Content
75%Weight 40%Scale 1-5Reviews the quality of instructions and guidance provided to agents. Good implementation is clear, handles edge cases, and produces reliable results.
A well-structured, lean attack playbook with concrete executable commands, explicit safety gating on the destructive injection phase, and clear phase sequencing. The main gaps are minor: a few named-but-unshown tools, no post-action verification/feedback loop, and no offloading of secondary content (e.g., the MiR ROS1 variant) into reference files.
Suggestions
Add a short post-injection verification step (e.g., re-subscribe to /cmd_vel or observe robot state via /diagnostics) to close the feedback loop after the gated publish in Phase 3.
Either give 'ddsspy'/'rtpspy' a one-line usage example or drop the mention in favor of the fully-specified docker and cyclonedds alternatives.
Verify the cyclonedds Python snippet against the actual cyclonedds API (DomainParticipant lookup), or replace it with a known-good discovery snippet so all code paths are executable.
| Dimension | Reasoning | Score |
|---|---|---|
Conciseness | Efficient throughout: commands, capture filters, and tables dominate, and the Background paragraph conveys attack-relevant specifics (multicast discovery, no auth, 20+ exposed topics) rather than generic filler. Not 5: minor trims possible (the acronym expansion 'ROS2 (Robot Operating System 2) uses DDS (Data Distribution Service)' and a few explanatory sentences). Not 3: there is no padded section or re-teaching of concepts Claude already knows. | 4 / 5 |
Actionability | Mostly executable, copy-paste-ready guidance: docker ros:humble invocations, tshark/tcpdump filters with ports and multicast addresses, a complete ros2 topic pub payload, and find/ss one-liners. Not 5: minor gaps — 'ddsspy'/'rtpspy' are named without usage or install steps, and 'dp.lookup_topicdescriptions()' in the cyclonedds snippet is dubious API usage. Not 3: nearly everything is concrete and executable, not pseudocode. | 4 / 5 |
Workflow Clarity | Phases 1–4 are clearly sequenced with pre-flight checkpoints: multicast reachability verification (ip route/ping/tshark) before enumeration, and the gated 'STOP' attestation (safety_critical_confirmed=true, zero-velocity safest PoC) before any publish — so the destructive-operation validation cap does not apply. Not 5: no post-action verification or error-recovery feedback loop (validate → fix → retry) after injection or capture steps. Not 3: checkpoints are explicit, not merely implicit. | 4 / 5 |
Progressive Disclosure | Good structure with clear section headers, a topic-of-interest table, ATT&CK mapping, and clearly labeled external references; no bundle files exist, and the skill is self-contained. Not 5: at ~185 lines everything is inline — e.g., the MiR ROS1 variant section is a natural candidate for a separate reference file. Not 3: organization is clear and nothing is buried. | 4 / 5 |
Total | 16 / 20 Passed |