Skill UI

A comprehensive guide for authors submitting papers to mobile and wireless networking conferences (e.g., MobiCom). It emphasizes structuring the paper around measured evidence, ensuring every claim is paired with a precise operating regime and empirical proof. Key sections cover the 'first-page arc,' reporting distributions instead of superlatives, and managing the manuscript's page budget for maximum impact.

A comprehensive guide detailing the high standards required for presenting security evidence at major conferences. It covers methodologies for proving claims—including attacks, defenses, and detection systems—across live internet measurements, controlled testbeds, and emulation. Key requirements include adaptive adversary modeling, rigorous measurement hygiene, and adherence to ethical review protocols to ensure results are reproducible and relevant to real-world networks.

A comprehensive guide for authors targeting top-tier security conferences like NDSS. This skill helps determine manuscript fit, refine the academic framing, strengthen evidence, and understand venue-specific expectations (e.g., realistic attacker models, empirical validation). It serves as a strategic tool for conference submission planning, comparing submissions against related venues like USENIX Security and CCS.

This comprehensive guide assists researchers in determining the appropriate scope and venue for their networked systems research. It details the core requirements for top-tier conferences like NSDI, distinguishing between Research, Operational Systems, and Frontiers tracks. Furthermore, it provides critical routing advice for differentiating contributions between related venues such as OSDI, SIGCOMM, and FAST, ensuring the work aligns with the correct technical focus.

This guide outlines the stringent structural requirements for writing papers on distributed systems theory, specifically for top-tier conferences like PODC. It details how to front-load the core arguments, define the model box rigorously (network, timing, fault model), structure proofs logically, and ensure the key results are visible within the critical first 10 pages.

A comprehensive guide on methodological rigor for submitting manuscripts to Social Forces. It covers designing causal inference (panel/DID/IV/RDD), demographic analysis, comparative-historical case selection, and network/computational methods. The focus is on strengthening the design by rigorously defending assumptions and ruling out alternative explanations, ensuring methodological soundness beyond mere association.

Provides comprehensive guidelines for improving the reproducibility of academic network measurements and research artifacts, particularly for conferences like SIGCOMM. It details the necessary evidence map and the 'four ledgers'—topology, traffic, configuration, and run—to ensure that all reported claims can be accurately recreated and verified by the wider academic community.

A comprehensive guide for researchers deciding if their networking contribution (mechanism, architecture, or protocol) is a strong fit for SIGCOMM. It provides criteria for distinguishing between research novelty and real-world experience, and routes the work to similar top venues like NSDI, MobiCom, and IMC based on the core technical signal.

This skill acts as a comprehensive guide for authors targeting the USENIX Symposium on Networked Systems Design and Implementation (NSDI). It helps authors assess the fit of their research in networked, distributed, or cloud systems, providing strategic advice on paper reframing, required levels of evidence (e.g., real-scale deployment), and accurate positioning relative to closely related conferences like OSDI and SIGCOMM. It is a critical tool for optimizing conference submission chances.

A specialized skill for advanced security analysis, particularly in CTF scenarios. This tool guides users through analyzing live iOS runtime behavior, including Objective-C/Swift method tracing, inspecting Keychain data, bypassing SSL pinning, and recovering accepted network requests. It is designed to be used after a primary orchestration tool has established the sandbox environment, focusing on the details of trust boundaries.

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.

A comprehensive methodology for deep security testing of both Android (APK) and iOS (IPA) applications. This guide covers the entire workflow, from initial information gathering and static analysis (decompilation, code structure analysis) to advanced dynamic instrumentation, network interception, and bypassing modern security measures like SSL Pinning, Root/Jailbreak detection, and anti-debugging.