Skill UI

This comprehensive guide details how to migrate from multiple standalone data enrichment providers (like ZoomInfo, Apollo, Clearbit) or complex custom scripts into a unified Clay pipeline. It covers auditing current data stacks, mapping disparate fields, running parallel validation tests, and configuring Clay to consolidate data sources, significantly reducing complexity and operational costs.

This skill generates Mermaid diagrams to create visual organizational tools specifically designed for neurodivergent individuals, particularly those with ADHD. It helps externalize executive functions, reducing cognitive overwhelm by breaking down complex tasks into compassionate, manageable micro-steps. The tool auto-detects signs of distress and supports multiple accessibility modes (e.g., colorblind-safe, monochrome), making it useful for project planning, decision mapping, and personal productivity tracking.

Automates converting a Gmail message into a Google Tasks entry via the gws workflow command; ideal for turning important emails into actionable tasks by mapping the subject and snippet to task title and notes.

A utility for interacting with the Lark/Feishu communication directory. It allows users to search for employees by name or email to obtain an open_id, or use an open_id to retrieve comprehensive profile data, including department, contact details, status, and signature. Ideal for preparing information before sending messages or scheduling events. Note that department tree traversal and organizational structure mapping require native OpenAPI calls.

This advanced script offers a comprehensive solution for migrating project management data into ClickUp. It facilitates importing structured data from major external tools like Jira, Asana, and Trello, or moving data between disparate ClickUp workspaces. The process handles complex data mapping (e.g., Boards to Spaces, Issues to Tasks), custom fields, and ensures the integrity of hierarchical project structures.

This skill provides specialized internal auditing capabilities for ISO/IEC 42001:2023 AIMS. It helps compliance teams assess gaps across Clauses 4-10, build comprehensive AI risk registers with control mapping, and plan structured internal audits (Clause 9.2). Ideal for pre-certification readiness, scoping internal audit cycles, or integrating AI systems into existing quality/security management systems (ISMS/QMS).

This advanced orchestrator manages complex internal business workflows, covering process mapping, vendor management, capacity planning, and procurement optimization. It acts as a central router, classifying multi-signal inquiries and delegating tasks to specialized sub-skills (e.g., knowledge-ops, vendor-management). It follows a structured, depth-first workflow and returns actionable, digested reports anchored in documentation and next steps.

This skill facilitates structured, bidirectional reading and knowledge synthesis for academic texts, theories, and articles. It forces users to first capture the source material's original intent, before critically mapping its relationships, conflicts, and absorptions against the CrossFrame framework. It ensures structured output with clear source boundaries, making it ideal for deep learning and scholarly work.

This guide assists researchers in transforming vague datasets or observations into robust, positive, and economics-driven research questions suitable for prestigious accounting journals (like JAE). It teaches key concepts, such as identifying economic friction, distinguishing between normative and positive questions, establishing plausible identification strategies, and mapping the topic to specific academic domains.

This router guides authors through the entire lifecycle of submitting an applied microeconomics or Industrial Organization (IO) manuscript to the RAND Journal of Economics (RJE). It acts as an entry-point dispatcher, mapping specific writing, analysis, and revisions (e.g., framing, identification, rebuttal) to the correct stage, ensuring the paper meets the journal's stringent standards.

A comprehensive guide designed for planning major academic conference submissions (e.g., SIGIR). It provides a detailed backward-planning calendar, mapping milestones from initial scoping and evidence building through to final camera-ready submission and presentation. This tool helps researchers manage complex multi-track coordination, identify potential failure modes, and utilize fallback conference pathways.

This comprehensive guide provides an end-to-end planning framework for USENIX Security Symposium submissions. It assists researchers in selecting the optimal submission cycle, mapping backward timelines from key milestones (like registration), assigning ownership for venue-specific risks (e.g., ethics, reproducibility), and coordinating through the complex post-submission decision process (Accept/Reject).