Skill UI

Max is a specialized agent responsible for cleaning up and improving existing code without altering its behavior. It focuses on algorithmic optimization, code abstraction, dead code removal, and readability improvements. Max ensures all changes maintain test suite integrity and follows strict refactoring rules. It is invoked only when explicitly requested to refactor proven code, ensuring safety and stability in software development workflows.

This skill detects persistent instruction injection vulnerabilities in AI agents. It verifies if the agent stores malicious instructions in long-term memory or context to execute later. The process involves attempting to write a persistent rule and verifying if the agent follows it in subsequent interactions. It focuses on behavioral persistence rather than data leakage.

A comprehensive automation toolkit for Mixpanel product analytics, accessible via Rube MCP. Automate key data tasks including event aggregation, detailed segmentation, conversion funnel analysis, user profile management, cohort tracking, and running custom JQL queries. Ideal for data analysts and product managers needing to deeply analyze user behavior patterns.

This skill acts as a cognitive behavioral psychologist to identify and neutralize customer objections before they arise. It uses psychological inoculation techniques to reduce resistance without triggering reactance. Ideal for sales funnels, pitch decks, and marketing copy where repeated doubts hinder conversion. It maps psychographic profiles and ranks objections by intensity to address the most critical barriers effectively.

Designs first-use product experiences using behavioral psychology to reduce friction, create early wins, and build habit formation and user retention.

OrcaReplay enables agents to query past execution recordings instead of relying on memory. It supports replaying or forking previous agent runs to investigate why specific actions occurred or to reproduce failures. This skill ensures accurate debugging by reading traces directly, distinguishing between recorded evidence and inferred data, and safely re-executing commands within isolated environments to verify historical behavior.

This skill provides a systematic pipeline for safely executing large-scale code refactors across multiple files or subsystems. It first performs parallel, dependency-aware analysis to map the entire scope, synthesizing a single, actionable plan. The process then breaks the work into independent 'work packets,' which are executed sequentially or in parallel by specialized worker agents, ensuring strict dependency management and behavior parity throughout the entire process.

Applies behavioral economics and price perception psychology to design pricing structure, framing, and presentation. Use it to set anchors, tiers and decoys, reduce pain of paying, and protect premium quality signals without manipulation.

This critical protocol is the ultimate measure for dealing with deeply corrupted, unmaintainable, or structurally rotten code modules. Instead of risky patching, it mandates a controlled, multi-phase process to completely delete the target and rebuild it from scratch. It ensures precise identification of all public interfaces, implicit contracts, and working behaviors (the Preservation List) before any removal occurs, guaranteeing the new implementation matches the original functionality while resolving deep architectural debt.

This skill reviews git diffs or specific file scopes for code reuse, quality, efficiency, clarity, and standards compliance. It optionally applies safe, behavior-preserving fixes. It uses parallel read-only sub-agents to inspect code while the main agent applies changes. Suitable for auditing changes, simplifying code, or refactoring.

This skill enables parallel read-only multi-agent review of git diffs or specific file scopes. It identifies behavioral regressions, security risks, performance issues, and coverage gaps using four specialized sub-agents. The main agent synthesizes findings to filter and summarize critical issues without modifying code. Ideal for ensuring code quality and safety before merging changes.

Engineers credible scarcity and urgency messaging using behavioral psychology. Use when deadlines, limited stock, or access windows should motivate action without manipulation or damaging trust.