Verification-First Gates
Verification-first gates are the control mechanism of Freeze–Vote–Rebuild . They define measurable criteria that must be met to:
Advance from one phase to the next.
Unlock conditional incentives (aid, sanctions adjustments, funding tranches).
Trigger pauses or rollbacks when compliance fails.
This chapter provides a template for gate design.
Design Principles for Gates
A good gate is:
Measurable: Or at least independently attestable.
Time-bounded: Measured over a defined window.
Multi-indicator: Harder to game.
Linked to consequences: Advance/pause/rollback.
Auditable: Evidence can be reviewed independently.
Avoid gates based on intent, rhetoric, or vague “good faith” language.
Gate Taxonomy
Phase Gates (Macro)
Determine progression:
Pre-Freeze $\rightarrow$ Freeze
Freeze $\rightarrow$ Vote
Vote $\rightarrow$ Rebuild (Scale)
Benefit Gates (Micro)
Determine incremental unlocks within phases:
Corridor expansion.
Licensing/waivers.
Reconstruction tranche releases.
Expanded access arrangements.
For each gate, specify:
Name and Purpose
Indicators (what is measured)
Thresholds (numeric or categorical)
Measurement Window (e.g., rolling 14 days)
Data Sources (monitors, sensors, audits, observers)
Decision Authority (who certifies)
Consequences (advance/pause/rollback; what exactly changes)
Appeal/Dispute Process (how contested determinations are handled)
Publication Policy (what is reported publicly)
Example Gates (Illustrative)
Gate A: Freeze Stability Gate
Purpose: Verify the ceasefire is holding well enough to begin Vote preparation.
Indicators:
Count of high-severity incidents (S3/S4) per week.
Civilian harm incidents and protected infrastructure strikes.
Monitor access denials/obstruction events.
Corridor uptime.
Thresholds:
S3/S4 incidents below agreed threshold for 14 days.
Zero (or near-zero) protected infrastructure strikes at S4/C3.
No unresolved monitor obstruction events.
Corridor uptime above agreed minimum.
Consequences:
Authorize Vote operational rollout (registration, observer deployment).
Unlock defined incentive tier (if ladder is used).
Gate B: Vote Readiness Gate
Purpose: Confirm the Vote can occur safely and credibly.
Indicators:
Observer mission deployed to target coverage.
Voter roll publication complete + appeal window processed.
Anti-coercion hotline functioning and staffed.
Cybersecurity readiness checks complete.
Consequences:
Authorize opening of voting window.
Gate C: Vote Integrity Gate (Certification Gate)
Purpose: Determine whether results can be certified.
Indicators:
Observer integrity assessment meets agreed standard.
Audit results within tolerance thresholds.
Dispute caseload resolved within timelines.
No unresolved systemic coercion findings.
Consequences:
Certify results and unlock Rebuild scaling tier.
If failed: Reruns/recounts in defined areas or fallback mechanism.
Gate D: Reconstruction Integrity Gate (Tranche Gate)
Purpose: Release reconstruction funds only when governance and delivery remain clean.
Indicators:
Audit findings below threshold.
% of payments tied to verified milestones.
Procurement compliance rate.
Debarment enforcement functioning.
KPI performance within expected bands.
Consequences:
Release tranche / expand project pipeline.
If failed: Suspend disbursement, initiate remediation, replace operators if necessary.
Gaming Resistance: Multi-Indicator Design
To reduce gaming:
Use multiple indicators across security, access, and integrity.
Track recurrence and patterns , not just single counts.
Include “obstruction” as a high-severity indicator.
Require independent corroboration for major events.
Audit the monitors (meta-verification).
Governance Integration
Gates rely on governance bodies to:
Certify compliance based on evidence.
Adjudicate contested findings.
Enforce consequences.
See:
Drafting Note
When the book is populated with full content, this page should include a single table listing all gates, indicators, thresholds, windows, and consequences. This should map directly to the Sanctions/Aid Linkage and the Metrics & KPIs Toolkit .
© 2026 InitKoa. Architected by Réjean McCormick .