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Bilateral Antitrust Radar evidence routeTwo canonical nodes connect through separately colored declared relationship edges and common evidence nodes.Profile ADeclared edgeCommon nodeDeclared edgeProfile B

Bilateral evidence profiles

Relationship studio

Compare two profiles through their documented relationships and shared records. An indirect connection is not evidence of a direct relationship.

Current declared route2122 Metal ore mining21223 Copper, nickel,...1 shortest paths / 1 common neighbors / 3 supporting edges
Comparable nodes5,478canonical nodes
Declared edges19,193auditable links
Relationship layers4kept separate
Inferred endpoint links0from path proximity
Route contractEvery line is declared. Multi-hop proximity never becomes a direct endpoint claim.Evidence standard

Bilateral query

Build an exact profile-to-profile route

Profile A / IndustriesMetal ore miningRevenue HHI / 1,021.9
2 profiles directly connected to 21223 Copper, nickel,...
Profile B / IndustriesCopper, nickel, lead, and zinc miningRevenue HHI / D
5 profiles directly connected to 2122 Metal ore mining
Relationship familyAll declared linksEvery encoded relationship family
Declared route sets

Declared bilateral profile

2122 Metal ore mining 21223 Copper, nickel,...

All declared links / 1 hop
Shortest route
1declared hop
Shortest paths
1deterministic routes
Common neighbors
1exact intersections
Packet edges
31 cited sources
Relationship diagnosisWhat the selected graph can and cannot establish
Connection classDirect declaration1 endpoint edge
Neighborhood overlap16.7%1 shared across 6 unique adjacent profiles
Selected-layer degree6 vs 33 neighbor difference
Supporting evidence1 cited source3 exact packet edges
high3medium0bounded0low0
Profile A / IndustriesMetal ore mining204 firms / 34.2B revenue
Revenue HHI
1,021.9
Selected-layer neighbors
6
Total neighbors
6
Latest year
2022
Connection fingerprint
Measurement6
Organization0
Enforcement0
Research0
Industries5Sources1
Open canonical profile
Declared routes from Metal ore mining to Copper, nickel, lead, and zinc miningThe primary shortest path is centered. Additional exact common neighbors appear above or below it. Every line is a declared edge and does not imply a direct endpoint relationship.U.S. Census Bureau2022 Economic Census Concentration of Largest Firms: exact common neighbor2122 Metal ore miningIndustriesMetal ore mining: Revenue HHI 1,021.921223 Copper, nickel,...IndustriesCopper, nickel, lead, and zinc mining: Revenue HHI D
MeasurementOrganizationEnforcementResearch
Profile B / IndustriesCopper, nickel, lead, and zinc mining36 firms / 17B revenue
Revenue HHI
D
Selected-layer neighbors
3
Total neighbors
3
Latest year
2022
Connection fingerprint
Measurement3
Organization0
Enforcement0
Research0
Industries2Sources1
Open canonical profile

Supporting edge ledger

Every bridge remains an inspectable declaration

3 exact edges support the shortest paths and common-neighbor intersections in this layer.

MeasurementNAICS parent classificationindustry hierarchy

Copper, nickel, lead, and zinc mining (NAICS 21223) is classified under Metal ore mining (NAICS 2122) in the 2022 NAICS hierarchy.

2022 NAICS hierarchyhighSource
MeasurementEconomic Census sourceindustry source

2022 Economic Census Concentration of Largest Firms supplies the 2022 employer-firm concentration screen for NAICS 2122.

MeasurementEconomic Census sourceindustry source

2022 Economic Census Concentration of Largest Firms supplies the 2022 employer-firm concentration screen for NAICS 21223.

Bilateral graph contract

A route is not a finding about its endpoints

Each hop keeps its own evidence label, confidence, source custody, and edge-specific limitation.

A bilateral atlas route preserves a sequence of declared edges for navigation and audit. A direct edge, common neighbor, or multi-hop path does not make the endpoints equivalent, establish ownership or control, assign liability, define an antitrust market, make unlike measures comparable, or show causation.

Reusable bilateral packet

Carry the exact route into analysis

JSON preserves endpoints, shortest paths, common neighbors, nodes, and edge metadata. CSV flattens the complete supporting ledger.