Skill UI

A comprehensive methodology for deep security testing of both Android (APK) and iOS (IPA) applications. This guide covers the entire workflow, from initial information gathering and static analysis (decompilation, code structure analysis) to advanced dynamic instrumentation, network interception, and bypassing modern security measures like SSL Pinning, Root/Jailbreak detection, and anti-debugging.

This skill parses standardized C-CDA/CCD XML clinical documents exported from EHRs. It extracts both human-readable section narrative text and coded entries, mapping them by LOINC codes and template IDs. It is essential for preparing clinical free-text data for subsequent NLP analysis and supports XML-aware de-identification while preserving document structure.

This skill decodes complex pipe-delimited HL7 v2.x messages (including ADT, ORU, MDM) into structured segments and fields. It is essential for ingesting HL7 feeds from interface engines, allowing users to surface embedded clinical narratives (OBX-5 and NTE-3) for subsequent Natural Language Processing (NLP) analysis. It also provides segment-aware de-identification capabilities to redact PHI while preserving the native HL7 message structure.

A comprehensive framework for reverse engineering compiled, obfuscated, packed, or virtualized targets. This process is crucial for understanding the internal workings of binaries, APKs, firmware, and custom VMs before exploitation or solution. It supports static and dynamic analysis using advanced tools like IDA, Ghidra, and angr, covering complex anti-analysis techniques and deep code structure analysis.

Analyzes a Power Pages site project's source code and dependencies for various security issues. It runs static analysis (opengrep) and dependency scanning (trivy) to detect vulnerable packages, hard-coded secrets, license compliance problems, and general code patterns. Use this skill to audit code safety, check dependencies, or perform a comprehensive security audit.

This skill provides a structured legal analysis framework for assessing potential unfair dismissal claims under English and Welsh law. It systematically guides users through key legal concepts, including qualifying service periods, the Burchell test for conduct, the Polkey test for procedural fairness, and ACAS code compliance. Ideal for pre-dismissal planning or post-dismissal claim risk assessment.

This skill guides developers to migrate .NET projects from checked-in .designer.cs files to using the Microsoft.CodeAnalysis.ResxSourceGenerator. It covers adding NuGet packages, removing generated designer files, updating MSBuild configurations, and handling special metadata like CustomToolNamespace.

This workflow guides building, reviewing, and testing Roslyn diagnostic analyzers, code fix providers, and incremental source generators for C# and VB.NET. It covers design rules like IOperation analysis, stateless callbacks, and metadata resolution, ensuring compatibility and best practices for .NET compiler tooling development.

Before modifying database objects like tables or procedures, trace all references across SQL and application code to produce a blast-radius report. This helps identify dependencies and assess risks before making changes in legacy codebases. It covers direct and indirect references to ensure safe schema modifications and prevent unintended breakages.

A comprehensive guide to product analytics, covering event tracking, funnels, cohort retention, north star metrics, OKRs, and dashboards. Examples include PostHog implementation and Python code for retention analysis. Ideal for product managers and data analysts seeking data-driven decisions.

This skill enables ultra-granular, line-by-line code analysis to build deep architectural context before vulnerability or bug finding. It applies First Principles and 5 Whys at a micro scale to maintain a stable mental model. Used for security auditing, architecture review, and threat modeling to reduce hallucinations and ensure bottom-up understanding.

This skill covers comprehensive patterns and techniques for analyzing compiled binaries, understanding assembly code, and reconstructing program logic. It includes x86-64 and ARM assembly conventions, control flow structures, data access patterns, and common code optimizations. Useful for reverse engineering, security analysis, and low-level debugging tasks.