Structure reverse engineering engagements from scope to replay with a defined directory layout.
npx skills add https://github.com/Xerrion/opencode --skill rev-methodology
Please help me install this Agent Skill. Skill: rev-methodology Source: https://github.com/Xerrion/opencode/tree/main/skills/rev-methodology Command: npx skills add https://github.com/Xerrion/opencode --skill rev-methodology
Reverse engineering engagements often suffer from inconsistency and lack of auditable processes. rev-methodology provides a structured lifecycle with a defined directory layout and documentation to standardize work across teams.
Run this methodology at the start of every reverse-engineering engagement to enforce consistent practices.
High-intent search queries and answers about installing and using this skill.
Standardize reverse engineering workflows by defining a .rev directory layout with a config.yaml schema, triage checklists, and per-sample reports to ensure repeatable, auditable analyses across samples.
A structured reverse engineering engagement lifecycle spans scope, triage, static analysis, dynamic analysis, artifact authoring, report generation, and replay to ensure traceability and reproducibility.
Make protocol reverse engineering reproducible by using a defined replay workflow and per-sample reporting framework that documents the engagement lifecycle from scope to replay.
Yes, the methodology supports both static and dynamic analysis stages for firmware analysis, malware triage, and protocol reverse engineering across multiple samples and lifecycle stages.
Document reverse engineering engagements using a standardized .rev directory structure containing config.yaml, samples, disassembly outputs, and reports to enforce consistent practices across incident response teams.
You need a structured replay workflow when performing reverse engineering engagements that require reproducibility and traceability across multiple samples, ensuring analyses can be verified and audited.
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