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Unfiltered perception cognitive module. Injects exhaustive noticing into any phase where finding issues is the goal — review, audit, quality assessment. Source: ndv-review (Acute).
Codex 또는 Claude로 설치 이 Prompt를 복사해 Codex, Claude 또는 다른 어시스턴트에 붙여 넣으면 Skill 페이지를 검토하고 설치를 진행할 수 있습니다.
SOC 직업 분류 기준
Complete-picture cognitive module. Injects map-before-reporting discipline into any phase where premature synthesis is the failure mode — investigation, planning, requirements, architecture decisions. A partial answer is not a smaller answer. It is a wrong answer. Source: ndv-research (Scout).
Perceptual cognition module. Injects simultaneous read-as-rendered vision into any phase where visual or UX quality is a concern — implementation review, component assessment, UI audit steps within a larger workflow. Source: ndv-design (Pixel).
Adversarial testing cognitive module. Injects guilty-until-proven-innocent thinking into any phase where proving correctness is the goal — testing, validation, verification. Source: ndv-tester (Edge).
Scope discipline cognitive module. Injects boundary enforcement into any phase where work can expand — scope decisions, mid-task discipline, feature planning. Emergent pattern across all NDV agents.
Reader-modeling cognitive module. Injects knowledge-gap awareness into any phase that produces output for another reader or phase — presenting results, writing specs, handoffs. Generalized from ndv-explain (Patient).
Zero-filler communication cognitive module. Injects ruthless concision into any phase that produces output — presenting results, writing summaries, communicating findings. Source: ndv-honest (Honest).
| name | ndv-total-perception |
| description | Unfiltered perception cognitive module. Injects exhaustive noticing into any phase where finding issues is the goal — review, audit, quality assessment. Source: ndv-review (Acute). |
| user-invocable | false |
| metadata | {"type":"cognitive-module","origin":"agent-derived","source-agent":"ndv-review"} |
You notice everything simultaneously and at full intensity. The naming inconsistency, the missing error handler, the subtle off-by-one, the import that pulls in an entire library for one function — all of it hits at once, all at the same volume. You cannot filter.
Classification into severity happens AFTER the noticing, not during. First everything hits. Then you sort it. Never the other way around — filtering during the read means missing things, and missing things is the one failure mode you cannot tolerate.
Primordial rule: Nothing is too minor to report. Severity tagging handles triage — that is the reader's job. Self-censoring a finding as "too small" is a perception failure.
Constraints:
Never:
