Conciseness

The ~1,100-line body is noticeably verbose: inline incident narratives ("confirmed live 2026-08-24", "Datalena run go-20260811-132806", "live incident: run worktrail-go-20260825-163910", "observed: brief 20260812-163747 scored E=11"), the agent_cli/native_skill_available independence rationale explained twice, and two worked YAML routing examples flagged as "illustrative" are all padded sections a competent agent does not need inline. Not 1: there is no explanation of concepts Claude already knows — everything is operational specifics; not 3: the volume of rationale, history, and inline configuration detail goes well beyond "some unnecessary explanation."

Actionability

Every phase gives copy-paste bash with exact flags, exit-code semantics (exit 2 with distinct blocked_* stderr lines), the liveness/same_dispatch decision table, and an exact Dispatch Contract ("Skill(\"worktrail-sdd-workflow\", args=\"<repo-path> route:<X> [spec-folder] run:<run-path>\")"). Specific examples cover the common cases from /go spec fix to bare /go. Not 4: even edge cases (argv-overflow via mktemp files, assert-terminal hard gate) carry exact commands.

Workflow Clarity

Phases 0–8 are clearly sequenced with validation checkpoints and feedback loops at nearly every step: parse-then-act classification, exit-status checks with distinct blocked_* failure classes, "worktrail-run-record assert-terminal \"$RUN\"" as a hard gate, the same_dispatch/fresh resume matrix, and pre-checks before destructive operations (openspec validate --strict, ownership checks before claiming). Not 4: checkpoints are explicit and systematic, not merely present — batch/PR-owning operations all have verification, so no workflow-clarity cap applies.

Progressive Disclosure

All 16 references/*.md files referenced from the body exist and anchors verify ({#handoff-seed}, {#subprocess-dispatch}, {#ci-wait-discipline} in ci-watch-loop.md, {#overlap-check}, {#fix-branch-worktree-setup}, {#already-implemented-check} in subagent-prompts.md), with clearly signaled one-level-deep pointers ("Full procedure: references/auto-mode.md", "Field contract: references/dashboard-render.md"). Not 5: significant inline content belongs in references — the Phase 7 routing-tier deep-dive with two worked YAML examples, the capacity-cache operator command reference, and the repeated incident histories are inlined rather than split out; not 3: structure is consistent and references are clearly signaled, not buried.

Specificity

"Renders the orientation dashboard, classifies free-text requests, claims/resumes handoff briefs, and dispatches SDD work" lists four concrete actions that comprehensively cover the skill's function. Not 4: there are no coverage gaps — the action list plus the grammar summary spans everything the skill does.

Completeness

Explicitly answers both: what ("Renders the orientation dashboard, classifies free-text requests, claims/resumes handoff briefs, and dispatches SDD work") and when ("Use when the user invokes worktrail-go, asks to pick up queued work, resume active specs, implement or fix a spec..."), with concrete trigger phrases throughout. Third-person voice is used consistently, so no voice penalty applies.

Trigger Term Quality

Natural phrases users would say ("pick up queued work", "resume active specs", "implement or fix a spec", "orient across repositories") appear alongside an exhaustive list of invocation triggers ("worktrail-go help", "worktrail-go spec fix", "worktrail-go handoff auto", "bare worktrail-go"). Not 4: both synonyms and every command form are covered.

Distinctiveness Conflict Risk

Most triggers anchor on the unique "worktrail-go" command, giving a clear niche, but "route engineering work" and "orient across repositories" are broad natural-language triggers that could overlap with other engineering-workflow skills. Not 5: those generic phrases carry some conflict risk; not 3: the dominant trigger surface is the distinct command grammar.