Skill UI

This tool acts as an orchestrator for submitting manuscripts to Psychological Science. It guides researchers through the complex publication process, making critical decisions based on the manuscript type (e.g., Research Article, Registered Report) and the current stage of development. It is crucial for managing constraints like tight word limits and rigorous open-science requirements, directing users to the correct specialized skills at every step.

This router guides the author through the complex, multi-stage process of submitting a top-tier economics manuscript to the Quarterly Journal of Economics (QJE). It diagnoses the current bottleneck—whether it's conceptual framing, causal identification, robustness checks, or writing style—and directs the user to the appropriate specialized skill stage (e.g., literature positioning, identifying, rebuttal). It does not replace specialized skills but ensures optimal workflow sequencing.

Guides authors through the rigorous, end-to-end lifecycle of submitting a paper to the Review of Economic Dynamics (RED). It acts as an orchestration checklist, covering critical stages from initial scope definition and quantitative modeling to data archiving, manuscript formatting, fee payment, and handling revisions. It ensures authors maintain methodological rigor and code-first discipline throughout the entire academic publishing process.

This router guides the entire workflow for developing a high-quality academic manuscript targeting the Review of Accounting Studies (RAST). It helps users determine the next necessary step—be it theory development, data analysis, refining contributions, or preparing for submission and rebuttal—ensuring methodological rigor and structural completeness throughout the writing process.

This guide acts as a comprehensive workflow router for developing manuscripts intended for The Review of Financial Studies (RFS). It diagnoses the current stage of the research process—from initial topic selection and literature positioning to empirical design, robustness checking, writing polish, and rebuttal. It does not replace specialized skills but directs the user to the precise skill needed next, ensuring novelty and rigor are maintained throughout the entire academic publishing cycle.

This guide provides a structured methodology for planning complex academic research publications, especially those governed by multi-deadline cycles. It emphasizes backward scheduling, accounting for non-compressible physical processes like hardware deployment and energy campaigns. It helps researchers sequence activities from initial topic selection through building, measurement, writing, and handling potential resubmission requirements across two distinct academic deadlines.

A detailed guide for managing the entire academic paper submission process for major graphics conferences like SIGGRAPH and SIGGRAPH Asia. It outlines the two annual cycles, backward planning from deadlines, key milestones (results video, baselines), rebuttal strategies, and final camera-ready submission steps, ensuring researchers can manage complex timelines effectively.

This guide provides an end-to-end backward planning roadmap for submitting to the SODA conference. It covers the entire theoretical computation cycle, key deadlines (e.g., July submission, rebuttal period), writing milestones, rebuttal strategies, and group ownership discipline, ensuring authors navigate the complex academic publication process efficiently.

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).

This is the master workflow and default entrypoint for complex CTF, exploit, and digital forensics challenges. It establishes a 'sandbox model,' treating presented targets as internal and guiding the user through a systematic investigation process. The orchestrator maps the entry surface, proves minimal attack paths, and intelligently routes the investigation to the most relevant specialized domain (e.g., pwn, crypto, cloud, AD) while maintaining a cohesive analysis flow.

This skill serves as the primary entry point for the Ouroboros system. It handles initial onboarding, guiding new users or those restarting the process. It enforces strict state management by requiring a specific RFC-mandated breadcrumb footer in the final response, ensuring clear interaction tracking and process continuity.

This comprehensive tool suite provides programmatic automation for Todoist task management. Users can manage the entire task lifecycle, including creating, updating, completing, and deleting tasks. It also supports structured organization by managing projects and sections, and filtering tasks using advanced workflows. Ideal for integrating task management into automated business processes or applications.