Skill UI

Submit and manage autonomous lab protocols on Ginkgo Cloud Lab, leveraging RACs for cell-free protein expression validation/optimization, fluorescent pixel art, EstiMate AI assessments, and guided ordering of sample inputs through the web interface.

A comprehensive guide on configuring advanced email security gateways (SEGs) to detect and block sophisticated, targeted spearphishing attacks. This skill covers essential detection layers, including impersonation protection, real-time URL detonation, attachment sandboxing, and creating custom behavioral rules. It is crucial for SOC analysts and security engineers building robust email threat defense systems.

This skill guides the implementation of email sandboxing using Proofpoint Targeted Attack Protection (TAP). It covers configuring isolated detonations for suspicious attachments and URLs to detect zero-day malware, evasive phishing, and advanced threats. Learn to tune policies, monitor the TAP dashboard, and integrate findings with SIEM for robust email security architecture.

A comprehensive guide for SOC analysts and digital forensics experts. This skill covers the entire lifecycle of a phishing incident, from initial user report and header analysis (SPF, DKIM, DMARC) to detonating malicious URLs/attachments in sandboxes. It guides users on scoping the attack, identifying impacted users via SIEM/proxy logs, and executing containment measures like email purges.

This tool facilitates interactive dynamic malware analysis using the ANY.RUN cloud sandbox. It allows analysts to detonate suspicious samples, observe real-time execution behavior, and manually interact with prompts (like dialogs or CAPTCHAs). Key outputs include detailed process trees, network traffic analysis (C2 communication), and identification of all Indicators of Compromise (IOCs), mapping observed behaviors to MITRE ATT&CK. Essential for rapid, sophisticated behavioral analysis without maintaining local sandbox infrastructure.

This guide provides a comprehensive project management workflow for submitting research to the USENIX FAST conference. It covers the entire academic lifecycle, detailing milestones from initial topic selection and evidence locking to double-blind submission, author response, and managing the complex two-deadline cycle, including potential one-shot revisions. Use this to back-plan your research schedule based on concrete storage measurement timelines.

This comprehensive guide outlines the full project management lifecycle for submitting research papers to the ICASSP conference (IEEE Signal Processing Society). It details the annual timeline, critical milestones, backward planning heuristics, and best practices across various submission tracks to ensure timely and successful publication.

A comprehensive project management guide for submitting data-intensive systems papers to ICDE. It details the two-round submission cycle, setting milestones from initial evidence locking (mechanisms, workloads) to final IEEE Xplore publication. This workflow helps researchers backward-plan the entire data-engineering lifecycle, budgeting time for revisions and mitigating common submission risks.

A comprehensive guide detailing the end-to-end annual submission and presentation cycle for the IEEE ICRA conference. It covers critical milestones—from paper deadlines and video attachments to camera-ready submissions—and provides structured backward planning, fallback strategies (RA-L, IROS), and tips for navigating the academic timeline in robotics research.

This skill guides authors preparing multi-robot systems papers for the DARS conference. It provides strategic advice on conference fit, required evidence (e.g., scalability, decentralization), topic scope, and manuscript framing to meet the specific expectations of distributed autonomous robotic systems reviewers. Use this to validate your submission strategy before writing the final draft.

A comprehensive project management guide detailing the entire lifecycle of a high-stakes sensing systems research submission. It provides a detailed backward planning timeline, covering critical milestones from initial venue and track selection, hardware freezing, field deployment logistics, double-blind review, and final submission to major conferences like SenSys. It emphasizes managing the critical path of field work and data artifacts.

A comprehensive guide for responding to peer reviews and compiling revision manuscripts for high-impact academic journals, specifically tailored for the Journal on Communications (JOC). It teaches authors how to structure closed-loop responses (Opinion—Response—Location), maintain a professional tone, provide verifiable evidence, and systematically address complex or conflicting critiques throughout the multi-round publication process.