Browse skills

Identifies and flags potentially risky online behavior, prompting users to improve their digital safety practices.

Helps with Azure, AI as part of deploying and managing cloud infrastructure workflows.

Helps with Azure, AI, Java as part of deploying and managing cloud infrastructure workflows.

Analyzes Rust code for common pitfalls, suggesting improvements in safety, performance, and idiomatic style based on Kono's expertise.

Legacy Code Safety — provides AI agent assistance for software development workflows.

This skill provides guidance on using C++ smart pointers for memory management, preventing leaks and improving code safety.

Generates, debugs, and refactors complex TypeScript code, ensuring type safety and optimal performance for robust backends.

Offensive Typesafety — provides AI agent assistance for software development workflows.

Skill Guard proactively monitors and flags potentially harmful or inappropriate user inputs, enhancing safety and responsible AI interaction.

This checklist helps quickly identify potential rug hazards and ensure safety by systematically assessing flooring conditions.

Provides migration guidance and assistance for software development workflows.

Helps with Azure, AI as part of deploying and managing cloud infrastructure workflows.

Nemo Guardrails helps refine and control large language model outputs by setting constraints, improving accuracy & safety for your applications.

Analyzes Rust code to identify and resolve ownership and borrowing issues, ensuring memory safety and preventing data races.

This skill defends against prompt injection attacks by analyzing and neutralizing malicious instructions within user prompts, ensuring AI safety & reliability.

Shellcheck analyzes shell scripts for syntax errors, potential security vulnerabilities, and bad practices, improving code reliability and safety.

This skill assesses generated code for potential vulnerabilities & errors during implementation, boosting project security and reliability.

Analyzes data handling practices, identifies vulnerabilities, and suggests improvements to ensure robust data security and compliance.

Automated visual safety scans identify hazards in building environments using image analysis and reporting.

Analyzes job descriptions to identify potential occupational hazards and risks, aiding in proactive health & safety planning.

The Meddic Checklist generates comprehensive medical checklists for various procedures and conditions, ensuring thoroughness & patient safety.

Provides Python guidance and assistance for software development workflows.

Validates code against ariegoldkin's rigorous type safety standards, identifying potential errors and improving reliability.

Ensures robust backend code by automatically verifying TypeScript type correctness during pull request reviews.