Skill UI

This robust tool provides comprehensive tracking and analysis for your cryptocurrency holdings. It calculates real-time portfolio valuations using external APIs (like CoinGecko), analyzes asset allocation, tracks Profit & Loss (P&L), and issues concentration risk alerts. Ideal for users who need to check total portfolio value, view detailed holdings, analyze diversification, or export structured data for tax reporting and record-keeping.

This skill guides users in systematically organizing and documenting a year's worth of past projects into the specific SRED format. It processes scattered evidence—including GitHub PRs, Notion documents, and Linear tickets—to evaluate project suitability, generate comprehensive descriptions, and create structured, standardized reports within Notion. Ideal for formal academic submissions or professional portfolio creation.

JobGPT is a comprehensive automation platform for managing your entire career journey. It allows users to search for jobs using advanced filters (location, salary, remote, etc.), auto-apply to openings, generate tailored resumes optimized for specific roles, and track application progress across multiple job boards. Furthermore, it provides valuable salary intelligence, helps find target recruiters, and facilitates professional outreach, making the job hunt process highly efficient.

Applies two-axis scoring, mandatory devil’s advocate reasoning, and persistent history to keep post-task self-reviews honest, resistant to inflation, and suitable for Claude Code sessions.

Provides a read-only report showing how much the context-mode feature has preserved session data, including token consumption, savings ratio, and tool-by-tool breakdown for evaluating context efficiency.

This skill helps users maintain a structured and comprehensive record of their daily activities, progress, key decisions, and learning outcomes. It creates a dedicated file for each day using the ISO date format (yyyy-mm-dd), ensuring that all entries are organized chronologically. By adhering to concise, third-person reporting, it helps users build a valuable, reviewable knowledge base of their journey and accomplishments.

This skill ensures a comprehensive understanding of a project's technical history by reading every Architecture Decision Record (ADR) in the designated folder. It is crucial to use this when summarizing architectural context, making major changes, or evaluating project decisions, guaranteeing nothing is missed.

This skill guides authors in evaluating whether their chemical engineering manuscript meets the high standards of the AIChE Journal. It helps authors re-frame application-specific work into generalizable principles, focusing on fundamental scientific advances, rigorous modeling, and comprehensive experimental validation, ensuring the contribution transcends a single process.

A comprehensive guide detailing the end-to-end workflow for submitting research papers to top-tier academic conferences, such as the ACM SIGOPS ATC. It provides a backward planning structure, covering critical stages from initial system freezing and extended abstract writing, through multi-round peer review, rebuttal preparation, artifact evaluation, and final camera-ready submission.

Use this comprehensive guide to manage the entire project lifecycle for a CAV (Computer Aided Verification) paper submission. It provides a backward-planning timeline, covering topics from initial concept fitting and evidence locking to the two-stage review process, optional artifact evaluation, and final camera-ready submission. Essential for managing technical academic deadlines and mitigating common failure modes.

A comprehensive guide designed to assess whether a molecular or translational oncology study meets the high standards of a top-tier journal like Cancer Cell. It helps researchers critically evaluate their work's mechanistic depth and translational relevance, providing actionable steps before investing in full manuscript submission.

A comprehensive project management skill designed for guiding the entire lifecycle of an ACM CCS conference submission. It maps out critical milestones, including abstract registration, full-paper upload, rebuttal periods, notification, and artifact evaluation. Users can utilize the backward-planning templates and 'big-four' deadline hopping strategies to manage complex academic deadlines effectively.