Security & Testing Habilidades de Claude

Kernel Debug Loop

Enables rapid kernel development cycles through time-bounded execution and real-time log signal detection.

Gherkin Acceptance Criteria

Generates structured Gherkin acceptance criteria using Given-When-Then syntax for testable requirements and user stories.

Prompt Engineering

Architects secure, high-performance prompts and orchestrates multi-step LLM workflows with built-in injection prevention and output validation.

Testing Skills with Subagents

Applies a Test-Driven Development cycle to process documentation to ensure instructions resist rationalization and remain effective under high-pressure scenarios.

Test-Driven Development (TDD)

Enforces a strict Red-Green-Refactor workflow to ensure all code is verified by failing tests before implementation.

Defense-in-Depth Validation

Implements multi-layered data validation patterns to make bugs structurally impossible across every architectural level.

Verification Before Completion

Enforces a rigorous verification workflow requiring command-based evidence before any task is marked as complete or successful.

Testing Anti-Patterns Guard

Enforces robust software testing standards by identifying and preventing brittle mocks, production code pollution, and incomplete test data structures.

Condition-Based Waiting for Tests

Eliminates flaky tests and race conditions by replacing arbitrary timeouts with intelligent condition polling.

Root Cause Tracing

Identifies the fundamental source of software bugs by systematically tracing execution backward through the call stack and implementing strategic instrumentation.

TDD Enforcement Algorithm

Enforces strict test-first development through a deterministic algorithmic decision tree that eliminates rationalizations for skipping tests.

Systematic Type Migration

Orchestrates safe, incremental refactoring of legacy types into new type-safe implementations through a test-first workflow.

Systematic Debugging Framework

Implements a rigorous four-phase scientific framework to identify root causes and eliminate trial-and-error patching.

Linux AT-SPI2 Automation

Automates Linux desktop applications through secure interaction with the AT-SPI2 accessibility interface and D-Bus protocol.

Troubleshoot

Diagnoses and resolves coding errors and system failures through automated log analysis, environment checks, and structured recovery patterns.

Defense-in-Depth Validation

Implements multi-layered data validation patterns to prevent bugs and failures from propagating through system boundaries.

Build & Error Recovery Specialist

Automates build verification, error recovery, and the application of code review feedback using LSP-enhanced diagnostics.

Testing Fundamentals

Implements rigorous TDD workflows and comprehensive testing strategies to ensure 80%+ code coverage and production-grade software quality.

Security Essentials

Implements industry-standard security protocols and OWASP best practices to safeguard applications against common vulnerabilities and data breaches.

Production Code Standards

Enforces high-quality, production-ready coding standards using the CLAUDE Framework, TDD, and rigorous security protocols.

AI Architecture & Security Consultant

Performs deep architectural reviews, security audits, and complex code analysis by leveraging 100+ AI models via LiteLLM.

Gemini 3 Flash Integration

Empowers Claude with Gemini 3 Flash's 1M token context for high-speed code analysis, prioritized security audits, and root-cause debugging.

Foundry Solidity Development

Builds and tests secure Ethereum smart contracts using the high-performance Foundry toolkit and modern Solidity patterns.

Solana Security Auditor

Audits Solana programs for security vulnerabilities using a systematic review framework for Anchor and native Rust.

Plan Reviewer

Verifies technical implementation plans against rigorous quality standards to ensure security, testability, and architectural integrity before execution.

Revising Findings

Automates the systematic implementation of code and documentation fixes identified during verification workflows.

Kernel Debug Loop

Enables fast, iterative kernel debugging by executing time-bounded sessions with automated signal detection and real-time log monitoring.

Breenix Integration Test Authoring

Streamlines the creation of kernel integration tests for Breenix using shared QEMU instances and serial checkpoint signals.

Systematic Kernel Debugging

Implements a document-driven workflow for investigating and resolving complex kernel-level bugs and architectural failures.

Breenix Code Quality Guard

Enforces strict Rust code quality standards and kernel-specific best practices for the Breenix project.