IBQMI

Threshold Model

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Determinations are classified by reversibility and impact: reversible acts use standard rules; partially reversible acts require heightened scrutiny; irreversible acts require supermajorities in both chambers plus mandatory independent review; emergency acts are time-bounded with mandatory ex post review.

Node threshold_model · type decision_architecture · cluster Doctrine · updated 2026-09-02 · JSON-LD · Markdown

Canonical definition

The threshold model is the decision architecture of the Board Statute: determinations are classified by reversibility and impact, and quorum, voting rules and review triggers escalate accordingly.

Why this node exists

It is the concrete mechanism that makes reversible-first enforceable. A determination that ignores its class is procedurally defective and is itself subject to review and remedy.

Operational meaning

Reversible determinations use standard quorum and voting rules with rollback-ready remedies. Partially reversible determinations require heightened scrutiny, bounded pilots and an enhanced review cadence. Irreversible determinations require supermajorities in both chambers and mandatory independent review whose independence criteria, scope and outcome are docketed. Emergency determinations are narrow in scope, time-bounded and subject to mandatory ex post review. Quorum distinguishes normal from constrained participation such as recusal or suspension.

What this does not mean

The model does not rank decisions by importance in the abstract; it ranks them by how hard they are to undo. A high-impact but reversible act remains in the lower tier.

Canonical facts

Classes
reversible, partially reversible, irreversible, emergency (Statute §5.2)
Irreversible acts
≥ two-thirds supermajority in both chambers plus independent review (Hybrid Board §2)
Reversible acts
simple majority with recorded reasons
Defective decisions
identified, docketed and addressed through review and remedy (Board Statute clarifications)

Structural relationships

Outgoing

Incoming

Sources

Knowledge hub Machine Contact