, and subsequent privilege escalation in Active Directory environments. Used exclusively for authorized red teaming and security testing.

This skill provides a systematic methodology for detecting Command and Control (C2) beaconing patterns in network traffic. It utilizes advanced statistical techniques, including Coefficient of Variation (CV) and jitter analysis, applied to network flow logs (Zeek, proxy, firewall). It is crucial for proactive threat hunting and incident response to identify compromised endpoints communicating periodically with malicious infrastructure.

This skill provides a deep dive into implementing robust End-to-End Encryption (E2EE) for messaging applications. It simulates key components of the Signal Protocol, including X3DH for initial key exchange and the Double Ratchet algorithm for ongoing key management. It ensures forward secrecy, meaning even if a key is compromised, past messages remain secure. Use this when building highly secure, compliant communication systems.

This skill automates the entire phishing incident response lifecycle using the Splunk SOAR REST API. It processes reported emails, extracts indicators of compromise (IOCs) like URLs and IPs, creates incident containers, attaches artifacts, and triggers automated playbooks for deep analysis and reporting. It is essential for security operations teams needing robust, programmatic incident handling and compliance alignment.

Conducts a comprehensive Active Directory penetration test, covering domain enumeration, misconfiguration discovery, and attack path analysis using BloodHound. Techniques include exploiting Kerberos weaknesses (Kerberoasting, AS-REP Roasting) and escalating privileges via DCSync and constrained delegation, culminating in domain compromise demonstration.