Nevada

1. Topology Metadata

Classification source. The metadata layer records that this metadata is derived from atlas.md and records Atlas corridor-topology placement only.

Interpretation boundary. The metadata layer records that this file is structural topology metadata only. It does not assign routing authority, Atlas surfaces, readiness, rank jurisdictions, modify evidence-layer interpretation, override evidence gaps, or infer deployment suitability.

2. Scope Boundary Statement

The evidence layer records the normalized evidence surfaces preserved for Nevada in the current package, organized around Las Vegas and Reno corridor concentration, data center and colocation infrastructure visibility, logistics and transport corridor structure, renewable energy and power-availability environment, desert-environment siting suitability, university and research continuity, gaming and cyber-adjacent technical environment, southern and northern municipal asymmetry with sparse statewide distribution, and limited intermountain and western adjacency evidence.

This rendering mirrors the canonical package. It does not introduce analysis, rankings, readiness assessment, national role, leadership positioning, or deployment prescription beyond the canonical files. Surface assignment remains unset. No routing role is assigned.

3. Evidence Summary

The evidence layer documents the following for Nevada.

Las Vegas and Reno corridor concentration

The evidence layer records that Nevada has documented infrastructure and institutional visibility concentrated around the Las Vegas and Reno corridor system.

The evidence layer records that the current Nevada package preserves evidence of:

• Google data center facilities in Henderson and Storey County, with Google stating the Nevada sites were built in 2019 and 2021, respectively
• Switch data center campuses in Las Vegas and Tahoe Reno
• Nevada Department of Transportation materials describing I-11 planning between the Las Vegas Valley and I-80 in western Nevada
• Nevada Department of Transportation materials describing I-80 corridor planning in the Reno-Sparks to USA Parkway environment
• NDOT travel materials that distinguish Las Vegas and Reno as the primary traffic-camera urban areas in the current state transport interface
• Nevada System of Higher Education materials showing major research-institution visibility centered on UNLV, UNR, and DRI

The evidence layer records that these materials document corridor concentration around southern and northern Nevada nodes rather than evenly distributed statewide infrastructure visibility.

Data center and colocation infrastructure visibility

The evidence layer records that Nevada has documented data center and colocation visibility in both southern and northern Nevada.

The evidence layer records that the current Nevada package preserves evidence of:

• Google's Henderson data center location page stating that Google has invested more than $2.3 billion in Nevada since the Henderson and Storey County data centers were built
• Google's Storey County data center location page stating that Google began using geothermal energy to power the Storey County campus in 2023
• Switch's Las Vegas page describing The Core campus in Las Vegas with up to 495 megawatts of power upon completion
• Switch's Tahoe Reno page describing the Citadel campus in Tahoe Reno with gigawatts of power capacity upon completion
• Las Vegas Global Economic Alliance infrastructure materials stating that southern Nevada has robust broadband networks and dozens of data centers in the region
• Tahoe Reno Industrial Center materials describing data-center-oriented parcels with utilities, telecom, on-site power availability, and accelerated construction conditions

The evidence layer records that these materials document visible facility-level data center and colocation infrastructure, while the current source set does not provide a complete statewide inventory of IX, backbone, or private colocation density.

Logistics and transport corridor structure

The evidence layer records that Nevada has documented transport-corridor structure that links the Las Vegas and Reno environments through major highway planning and logistics-oriented industrial siting.

The evidence layer records that the current Nevada package preserves evidence of:

• NDOT materials stating that the Future I-11 alternatives analysis covers the corridor between the northwestern edge of Las Vegas and I-80 in western Nevada
• NDOT materials stating that the I-11 and Intermountain West Corridor Study was completed jointly by NDOT and the Arizona Department of Transportation
• NDOT materials stating that the I-11 Las Vegas metropolitan process selected the central corridor using I-515 and U.S. 95 for future designation through Las Vegas
• NDOT materials stating that the I-80 corridor study examined the Reno-Sparks freeway system from North McCarran Boulevard to USA Parkway
• Tahoe Reno Industrial Center materials stating that twelve miles of I-80 form the northern border of the site, with Reno-Sparks nearby and Reno Tahoe International Airport about fifteen miles away
• Tahoe Reno Industrial Center materials describing I-80 as a major east-west artery and the site as logistically strong
• NDOT materials announcing daily bus service connecting Reno, Fallon, Fernley, and Las Vegas via U.S. 95 and Interstate 80

The evidence layer records that these materials document transport-corridor structure and westward logistics adjacency inside Nevada without establishing any broader transport hierarchy or cross-state spillover effect.

Renewable energy and power-availability environment

The evidence layer records that Nevada has documented renewable-energy planning and visible power-availability conditions in the current source set.

The evidence layer records that the current Nevada package preserves evidence of:

• Nevada Governor's Office of Energy materials stating that GOE promotes policy, manages programs, distributes federal funding, and supports energy forecasting, planning, and research and development in the energy sector
• GOE materials stating that the office focuses on renewable energy, energy efficiency, and electric vehicles
• GOE press materials stating that five renewable-energy projects approved in 2021 would invest about $1.58 billion in Nevada and add 1,166 megawatts of renewable capacity
• GOE press materials identifying approved projects in Clark, Storey, and Washoe counties
• Las Vegas Global Economic Alliance infrastructure materials describing a stable and expanding energy grid in southern Nevada
• Switch materials for Las Vegas and Tahoe Reno describing renewable-energy-backed operating environments
• Tahoe Reno Industrial Center materials describing more than 900 megawatts of electrical power available on site for park users

The evidence layer records that these materials document a renewable-energy and power-availability environment with visible project and facility evidence in the current source set.

Desert-environment siting suitability

The evidence layer records that Nevada has documented desert and high-desert siting characteristics relevant to large-footprint infrastructure in the current source set.

The evidence layer records that the current Nevada package preserves evidence of:

• Tahoe Reno Industrial Center materials describing a high-desert location with no flooding or water issues and eight to nine months of free cooling
• Tahoe Reno Industrial Center materials describing low-risk geography, remote secure location options, and site conditions intended to accelerate construction
• Las Vegas Global Economic Alliance materials describing Las Vegas as the most water-secure city in the Desert Southwest and emphasizing local conservation systems
• southern Nevada infrastructure materials describing water-conservation and utility-stability conditions as part of business siting support

The evidence layer records that these materials document siting-suitability evidence in specific southern and northern Nevada environments rather than a uniform statewide siting conclusion.

University and research continuity

The evidence layer records that Nevada has documented university and research continuity through its public higher-education system and research institutions.

The evidence layer records that the current Nevada package preserves evidence of:

• NSHE materials describing UNLV and UNR as the state's two universities and major research institutions in the system
• NSHE and UNR materials stating that UNLV and UNR retained Carnegie R1 or Very High Research classification
• NSHE materials describing the Desert Research Institute as an NSHE institution with two world-class research campuses in Reno and Las Vegas
• DRI materials describing more than sixty years of scientific discovery and innovation in Nevada
• NSHE materials describing Great Basin College as serving rural Nevada
• UNR materials describing the university as a land-grant institution and research university

The evidence layer records that these materials document research continuity across southern Nevada, northern Nevada, and a thinner rural statewide education layer.

Gaming and cyber-adjacent technical environment

The evidence layer records that Nevada has documented gaming and cyber-adjacent technical institutions in the Las Vegas environment.

The evidence layer records that the current Nevada package preserves evidence of:

• UNLV International Gaming Institute materials stating that the institute has served for more than thirty years in gaming and gambling research, executive education, and policy insight
• UNLV International Gaming Institute materials describing expertise in gaming and hospitality innovation, regulation and public policy, sports wagering and esports, and responsible gambling
• UNLV cybersecurity materials describing the Nevada Institute of Cybersecurity at UNLV as a hub for interdisciplinary cybersecurity solutions, research, and education
• UNLV cybersecurity materials stating that the institute's work is recognized or funded by entities including NSA, DHS, CISA, NSF, and Google
• UNLV cybersecurity materials stating that UNLV is designated as a Center of Academic Excellence in Cyber Defense Education

The evidence layer records that these materials document a gaming- and cyber-adjacent technical environment centered on Las Vegas and UNLV.

Southern and northern municipal asymmetry with sparse statewide distribution

The evidence layer records that Nevada has documented north-south institutional asymmetry and sparse statewide distribution outside the main corridors in the current source set.

The evidence layer records that the current Nevada package preserves evidence of:

• southern Nevada visibility in Henderson, Las Vegas, North Las Vegas, and Clark County through Google, Switch, LVGEA, GOE project references, and UNLV institutional materials
• northern Nevada visibility in Reno, Sparks, Storey County, and Washoe County through Google, Switch, Tahoe Reno Industrial Center, DRI, UNR, and GOE project references
• NSHE materials showing the strongest research-institution visibility at UNLV, UNR, and DRI, with other institutions oriented more toward teaching or regional service
• NSHE materials describing Great Basin College as serving rural Nevada
• NDOT statewide planning materials that still center the best-documented corridor work on Las Vegas, Reno-Sparks, U.S. 95, and I-80 in the current source set

The evidence layer records that these materials document a dual-node municipal structure with thinner statewide institutional visibility outside the primary southern and northern corridors.

Limited intermountain and western adjacency evidence

The evidence layer records that Nevada has limited but relevant documentary evidence of western and intermountain adjacency in the current source set.

The evidence layer records that the current Nevada package preserves evidence of:

• NDOT materials describing the I-11 and Intermountain West Corridor Study and the Las Vegas Valley to I-80 planning process
• Tahoe Reno Industrial Center materials describing I-80 as a major east-west artery
• Las Vegas Global Economic Alliance materials describing southern Nevada infrastructure in region-facing business terms

The evidence layer records that the current source set does not provide enough normalized documentary coverage to characterize:

• California spillover effects from Nevada data center or logistics assets
• Arizona adjacency effects beyond the existence of joint I-11 study activity
• Utah adjacency effects as an infrastructure consequence
• New Mexico adjacency effects as a corridor consequence
• interstate corridor significance as a classification

4. Signals Summary

Derivation constraint. The signals layer records that signals derive strictly from evidence.md and that absence of signals reflects absence of normalized documentary coverage.

Signal clusters detected

The signals layer records that the following signal clusters are directly detectable from evidence.md.

Limited signal traces

The signals layer records that the following categories have only limited direct signal visibility in the current evidence set.

• intermountain and western adjacency beyond the documented I-11 study language, I-80 orientation, and region-facing logistics materials
• statewide rural institutional coverage beyond the thinner education-layer evidence preserved in the current package

No direct signal established yet

The signals layer records that the current evidence set does not establish direct signal treatment for the following categories.

• major IX concentration
• statewide backbone density or digital-corridor redundancy
• federal research-laboratory concentration
• custody or financial-infrastructure leadership
• semiconductor fabrication leadership
• uniform statewide data-center distribution
• cross-state routing significance

Signals requiring trust-layer confirmation later

The signals layer records that the following signals require later trust-layer confirmation before any classification work.

• continuity of the Las Vegas and Reno corridor structure
• durability of visible data-center concentration in specific municipal nodes
• stability of renewable-energy and power-availability conditions
• continuity of desert and high-desert siting characteristics in documented sites
• continuity of university and research institutions across the north-south system
• persistence of gaming and cyber-adjacent institutions in the Las Vegas environment
• dependence on a dual-node structure rather than uniform statewide infrastructure visibility

5. Trust Dimensions Summary

Derivation constraint. The trust-dimensions layer records that dimensions derive strictly from signals.md and that absence of signals reflects absence of normalized signal-layer coverage.

Scope. The trust-dimensions layer records that trust does not describe what the environment looks like. The trust-dimensions layer records that it evaluates what kinds of stability conditions Nevada can sustain given the evidence layer and the visible signal environment.

Trust interpretation summary

The trust-dimensions layer records that Nevada currently presents a trust profile characterized by:

• corridor-concentrated stability around southern and northern municipal nodes
• visible data-center and power infrastructure in specific locations with incomplete statewide infrastructure transparency
• durable public-university and research continuity through UNLV, UNR, DRI, and the wider NSHE structure
• a stable but uneven north-south institutional pattern
• incomplete statewide visibility for IX density, backbone continuity, and cross-state adjacency effects

Trust layer synthesis

The trust-dimensions layer records that, taken together, Nevada's trust profile supports the following interpretation:

• Nevada's visible stable conditions are concentrated in southern and northern corridor nodes rather than evenly statewide
• node-level data-center, energy, siting, research, and transport evidence is stronger than full statewide network transparency
• public-university and research continuity is durable, but concentrated in a smaller set of visible institutions
• cross-state adjacency, statewide IX density, and full digital-corridor continuity remain incompletely normalized

6. Profile Summary

Derivation constraint. The profile layer records that profile content derives strictly from evidence.md, signals.md, and trust-dimensions.md.

Scope. The profile layer records that this file records the normalized Nevada jurisdiction profile inside the Atlas state package and that profile is the characterization layer of the package, downstream from evidence, signals, and trust interpretation.

Jurisdiction summary

The profile layer records that Nevada currently presents within Atlas as:

• a corridor-concentrated dual-node environment centered on Las Vegas and Reno-area municipal clusters
• a data-center-visible but uneven statewide infrastructure environment
• a transport- and logistics-adjacent corridor environment shaped by I-11, U.S. 95, and I-80 planning visibility
• a renewable-energy and siting environment with documented project, power, and desert-site evidence
• a public-university and research environment centered on UNLV, UNR, and DRI
• a gaming- and cyber-adjacent technical environment centered on Las Vegas and UNLV
• a sparsely distributed statewide institutional environment outside the main southern and northern corridors

The profile layer records that Nevada does not presently appear in the current source set as:

• a federal research-laboratory concentration environment
• a major interconnection exchange concentration
• a statewide hyperscale leadership environment
• a custody or financial-infrastructure leadership environment
• a semiconductor fabrication leadership environment

Structural rationale

The profile layer records that Nevada's profile characterization is supported by the combined package interpretation:

• evidence shows corridor concentration, visible data-center facilities, transport planning, renewable-energy and siting conditions, research continuity, gaming and cyber-adjacent institutions, and sparse statewide distribution outside the main nodes
• signals show corridor concentration, data-center visibility, transport structure, renewable-energy and siting visibility, research continuity, gaming and cyber-adjacent specialization, and municipal asymmetry
• trust interpretation shows corridor-centered continuity, stable but uneven north-south structure, visible node-level power and infrastructure conditions, durable public research continuity, and incomplete statewide network transparency

The profile layer records that, taken together, these conditions support a structural characterization of Nevada as a corridor-concentrated, dual-node infrastructure environment with visible data-center, transport, energy, siting, and public-research layers, but uneven statewide distribution outside the main southern and northern corridors.

Profile synthesis statement

The profile layer records that Nevada currently reads within Atlas as a corridor-concentrated, dual-node infrastructure environment with visible data-center, transport, renewable-energy, siting, public-research, and Las Vegas-centered gaming and cybersecurity layers, but thinner statewide institutional distribution outside the main corridors.

Profile uncertainties requiring later builder-mode interpretation

The profile layer records that the following uncertainties should be preserved for later builder-mode interpretation:

• whether the current dual-node structure should later be split into finer southern and northern sub-environments
• whether visible facility concentration should remain the dominant digital-infrastructure reading once broader statewide inventories are normalized
• whether western and intermountain adjacency should remain limited unless more direct cross-state evidence is normalized
• whether sparse statewide distribution should be refined once fuller municipal and network inventories are available

7. Builder Mode Summary

Derivation constraint. The builder-mode layer records that builder-mode content derives strictly from normalized jurisdiction layers.

Scope. The builder-mode layer records that this file translates the normalized Nevada profile into builder-facing guidance, that Builder Mode is downstream from evidence, signals, trust interpretation, and profile characterization, and that it does not replace those layers. The builder-mode layer records that this file provides deployment interpretation only and does not rank Nevada, compare Nevada to other jurisdictions, or prescribe deployment decisions.

Builder mode role summary

The builder-mode layer records that Nevada is best understood for builder purposes as:

• a corridor-concentrated environment
• a dual-node southern and northern municipal environment
• a data-center-visible but uneven statewide environment
• a power- and siting-visible environment
• a research, gaming, and cybersecurity environment with specific institutional anchors

Evidence concentration interpretation

The builder-mode layer records that the current Nevada materials support deployment interpretation around concentrated evidence in a limited set of visible environments: Las Vegas, Henderson, and nearby southern Nevada municipal nodes; Reno, Sparks, Storey County, and nearby northern Nevada municipal nodes; corridor infrastructure tied to I-11, U.S. 95, and I-80 planning and logistics materials. The builder-mode layer records that these interpretation areas arise from documented Google, Switch, NDOT, GOE, NSHE, UNLV, UNR, DRI, LVGEA, and Tahoe Reno Industrial Center materials.

Dual-node topology interpretation

The builder-mode layer records that the current Nevada materials support deployment interpretation that treats southern and northern Nevada as related but differentiated municipal clusters. The builder-mode layer records that the package shows research, technical specialization, and infrastructure visibility in both regions, but not in identical forms.

Statewide uniformity constraint interpretation

The builder-mode layer records that the current Nevada materials support deployment constraint interpretation around assumptions of uniform statewide infrastructure density. The builder-mode layer records that these constraints arise from the strongest evidence being concentrated in the Las Vegas and Reno-area corridors, thinner statewide visibility outside the best-documented municipal nodes, and incomplete statewide IX, backbone, and private-facility inventories in the current package.

Data-center interpretation constraint

The builder-mode layer records that the current Nevada materials support deployment interpretation that recognizes visible large-facility evidence without overreading it into statewide ubiquity. The builder-mode layer records that the package documents specific operator facilities and data-center-oriented sites in southern and northern Nevada, but it does not establish complete statewide digital-density or digital-network-continuity coverage.

Power and siting interpretation

The builder-mode layer records that the current Nevada materials support deployment interpretation where power, renewable-energy, and siting conditions are more visible than full statewide digital-network detail. The builder-mode layer records that this is most visible in GOE renewable-energy and planning materials, facility-level power and renewable-energy claims from major operators, high-desert site conditions and on-site utility evidence in Tahoe Reno, and southern Nevada water-conservation and infrastructure-stability materials.

Research and technical specialization interpretation

The builder-mode layer records that the current Nevada materials support deployment interpretation for work that depends on specific institutional anchors. The builder-mode layer records that this is most visible in UNLV and UNR research continuity, DRI's Reno and Las Vegas research campuses, and Las Vegas-centered gaming and cybersecurity institutions at UNLV. The builder-mode layer records that the package does not extend this interpretation into a claim of uniform statewide research density.

Logistics and corridor interpretation

The builder-mode layer records that the current Nevada materials support deployment interpretation that takes account of highway-oriented corridor structure inside the state. The builder-mode layer records that builders interpreting Nevada should expect the current package to read more clearly through corridor and node selection than through statewide mesh assumptions.

Design expectations for builders

The builder-mode layer records that builders interpreting Nevada should assume:

• corridor and node selection matter materially
• southern and northern Nevada should not be treated as identical municipal environments
• visible facility, power, and siting conditions are stronger than complete statewide network transparency in the current package
• statewide uniformity should not be assumed from the presence of large facilities in a small number of locations
• western and intermountain adjacency remain incomplete unless more direct documentary evidence is normalized

Deployment posture interpretation

The builder-mode layer records that Nevada's current package most clearly supports builder interpretation around:

• corridor-concentrated infrastructure environments
• node-specific data-center visibility
• renewable-energy and power-availability conditions in documented sites
• desert and high-desert siting conditions in documented sites
• public-university and research institutions
• Las Vegas-centered gaming and cybersecurity specialization

The builder-mode layer records that Nevada's current package also supports qualified interpretation around:

• municipal asymmetry between southern and northern Nevada
• sparse statewide distribution outside the main corridors
• transport continuity as a coordination factor inside the state

The builder-mode layer records that Nevada's current package does not support:

• statewide hyperscale leadership interpretation
• major IX concentration interpretation
• federal research-laboratory concentration interpretation
• custody or financial-infrastructure leadership interpretation
• cross-state routing significance interpretation

Areas requiring later interpretation

The builder-mode layer records that the following areas should remain open for later interpretation:

• whether Nevada's dual-node structure should later be subdivided into more specific corridor environments
• whether statewide interconnection conditions should expand once direct IX and backbone evidence is normalized
• whether cross-state adjacency should expand once direct California, Arizona, Utah, or New Mexico corridor evidence is normalized
• whether broader private colocation and facility inventories should expand the current digital-infrastructure reading

8. Structural Exclusions

The canonical package records the following structural exclusions for Nevada.

Evidence-layer structural exclusions

The evidence layer records that the current source set does not provide sufficient normalized documentary coverage to support statewide routing classification, cross-state spillover characterization, or surface assignment. The evidence layer records that absence of evidence is preserved as a valid structural outcome under Atlas normalization rules.

Signals-layer structural exclusions

The signals layer records that, based on the current signal set, this file does not support direct signal treatment for the following categories:

• major IX concentration
• statewide backbone density or digital-corridor redundancy
• federal research-laboratory concentration
• custody or financial-infrastructure leadership
• semiconductor fabrication leadership
• uniform statewide data-center distribution
• cross-state routing significance

The signals layer records that this file also does not assign routing eligibility, registry readiness, certification posture, deployment suitability, corridor leadership ranking, or Atlas surfaces.

Trust-dimensions structural exclusions

The trust-dimensions layer records that, based on the current signal and trust material, this file does not support the following dimension-level interpretations:

• a normalized statewide interconnection continuity dimension
• a normalized cross-state adjacency dimension involving California, Arizona, Utah, or New Mexico
• a uniform statewide digital-infrastructure continuity interpretation beyond the visible southern and northern nodes

Profile-layer structural exclusions

The profile layer records that Nevada's profile should not be read as:

• a general ranking claim
• a declaration of routing leadership
• a custody-leadership claim
• a coordination-tier classification
• a surface assignment
• a statement of national significance

The profile layer records that it should be read as a characterization of Nevada's current structural posture within the evidence preserved in this Atlas package.

Builder-mode structural exclusions

The builder-mode layer records that this file does not assign routing authority, coordination tier, Atlas surface, national significance, or leadership positioning. It does not prescribe deployment decisions.

Change-log structural exclusions

The change-log records that the following classifications were evaluated but not supported by evidence:

• statewide hyperscale leadership
• major IX concentration
• federal research-laboratory concentration
• custody or financial-infrastructure leadership
• semiconductor fabrication leadership
• uniform statewide digital corridor continuity
• cross-state routing significance

9. Evidence Gaps

The canonical package records the following evidence gaps for Nevada. The canonical package records that the current Nevada source material does not provide additional normalized source detail for the following categories beyond the evidence already listed above.

Trust-layer evidence-gap placeholders

The trust-dimensions layer records two placeholder entries within the evidence-gap section:

The canonical package records gap inheritance: signals.md, trust-dimensions.md, profile.md, and builder-mode.md inherit these evidence gaps without expansion. change-log.md records that inheritance rule and does not create a new evidence-gap set.

10. Change-Log Notes & Normalization Notes

Normalization sequence

• The change-log records that evidence.md was created and aligned to the Nevada instruction layer.
• The change-log records that signals.md was derived strictly from evidence.md.
• The change-log records that trust-dimensions.md was derived from evidence.md + signals.md.
• The change-log records that profile.md was derived from evidence.md + signals.md + trust-dimensions.md.
• The change-log records that builder-mode.md was derived from all prior layers.
• The change-log records that a targeted normalization audit was performed against the Nevada instruction layer and Atlas normalization contract.

Evidence inputs

The change-log records that the Nevada normalization pass preserved and aligned evidence around these major categories:

• Las Vegas and Reno corridor concentration
• data center and colocation infrastructure visibility
• logistics and transport corridor structure
• renewable energy and power-availability environment
• desert-environment siting suitability
• university and research continuity
• gaming and cyber-adjacent technical environment
• southern and northern municipal asymmetry with sparse statewide distribution
• limited intermountain and western adjacency evidence

Signal derivation method

• The change-log records that signals were extracted directly from evidence.md.
• The change-log records that signal clustering was limited to documented corridor concentration, data-center visibility, transport structure, renewable-energy and siting conditions, university continuity, gaming and cyber-adjacent institutions, municipal asymmetry, and sparse statewide distribution.
• The change-log records that no routing inference was performed.
• The change-log records that no leadership inference was performed.
• The change-log records that no coordination-tier interpretation was performed.

Trust synthesis method

The change-log records that trust indicators were derived from:

• corridor concentration vs statewide sparsity
• southern vs northern municipal asymmetry
• data-center visibility vs statewide infrastructure opacity
• power and siting continuity
• university and research continuity
• gaming and cyber-adjacent institutional durability
• logistics and transport continuity

The change-log records that trust evaluation remained limited to stability characteristics. The change-log records that no surface assignment was performed.

Profile synthesis inputs

The change-log records that profile.md was produced from evidence.md, signals.md, and trust-dimensions.md. The change-log records that profile synthesis remained structural and descriptive. The change-log records that no routing roles were assigned and no coordination-tier classification was applied.

Builder-mode interpretation inputs

The change-log records that builder-mode.md was produced from evidence.md, signals.md, trust-dimensions.md, and profile.md. The change-log records that builder mode remained deployment interpretation only. The change-log records that no surface assignment was performed and no deployment prescription was preserved.

Corrections recorded in this audit

The change-log records that the targeted normalization audit enforced the following conditions:

• state instruction-layer alignment to Nevada-specific infrastructure evidence
• evidence-first reconstruction across all downstream layers
• signals derivation verification against evidence.md only
• interpretation-layer constraint enforcement to remove routing, leadership, coordination-tier, and national-significance inference
• profile structural-characterization validation
• builder-mode interpretation-only enforcement
• inclusion of structural exclusions and evidence gaps in contract-aligned form

Normalization status

The change-log records that the Nevada package was verified and aligned with instruction-layer lenses.

Gap inheritance

The change-log records that evidence gaps were inherited from evidence.md and applied downstream without expanding the underlying evidence scope.

Lens alignment confirmation

The change-log records that the Nevada jurisdiction lens was preserved during this audit. The change-log records that structural normalization changes were limited to contract alignment and did not introduce new evidence.

Normalization adjustments

• The change-log records standardized layer titles and required constraint language where missing.
• The change-log records normalized structural-exclusions and evidence-gap section labels where needed.
• The change-log records aligned downstream files to inherit evidence gaps and preserve non-assignment boundaries.
• The change-log records appended required status lines where missing.

Topology metadata attachment

The change-log records that metadata.md was added using atlas.md corridor narrative fields: Corridor Group, Foundation Layer, Topology Completion Layer. The change-log records that this metadata is structural only and does not alter evidence, signals, trust interpretation, profile, builder-mode, or surface neutrality.