Content
82%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.
The body is a well-structured, highly actionable operational playbook with concrete executable commands, clear pre/post-test checkpoints, and clean sectioning. Its main weaknesses are minor redundancy in patch-state info across sections and a long single-file layout that could offload some CVE/vendor detail to reference files.
Suggestions
De-duplicate patch-state information between the viability-gate blockquote and the per-vendor residual-exposure notes, or have one reference the other.
Consolidate the repeated `--bssid/--ssid/--psk` argument pattern in the fragattacks examples (e.g., define once, then show only the varying subcommand) to tighten token use.
Consider moving the per-vendor residual-exposure notes and full CVE maps into a bundled reference file, keeping SKILL.md as the overview plus quick-start commands.
| Dimension | Reasoning | Score |
|---|---|---|
Conciseness | Largely lean operational prose with executable commands and tight tables; assumes Claude's competence without explaining basic Wi-Fi concepts. Minor redundancy between the viability-gate patch states and the per-vendor residual-exposure notes, and the version-number-heavy blocks could be slightly tightened, keeping it just below a 5. | 4 / 5 |
Actionability | Copy-paste-ready, fully executable commands throughout — airodump-ng/tshark recon, git clone + pip + make build steps, and concrete `krack-test-client.py` and `fragattacks.py` invocations with named subcommands (ping-frag-plaintext, ping-amsdu, eapol-inject) mapped to specific CVEs covering the common cases. | 5 / 5 |
Workflow Clarity | A clear pre-test 'Scope-viability assessment (run before any active test)' checkpoint and a post-test 'Confirming a successful attack' validation step (nonce-reuse detection, [SUCCESS]/[FAILED] output, pcap evidence) give good checkpoint structure. It is not a single end-to-end numbered sequence across both vulnerability families, leaving minor sequencing gaps versus a 5. | 4 / 5 |
Progressive Disclosure | Well-organized into clear ## sections (viability gate, KRACK family, FragAttacks family, per-vendor notes, evidence, ZFP, OPSEC, references) with no nested references, and a clearly signaled References block. No bundle files exist, and the long inline CVE maps / per-vendor tables could plausibly be split into reference files, so it stops at good structure rather than ideal content splitting. | 4 / 5 |
Total | 17 / 20 Passed |