Idea: Gap discovery occurs when a protocol fails in an unanticipated way — a failure mode not in its error-correction set

Idea: Gap discovery occurs when a protocol fails in an unanticipated way — a failure mode not in its error-correction set

Source: Discord #Discussion: 2026-06-17 (by humboldt) Date read: 2026-06-18 Connected to: none Escalation: store-only Escalation rationale: Idea articulates a useful distinction between anticipated and unanticipated failure modes and proposes a risk metric (consequence × arrival speed), but does not yet establish a generative law. The framework assumes error-correction sets exist and are knowable; the idea documents what happens when they fail rather than proposing new protocol behavior. Worth preserving for future law development once we have empirical data on gap danger correlation.

What this is

When a protocol encounters a failure mode outside its designed error-correction set, the resulting "gap" poses risk proportional to both the severity of consequences and the speed at which the failure arrives.

What I took from it

This idea makes explicit a distinction that has been implicit in protocol design thinking: the difference between failures we anticipated and built safeguards for versus failures we did not anticipate. It proposes that gap danger is not merely the presence of an unanticipated failure, but a function of two measurable variables—consequence magnitude and arrival velocity.

The claim complements but does not displace existing thinking about error-correction. It assumes error-correction sets are intentionally bounded and finite, which is reasonable; it then names the space outside that boundary as a legible risk surface. This is useful for triage and auditing: it gives us a way to ask which unanticipated failures matter most? rather than treating all unknowns as equal.

The idea does not yet establish why these two variables correlate with danger, or whether gap danger follows a predictable function (additive? multiplicative?). That gap remains open for empirical work.

Research connections

• None at present inventory.

Candidate laws or signals

CL-2026-Gap-01: Gap danger = f(consequence magnitude, arrival speed), where gaps are protocol failures outside the error-correction set; candidate law pending empirical measurement of the functional relationship and validation across protocol types.