{"abstention_reason":null,"arm":"SUBSTRATE_DIVERSE_P2","candidate_id":"second_system_complexity_restraint__law_governance__SUBSTRATE_DIVERSE_P2","cell_id":"second_system_complexity_restraint__law_governance","decision":"PROPOSAL","experiment_id":"eoa_inverse_innovation_exp13_second_slot_policy60_20260806","proposal":{"actors":["Police and sheriff evidence custodians","Prosecutors and defense counsel who depend on preserved exhibits","Courts reviewing chain of custody and evidence availability","Regional evidence-authority board","Facilities engineers, fire officials, and accessibility reviewers","Independent evidence-integrity auditor"],"affected_objective":"A launchable regional evidence repository that preserves secure custody, environmental stability, timely retrieval, tamper visibility, and court availability without making every postponed forensic and multiagency capability a prerequisite for opening.","arm":"SUBSTRATE_DIVERSE_P2","authority_safety":{"authorized_first_step":"The evidence authority's facilities manager may assemble one non-operational, full-scale core-cell mock-up in an unused building bay using inert dummy containers, capped utility replicas, analog gauges, and temporary partitions; no live evidence or operational system may enter it.","decision_authority":"Only the legally constituted regional evidence authority may approve construction or occupancy. Fire, building, accessibility, environmental, and occupational-safety officials retain their statutory powers, while courts retain authority over admissibility and case-specific evidence orders.","excluded_actions":["Moving, opening, relabeling, destroying, or testing live evidence","Changing chain-of-custody, disclosure, preservation, retention, or defense-access requirements","Connecting the mock-up to live forensic, security, suppression, or evidence-management systems","Treating physical capacity limits as grounds to reject legally required evidence","Using the intervention to determine admissibility or case outcomes","Occupying an uncertified cell or bypassing fire, accessibility, structural-load, environmental, or worker-safety requirements"],"halt_rollback":"Stop the mock-up test if an egress, accessibility, structural-load, fire-separation, handling-safety, or environmental limit is breached, or if a mandatory evidence class cannot be accommodated. Remove only the temporary mock-up components, preserve the current evidence rooms and approved successor design process, and require independent facilities and legal review before resuming."},"baseline":"Proceed with the regional repository as one integrated facility in which core custody is coupled at opening to deferred wet-evidence processing, vehicle storage, digital-device isolation, training space, public intake, multiagency work areas, robotic handling, disaster archives, and generalized future laboratory utilities.","candidate_id":"second_system_complexity_restraint__law_governance__SUBSTRATE_DIVERSE_P2","causal_chain":["A county's converted-room evidence vault succeeds under tight space, fixed container dimensions, manual handling, limited evidence classes, and simple environmental controls.","Authorization of a larger regional successor removes the space and capital constraints that previously forced a comprehensible custody flow.","Agencies release postponed demands for specialized storage, laboratories, vehicles, public intake, automation, training, and future evidence types into the successor facility.","Shared walls, air handling, suppression, power, circulation, loading, and security dependencies make each addition alter the whole building, so the core repository cannot open independently.","A full-scale physical constraint-memory mock-up reproduces the predecessor's proven shelf depth, aisle geometry, container interfaces, handling reach, and custody boundary, revealing which old constraints aided safe operation.","A fire-rated core custody cell then embodies the smallest successor contract: receiving, sealed storage, environmental protection, controlled retrieval, inspection, and court-directed release.","Fixed rack positions, certified floor loads, bounded air volume, and analog occupancy and environmental gauges impose a visible physical complexity budget on the launch cell.","Deferred capabilities are placed beyond certified partitions on a capped expansion spine with mechanically isolated utility stubs, so unopened modules cannot add airflow, circulation, contamination, fire, or security dependencies to the launch cell.","Dummy-load trials establish whether the core cell can operate safely and independently before evidence migration; later capabilities require separately certified modules rather than enlargement of the live core.","The repository can therefore open around proven custody functions while retaining a reversible physical path for later ambition without making that ambition part of the initial facility."],"cell_id":"second_system_complexity_restraint__law_governance","consequence":"The integrated successor risks repeated redesign, delayed occupancy, unverified cross-zone contamination and security paths, and prolonged dependence on crowded predecessor rooms, potentially compromising evidence preservation and court availability.","diversity_from_prior_proposals":"P1 concerns administrative-hearing rule scope and changes behavior through classification, deliberation, and release governance. This proposal concerns physical evidence custody and restrains successor complexity through fixed geometry, certified material boundaries, capped utilities, passive indicators, and instrumented dummy-load trials; its problem, intervention, and causal path do not depend on P1's rulemaking firewall.","experiment_id":"eoa_inverse_innovation_exp13_second_slot_policy60_20260806","intervention":"Build the regional repository as a physically bounded Core Custody Cell connected to a Capped Expansion Spine. The launch cell preserves the predecessor's validated container, aisle, handling, sealing, and environmental geometry; fire-rated partitions isolate it from deferred functions; fixed rack positions and certified floor and air-handling limits constitute a hard capacity budget; passive tamper witnesses plus analog load, temperature, humidity, pressure, and occupancy indicators expose boundary violations; and blanked, independently isolatable utility and passage interfaces permit later modules without coupling them to initial occupancy. Validate the cell with inert dummy evidence before any migration.","mechanism_mapping":[{"counterfactual_removal":"Without the full-scale predecessor geometry, designers cannot distinguish constraints that merely caused inconvenience from those that prevented handling collisions, hidden storage, or ambiguous custody transitions.","mechanism_slug":"physical_constraint_memory_mockup","role":"Materializes the predecessor's shelf depth, aisle width, container interface, handling reach, and custody boundary so their useful functions can be tested rather than forgotten."},{"counterfactual_removal":"Without a separately operable core cell, deferred laboratories, work areas, and storage modes remain prerequisites for certifying and opening the repository.","mechanism_slug":"bounded_core_custody_cell","role":"Embodies the successor core contract in a fire-rated, independently operable receiving, storage, inspection, retrieval, and release volume."},{"counterfactual_removal":"Without fixed positions and certified physical limits, additions can accumulate while their combined floor load, air volume, congestion, and handling burden remain latent.","mechanism_slug":"hard_physical_complexity_budget","role":"Uses rack count, floor-load ratings, bounded air volume, aisle clearance, and passive occupancy indicators to cap cumulative launch-cell burden."},{"counterfactual_removal":"Without certified partitions and capped interfaces, nominally deferred modules still impose immediate airflow, utility, contamination, circulation, fire, and security dependencies.","mechanism_slug":"capped_expansion_spine","role":"Provides later expansion bays while mechanically and environmentally isolating each unopened capability from the live core."},{"counterfactual_removal":"Without passive witnesses and analog gauges, overload, seal disturbance, humidity drift, pressure reversal, or crowding may remain invisible until evidence is endangered.","mechanism_slug":"boundary_state_instrumentation","role":"Makes physical launchability and boundary integrity directly observable without requiring software, algorithms, or networked control."},{"counterfactual_removal":"Without dummy-load trials, the authority could certify an elegant plan without demonstrating safe handling, stable conditions, independent operation, or reversible evacuation of the core cell.","mechanism_slug":"instrumented_launchability_trial","role":"Tests the core under representative inert loads before live evidence migration and supplies a physical pass-or-redesign gate."}],"nearest_rivals":["Ordinary modular building design, which may ease construction but does not necessarily preserve predecessor constraint functions or keep deferred ambition outside the launch dependency graph","Generic evidence-vault expansion, which adds capacity without separating proven custody functions from postponed laboratory, automation, and multiagency ambitions","Facilities value engineering, which reduces cost but can remove safeguards and does not specifically govern post-success constraint release","Phased construction, which sequences work but may leave the first phase physically dependent on utilities, circulation, or certification of later phases"],"negative_tests":{"intervention_falsifier":"The intervention is falsified if inert-load comparison shows that the bounded core cannot independently meet mandatory custody functions, fails to reduce cross-zone utility and circulation dependencies relative to the integrated design, or produces no earlier detection of overload, environmental drift, or handling conflict.","problem_falsifier":"The diagnosis is false if there is no predecessor-created stockpile of postponed capabilities, the predecessor's physical constraints contributed nothing to safe or comprehensible custody, or current law, evidence volume, and technical standards make the proposed specialized zones inseparable from lawful initial operation.","risks":["A hard capacity boundary could be misused to underprovide for mandatory evidence preservation or defense access.","Later construction beside a live vault could introduce vibration, dust, water, heat, or security risks.","Capped penetrations or expansion joints could weaken fire, vapor, pest, or tamper boundaries if poorly designed.","Analog indicators can drift, be misread, or fail without calibration and inspection.","Replication of predecessor geometry could preserve ergonomic or accessibility defects.","Physical modularity may cost more or use more land than an integrated facility.","Special evidence classes may require shared environmental or suppression infrastructure that cannot safely be isolated."],"strongest_counterevidence":"Fire codes, forensic-storage standards, projected evidence volumes, or contamination-control requirements may show that several apparently deferred capabilities require common suppression, ventilation, loading, or secure circulation infrastructure from the outset, making a separately certifiable core less safe or more complex than an integrated facility."},"next_evidence_step":"In an unused facilities bay, construct a reversible one-aisle mock-up of the proposed core using temporary certified partitions, empty standardized containers, representative dummy masses, capped interface replicas, passive tamper witnesses, and calibrated analog environmental and load gauges. Run receiving, shelving, retrieval, inspection, emergency egress, and boundary-isolation trials with evidence custodians, an accessibility reviewer, a fire official, a structural engineer, and an independent evidence-integrity observer. Compare measured congestion, handling errors, environmental stability, detectable boundary breaches, and dependency count with the integrated schematic; make no live-evidence or operational change.","observable_state":"Successor plans show a single tightly coupled building with specialized storage, laboratories, vehicle bays, public intake, training rooms, robotic handling, and future utility capacity sharing secure circulation, suppression, ventilation, loading, and control zones. Cost and redesign cycles are increasing, yet the authority cannot identify a physically independent minimum repository that could receive an occupancy certificate and preserve the predecessor's validated custody flow.","prior_art_status":"UNSEARCHED","problem":"A county's constrained evidence-vault pilot has preserved ordinary case exhibits reliably despite fixed container sizes, narrow evidence coverage, manual movement, and limited environmental zones. A funded regional successor is now expected to absorb every capability postponed by the pilot—specialized biological storage, vehicles, digital isolation, public intake, laboratory staging, multiagency workspaces, automation, training, and disaster archives. Their physical infrastructure is being integrated into one facility, turning released space and capital constraints into a coupled design that cannot establish a bounded, certifiable path to opening its core custody function.","proposal_index":2,"remaining_contrastive_claim":"The distinctive testable claim is that physically isolating the proven custody core and making capacity and boundary state materially observable will preserve launchability even if no scope committee, software admission system, or algorithmic control exists; deferred ambitions remain possible only through separately certified expansion modules.","revision_record":{"claim_changes":["Initial version; no prior claims revised."],"conceptual_changes":["Mapped second-system restraint to a regional evidence repository whose successor ambition is coupled through building geometry, utilities, environmental systems, and circulation.","Made physical isolation and measurement—not governance review—the essential causal substrate."],"evidence_changes":["No empirical effectiveness or prior-art claim is made; the proposal remains closed-book and unsearched."],"operational_changes":["Bounded the first evidence step to a reversible mock-up using inert loads and prohibited live-evidence movement or operational deployment."],"parent_version":null,"progress_targets_addressed":["Material independence from the sealed administrative-rulemaking P1","Faithful predecessor-success and constraint-release temporal structure","Physical complexity budget and staged expansion path","Directly observable launchability tests","Explicit authority, exclusions, halt conditions, falsifiers, and risks"]},"schema_version":1,"structural_mapping":[{"archetype_element":"Constrained successful predecessor","domain_realization":"The county evidence vault that succeeded with fixed containers, narrow evidence classes, manual handling, simple environmental control, and a compact custody boundary."},{"archetype_element":"Released constraints after success","domain_realization":"Regional funding, a larger site, longer design horizon, and authorization to serve multiple agencies and evidence types."},{"archetype_element":"Deferred ambition stockpile","domain_realization":"Specialized biological and digital storage, vehicles, laboratory staging, public intake, training, automation, disaster archives, and future utilities."},{"archetype_element":"Predecessor constraint memory","domain_realization":"A full-scale mock-up preserving and testing the predecessor's shelf, aisle, container, handling, and custody-boundary geometry."},{"archetype_element":"Successor core contract","domain_realization":"A separately operable cell for secure receipt, sealed storage, environmental protection, inspection, retrieval, and court-directed release."},{"archetype_element":"Complexity and scope budget","domain_realization":"Fixed rack positions, certified floor loads, bounded air volume, minimum clearances, and passive capacity indicators."},{"archetype_element":"Staged release ladder","domain_realization":"Physically isolated expansion bays whose capped passages and utilities remain unopened until each module is independently justified, built, and certified."},{"archetype_element":"Launchability gate and escape path","domain_realization":"Instrumented inert-load testing before migration, independent occupancy of the core, and the ability to leave failed or immature modules disconnected."}],"substrate_contract":{"counterfactual_independence":"Removing scope committees, training programs, software inventory systems, algorithms, databases, and digital controls does not remove the intervention's essential effect: certified walls still isolate zones, fixed geometry still caps load and circulation complexity, capped utilities still prevent premature coupling, passive witnesses still reveal disturbance, and analog gauges still expose environmental and capacity states.","forbidden_channel_audit":"Governance appears only as legally necessary authorization and safety oversight. Labels and records may support custody, but they do not create the restraint mechanism. No incentive, organizational process, information-routing system, model, algorithm, database, or digital controller is relied upon to keep deferred capabilities outside the launch dependency graph; that work is performed by material boundaries, mechanical isolation, spatial limits, passive indicators, and direct measurement.","primary_allowed_process":"PHYSICAL_MATERIAL"},"title":"Fire-Rated Core Custody Cell and Capped Expansion Spine for a Regional Evidence Repository","version":0},"schema_version":1}