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Patchwise Global Certification

Promote local checks to a global verdict only when the cover, witnesses, seam compatibility, and aggregation discipline are explicit.

Disposition

local_to_global_aggregation is processed as draft_full_archetype.

Pre-draft disposition check

Disposition check found no accepted archetype, pilot accepted gap-fill archetype, pilot variant addition, prior uploaded-queue output, alias-map entry, duplicate/merge-map entry, component, or mechanism that directly covers local_to_global_aggregation as the general pattern of certifying a whole from local witnesses under an explicit aggregation, overlap, or gluing discipline. The nearest accepted archetypes are bottom_up_signal_integration, which integrates local knowledge for decision-making; cross_scale_causal_mapping, which maps causal movement across micro, meso, and macro scales and includes a Local-to-Global Risk Map mechanism; nested_feedback_alignment, which aligns feedback loops across levels; compositional_assembly, which assembles components into a coherent whole; closure_preserving_operation, which keeps operation outputs inside a target domain; and completeness_audit, which searches for missing cases. These are neighbors or domain-specific instances rather than the general local-witness-to-global-verdict intervention. Prior queue outputs such as formal_derivation_system_design, composable_relation_modeling, complement_space_mapping, overlap_exclusion_design, reversible_operation_structure_design, shared_subset_intersection_mapping, and independent_contribution_set_design provide adjacent algebraic/set-theoretic structures, but none supplies the explicit local cover, local witness, compatibility-on-overlaps, obstruction handling, and global certification pattern. A distinct full archetype is warranted.

Drafting note

The target accepted prime appears in identity.source_primes. This draft deliberately names the archetype from the transferable solution action rather than simply using the prime name: certify a whole by validating local witnesses, checking coverage and seam compatibility, and applying an explicit aggregation discipline.

Common Mechanisms

  • Coverage Completeness Audit
  • Global Certificate Template
  • Gluing or Recomposition Workflow
  • Local Witness Checklist
  • Local-to-Global Dashboard
  • Obstruction Register Review
  • Overlap Compatibility Test
  • Patch Cover Inventory

Compression statement

A design pattern for dividing a whole into local patches, validating each patch, checking overlaps and seams, recording obstructions, and issuing a scoped global certificate only when the declared local-to-global rule licenses the inference.

Canonical formula: Given cover {Uᵢ} of domain X and local witnesses wᵢ for property P on Uᵢ, infer P(X) only if coverage(X = ⋃Uᵢ), compatibility(wᵢ|overlap = wⱼ|overlap), and aggregation/gluing rule G({wᵢ}) are satisfied.

Abstractions this archetype builds on — directly (a source ingredient) or as a related pattern. Links follow the typed catalog namespace.

Built directly on (3)

  • Aggregation: Deliberately collapsing many items into a single summary, choosing which information to discard to gain tractability.
  • Decomposition: Breaking a whole into parts that can be analyzed independently and recombined to reconstitute the whole, making complexity tractable through divide-and-conquer.
  • Local-to-Global Aggregation: Locally checkable properties promote to a global verdict under an explicit aggregation discipline.

Also references 29 related abstractions