Skill UI

This comprehensive tool generates complete SEO packages for YouTube videos, podcasts, and short-form content. It includes live-researched titles, descriptions, tags, chapters, and detailed audit fixes, helping boost visibility for both new and underperforming content by targeting specific keywords and user intent.

Generates complete, highly structured, and sequenced multi-email campaigns for various purposes, including user onboarding, product launches, lead nurturing, and re-engagement. The skill creates detailed content for each email, including attention-grabbing subject lines, preview text, full body copy, primary CTA button text, and a strategic note explaining the psychological intent. It ensures the entire sequence maintains a consistent narrative arc while allowing each email to stand alone.

A comprehensive guide for implementing Brutalist Typography aesthetics across web and mobile platforms. This style intentionally breaks traditional design rules, utilizing massive system fonts, clashing colors (Black, White, Red), and aggressive layouts (overlapping, negative margins) to create a raw, attention-demanding, and unapologetic visual experience. Includes detailed CSS, SwiftUI, Flutter, and React Native examples.

This comprehensive guide provides technical implementations for achieving a modern 'Layered Design' aesthetic. It teaches developers how to create depth, intentional overlapping, and clear stratification across various platforms. Includes detailed code examples for CSS, SwiftUI, Flutter, and React Native to build complex, dimensional user interfaces.

A comprehensive guide for implementing the raw, highly structured, and intentionally unfinished Brutalist aesthetic across web, mobile (SwiftUI, Flutter), and cross-platform applications. Learn to utilize stark borders, monospace fonts, high contrast colors, and system defaults to achieve a non-conventional, anti-polished design look.

This skill guides the creation of high-converting, honest comparison and alternative pages for developer tools. It teaches how to structure content that ranks for competitive SEO terms (e.g., "[Competitor] alternatives," "[Product] vs [Competitor]"), capturing high-intent traffic by addressing user pain points and providing clear technical differentiation.

This skill guides developers on implementing Conversational Language Understanding (CLU) using the official azure-ai-language-conversations Python SDK. It demonstrates how to analyze conversation intent and entities, build advanced NLP features, and integrate language understanding into applications using ConversationAnalysisClient. Best practices emphasize using DefaultAzureCredential and context managers for robust, production-ready code.

A comprehensive skill guide for defining the core intent, tone, and strategic direction of any frontend design. It applies rigorous cross-domain principles drawn from architecture, cinema, marketing, and automotive design. Use this before coding to establish purpose, visual hierarchy, and intentional structure, ensuring every design element is deliberate and highly crafted.

A comprehensive skill for systematically monitoring developer conversations across technical platforms like GitHub, Reddit, and Stack Overflow. It helps track brand mentions, competitor positioning, and unsolved technical problems to gather unfiltered product feedback and high-intent leads.

This skill guides the implementation of advanced SEO strategies tailored specifically for technical audiences and developers. It covers specialized techniques such as optimizing for error messages, researching high-intent technical long-tail keywords, creating structured how-to guides, and developing objective tool comparison content. Use this when targeting developers who search with precise technical intent, needing solutions that go beyond standard documentation.

This skill performs a deep comparison of two code versions to verify semantic equivalence, going beyond simple syntax diffing. It uses semi-formal tracing techniques to trace both versions against shared specifications and boundary conditions (e.g., null, zero, max/min). Ideal for confirming if a refactor, rewrite, or migration has unintentionally altered the code's behavior, answering the question: "Did I break anything?"

This skill provides a structured, multi-step workflow for resolving conflicts encountered during in-progress Git merges or rebases. It guides users through analyzing conflict origins, preserving original development intents, resolving conflicting code hunks without introducing new behavior, and executing comprehensive automated checks (typechecking, testing, formatting) to ensure the resulting codebase is stable and functional.