Skill UI

A comprehensive guide for assessing the scope and significance of high-quality, cross-disciplinary research. This skill helps authors determine the optimal publishing venue—whether it should be PNAS Nexus, flagship PNAS, or a specialized field journal—by evaluating how broadly the findings resonate across biological, physical, social, and engineering sciences. It is crucial for submissions and for judging transfer opportunities following a PNAS decline.

A comprehensive guide detailing the required structure and technical rigor for writing papers in sensing and embedded systems (SenSys). It mandates replacing vague adjectives with concrete, measured metrics (e.g., energy in joules, latency in milliseconds) and structuring the argument around a clear 'pain $\to$ gap $\to$ mechanism $\to$ measured behavior' arc on the first page. Essential for academic researchers and engineers.

A comprehensive guide for positioning academic papers in highly competitive technical fields, particularly networking and distributed systems. Learn how to systematically sweep major venues (SIGCOMM, NSDI, MobiCom, etc.), rigorously prove every prior work via dblp/ACM DL, and articulate clear novelty by distinguishing core mechanisms from mere engineering polish. Essential for top-tier conference submissions.

This skill provides a comprehensive assessment framework for submitting manuscripts to the journal 'Systems Engineering Theory and Practice.' It helps researchers determine the manuscript's fit, required methodological depth (e.g., modeling, algorithms), structural adherence, and potential revision paths. It serves as a crucial guide to meet the high academic standards of a specialized systems engineering publication.

This guide covers the mandatory Open Science appendix for high-level security research. It instructs authors on enumerating all artifacts (code, datasets, configurations), documenting data withholding decisions, and implementing engineering controls (like environment pinning and version tracking) to ensure that published results are independently and reliably reproducible.

This comprehensive guide is designed for authors submitting manuscripts in water science or engineering. It details the high standards, scope, and expected rigor for the flagship journal, Water Research. It covers the necessary depth of mechanistic or methodological advances, strict experimental design requirements (including mass balances and controls), and the IMRaD structure required for publication.

This guide provides a comprehensive strategy for authors submitting to conferences like WSDM, which historically do not have a dedicated rebuttal phase. It teaches preemptive objection engineering, how to structure answers directly into the PDF, managing post-submission communication channels, and planning next steps whether accepted or rejected.

This skill facilitates cross-version symbol migration and binary diffing. When existing symbols or reverse engineering results from an old version need to be quickly mapped to a new binary version, this tool is used. It leverages LLMs to perform structured structural comparisons between corresponding functions in different versions, enabling the programmatic transfer of function names and offsets even when original PDB files are lost. Ideal for kernel debugging, application updates, and binary analysis.

This guide provides a comprehensive methodology for the reverse engineering of browser extensions (Chrome/Firefox). It covers analyzing the manifest, tracing background workers, content scripts, and recovering sensitive logic like credentials or network traffic. Essential for security research, malware investigation, and supply chain security auditing.

This specialized skill is designed for advanced reverse engineering of firmware images in CTF environments. It guides users to map partition tables, trace complex boot chains (bootloader, kernel, init), analyze update packages, and recover embedded secrets or credentials. Use it when understanding the device's core architecture and execution path is necessary to find the decisive artifact.

This specialized skill guides deep-dive analysis for binary-heavy challenges, including CTF, malware analysis, and advanced forensics. It covers reverse engineering binaries, unpacking samples, inspecting memory dumps, debugging crashes, and building exploit chains by correlating artifacts like files, memory, and network packets.

Generates high-quality, structured technical documentation for READMEs, APIs, and architecture guides, adhering to progressive disclosure principles. It also specializes in creating formal, evidence-backed security reports for penetration testing, CTF writeups, and reverse engineering tasks, ensuring a professional, reusable format.