Skill UI

Run multi-page Lighthouse audits via the Unlighthouse CLI, aggregating performance, accessibility, best-practices, and SEO scores across all routes on a site. A free, local alternative to PageSpeed Insights API quotas, ideal for CI integration, large sites, and post-deploy regression checks.

This skill converts vague speed requests into a structured optimization process. It establishes a baseline, defines correctness gates, and iteratively tests variants against metrics like latency or cost. Each variant is benchmarked and validated before promotion, ensuring reproducible improvements without breaking functionality. Ideal for performance tuning, recursive optimization, and selecting the best implementation through measured tests.

A high-performance utility for executing simple, deterministic code transformations (e.g., removing console logs, converting var to const). This engine leverages a WASM core to perform structural refactoring sub-millisecond, without calling any expensive LLM APIs. Ideal for CI/CD pipelines, automated bulk refactoring, and cost-sensitive development workflows where determinism and speed are paramount.

This optimizer guides the acceleration of complex, multi-stage processes, such as CI/CD pipelines, large-scale refactoring, or data validation. It instructs users to decompose large tasks into independent execution lanes, build a dependency graph, batch read/check operations, and manage writes with strict isolation to maximize speed without sacrificing correctness. Ideal for optimizing development workflows and testing cycles.

This tool performs a comprehensive, dedicated audit of all images on a webpage or site. It evaluates images for optimal SEO, performance, and accessibility, checking alt text quality, file sizes, modern formats (WebP/AVIF), responsive attributes, lazy loading implementation, and preventing Cumulative Layout Shift (CLS). It provides a prioritized optimization list to improve site speed and search engine rankings.

A comprehensive, scored audit tool for evaluating landing pages across critical conversion dimensions. It analyzes above-fold clarity, trust signals, form friction, message match, mobile UX, and page speed. The output provides actionable, prioritized fixes and detailed recommendations to systematically boost your conversion rate.

This comprehensive guide outlines the strict technical and structural requirements for the IROS supplementary video, which serves as primary evidence for submitted research. It details constraints such as the 60-second limit, 10MB size cap, and necessary formats. The guide emphasizes presenting uncut real trials, including labeled failures, maintaining honest playback speed, and performing thorough anonymization to maximize academic credibility.

A comprehensive framework for analyzing and presenting algorithmic contributions in academic papers. It guides users beyond mere computational speed, requiring rigorous proof of complexity (Big O), convergence (rate and conditions), or approximation bounds (rho). Essential for optimizing and validating complex computational models in scientific fields.

A comprehensive guide detailing the rigorous standards required for submitting parallel programming research to top-tier academic venues. It covers crucial topics such as proving concurrency correctness, demonstrating measurable scalability using speedup curves, adhering to strict formatting (10 pages, two-column layout), and structuring the technical contribution to satisfy expert reviewers.

This skill generates high-quality images, textures, icons, and visual assets from text prompts using advanced AI models. It supports multiple providers, including OpenAI (DALL-E) and Google Gemini, offering flexibility in quality and speed. Ideal for rapid prototyping, game asset creation, artwork, and visual mockups across various projects. Requires configuration with an API key.

A comprehensive tool designed to analyze and suggest improvements for performance bottlenecks across various domains, including application code, database queries, and system architecture. It identifies issues like memory leaks, inefficient algorithms (e.g., O(n²)), and N+1 database queries, providing actionable steps and best practices to enhance system stability and speed.

This skill performs a static, read-only audit of a finished .ppmplugin bundle. It acts as a crucial verification gate, ensuring the bundle is structurally sound and ready for runtime deployment. It checks archive layout, manifest schema integrity, DEX/iOS structure, and adherence to native contract rules. By identifying critical failures locally, it dramatically speeds up the development cycle and prevents difficult-to-discover runtime deployment errors.