Apply a directional guard to a single attack surface and document protected faces.
npx skills add https://github.com/Hmbown/mmbnchips --skill met-guard
Please help me install this Agent Skill. Skill: met-guard Source: https://github.com/Hmbown/mmbnchips/tree/main/generated/codex/met-guard Command: npx skills add https://github.com/Hmbown/mmbnchips --skill met-guard
Harden a single attack surface by applying a directional guard to a specific face. This approach is useful when omnidirectional protection is unnecessary and you need a targeted defense that reduces risk without over-guarding other surfaces.
Provide a directional guard on the identified attack surface and document its coverage and gaps.
High-intent search queries and answers about installing and using this skill.
To apply a directional guard to a single attack surface, you name the specific face requiring defense, implement a minimal viable shield against identified threat vectors, and document which areas remain exposed.
Directional shielding in threat modeling is hardening a specific attack surface by applying a targeted guard to block known threat vectors, leaving other unprotected faces intentionally unguarded to reduce unnecessary over-guarding.
Use targeted defense for risk management when threat vectors are identifiable and omnidirectional protection is unnecessary, allowing you to focus resources on risk-limited interfaces or endpoints while accepting exposure on other faces.
Document protected versus exposed attack surfaces by recording the specific guarded face, the minimal viable shield implemented, and explicitly listing which interfaces remain unprotected to support risk assessment and audits.
Yes, you can use minimal viable shields within broader security workflows because these lightweight, reusable guard patterns integrate into defense and recovery processes without disrupting existing operations.
Threat modeling leaves certain attack surfaces unguarded when applying a directional guard to reduce risk on a specific face, accepting calculated exposure on other surfaces where threat vectors are not currently identifiable.
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