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Security Studies & Intelligence Analysis

7 primes originate from Security Studies & Intelligence Analysis. 3 more draw from it as a secondary origin.

Primary members (7)

Primes whose canonical origin is Security Studies & Intelligence Analysis.

  • Adversarial Boundary Navigation — An adaptive opponent searches a rule's boundary for the cheapest legal-side configuration that keeps the prohibited substance.
  • Asymmetric Attack Defense Cost — On a shared channel, the cost ratio between producing harm and producing correction determines whether defense is sustainable by effort or requires structural redesign.
  • Community-Distributed Adversarial Learning — A sharing adversary community out-learns a slow-updating rule system because discovery cost amortizes across many opponents.
  • Confused Deputy — A privileged intermediary acts on its own authority while the intent originated with an outsider who lacks it, so authority is borrowed without intent being tracked.
  • Control / Data Channel Confusion — A receiver interprets attacker-controlled data as authoritative instructions because the protocol separates control from data by content inspection rather than by structure.
  • Minimum-Necessary Disclosure — A producer delivers only the subset of its record a consumer's role requires, stripping the surplus at the source.
  • Untrusted Input Execution — Attacker-influenced input crosses a data-to-control (or authority) boundary and a correctly-operating intermediary executes it with the intermediary's own authority, so the attacker borrows the defender's privilege without ever violating the intermediary's rules.

Also draws from Security Studies & Intelligence Analysis (3)

Primes whose canonical origin is elsewhere, but who list Security Studies & Intelligence Analysis among their alternate origin domains.

  • Coevolution — Reciprocal, mutually-selective adaptation between coupled systems.
  • Discretion — Latitude granted to an agent to decide within bounded limits.
  • Expected Utility — Ranking risky options by their probability-weighted utility.