Supply Chain Domain

The Supply Chain domain represents the end-to-end network and processes governing the flow of materials, goods, services, and related information from suppliers through to customers. It provides a structured approach for modeling supplier networks, logistics operations, inventory management, and supply chain processes.

Schema: supply-chain.schema.json
Specification: JSON Schema Draft-07

Overview

What is the Supply Chain Domain?

The Supply Chain domain captures the external network and flow dimensions that enable organizational activities, enabling supply chain-centric analysis that drives strategic planning, operational efficiency, and resilience. The domain covers:

Supplier Networks — Structured arrangements of supplier relationships
Supply Chain Processes — Defined sequences transforming inputs to outputs
Logistics Networks — Physical facilities and transportation connections
Inventory Management — Approaches to maintaining optimal inventory levels

This domain extends the Triodian Metamodel by providing deeper insights into supply chain structures, network dynamics, and process flows.

Purpose and Value

The Supply Chain domain enables architects and planners to:

Model network structure — Analyze end-to-end supply chain including suppliers and partners
Map processes — Connect supply chain processes to business operations
Support decisions — Enable data-driven network design and supplier selection
Drive resilience — Improve visibility into supply chain risks and vulnerabilities
Optimize performance — Measure cost, service, quality, and sustainability

For Data Engineers

The Supply Chain domain maps directly to supply chain data concepts:

Supplier Network → Supplier dimension /master data
Supply Chain Process → Process flow /event stream
Logistics Network → Location /facility dimension
Inventory → Inventory fact table
Lead Time → Time-series metrics

Core Components

The Supply Chain domain uses interconnected operational elements:

Supplier Networks: External organizations providing materials and services
Supply Chain Processes: Sequences from sourcing to fulfillment
Logistics Networks: Physical infrastructure for movement
Inventory Management: Stock levels and policies

Domain Attributes

Core Attributes

Attribute	Type	Description	Required
`supplyChainID`	String	Unique identifier for supply chain element	✓
`title`	String	Name or title of supply chain element	✓
`description`	String	Detailed explanation	✓
`supplyChainCategory`	Enum	Classification within supply network: `manufacturing`, `distribution`, `retail`, `service`, `digital`, `project`, `spareParts`, `aftermarket`, `reverse`, `other`	✓
`orgUnitTitle`	String	Organization unit responsible	✓
`orgUnitID`	String	ID of the organization unit named in `orgUnitTitle`
`orgUnitRoles`	Array[String]	Roles managing supply chain
`supplyChainScope`	Enum	Organizational breadth: `enterprise`, `businessUnit`, `productLine`, `facility`, `regional`, `global`, `project`, `other`
`geographicCoverage`	Object	Geographic regions covered: `regions`, `countries`, `coverageType`, `expansionPlans`
`locationStrategy`	Object	Facility location approach: `strategyType`, `strategyDescription`, `evaluationCriteria`
`leadTime`	Object	End-to-end and component lead times: `endToEndLeadTime`, `componentLeadTimes`, `leadTimeReliability`, `improvementTargets`
`volumeCapacity`	Object	Normal and peak capacity: `normalCapacity`, `peakCapacity`, `unitOfMeasure`, `utilizationRate`, `capacityConstraints`, `expansionPlans`
`costStructure`	Object	Cost breakdown and trends: `totalCost`, `costComponents`, `costTrends`, `costReductionTargets`
`flexibilityRating`	Object	Volume, mix, and product flexibility: `overallRating`, `volumeFlexibility`, `mixFlexibility`, `newProductFlexibility`, `improvementFocus`
`resilienceRating`	Object	Redundancy and recovery capability: `overallRating`, `redundancyLevel`, `diversificationLevel`, `visibilityLevel`, `recoveryCapability`, `resilienceInvestments`
`riskProfile`	Object	Key risk factors and mitigation: `overallRiskLevel`, `keyRiskFactors`, `riskMonitoringApproach`
`sustainabilityRating`	Object	Environmental and social performance: `overallRating`, `carbonFootprint`, `wasteReduction`, `socialResponsibility`, `sustainabilityInitiatives`, `sustainabilityReporting`
`environmentalImpact`	Object	Environmental effects of supply chain operations: `carbonEmissions`, `waterUsage`, `wasteGeneration`, `resourceConsumption`, `environmentalCompliance`, `reductionTargets`
`qualityMetrics`	Array[Object]	Quality performance indicators: `metricName`, `metricDescription`, `currentValue`, `targetValue`, `trend`
`technologyEnablers`	Array[Object]	Enabling technologies: `technologyName`, `technologyPurpose`, `implementationStatus`, `businessImpact`
`digitalMaturity`	Object	Digital transformation status: `overallMaturity`, `dataVisibility`, `processAutomation`, `advancedAnalytics`, `digitalRoadmap`
`maturityLevel`	Object	Overall supply chain maturity: `overallMaturity`, `processMaturity`, `performanceManagement`, `maturityAssessmentDate`
`improvementOpportunities`	Array[Object]	Enhancement opportunities: `opportunityName`, `opportunityDescription`, `potentialImpact`, `implementationComplexity`, `status`
`strategicImportance`	Object	Strategic contribution: `importanceLevel`, `strategicContribution`, `alignmentWithObjectives`
`competitiveAdvantage`	Object	Competitive positioning: `advantageLevel`, `advantageSources`, `competitiveBenchmarking`, `sustainabilityOfAdvantage`
`dependencies`	Array[Object]	Dependencies on other domains: `dependencyType`, `domainType`, `entityID`, `description`
`relatedSupplyChainElements`	Array[Object]	Related elements: `elementID`, `relationshipType`, `relationshipStrength`, `description`
`governanceModel`	Object	Governance structure: `governanceStructure`, `decisionRights`, `performanceReviewProcess`, `continuousImprovement`

Rating Scales

Flexibility, resilience and sustainability ratings (flexibilityRating, resilienceRating, sustainabilityRating, and the flexibility, resilience and visibility ratings of logistics networks and inventory) use the shared five-point level: veryLow, low, medium, high, veryHigh.
Implementation complexity of improvement and optimization opportunities uses the shared complexity scale: simple, moderate, complex, highlyComplex.
Risk levels use the shared four-point scale: low, medium, high, critical.
Digital maturity (digitalMaturity) uses initial, developing, defined, advanced, leading.

Enumeration Values

Supply Chain Category (`supplyChainCategory`)

Value	Description	Example
`manufacturing`	Production-focused supply chain	Assembly operations
`distribution`	Distribution-focused	Retail distribution
`retail`	Supply chain serving retail outlets	Store replenishment
`service`	Service delivery chain	Field service
`digital`	Delivery of digital goods and services	Software, content delivery
`project`	Supply chain for a specific project	Construction project sourcing
`spareParts`	Spare parts supply	Maintenance spares
`aftermarket`	Post-sale parts and service	Repairs, upgrades
`reverse`	Returns and recycling	Product returns
`other`	Any other supply chain, including sourcing-focused chains	Strategic sourcing

Supply Chain Scope (`supplyChainScope`)

Value	Description
`enterprise`	Entire organization
`businessUnit`	Business unit or division
`productLine`	Specific product line
`facility`	Single facility or site
`regional`	Geographic region
`global`	Worldwide operations
`project`	Specific project
`other`	Any other scope, such as a customer segment

Maturity Level (`maturityLevel`)

maturityLevel.overallMaturity, processMaturity and performanceManagement (and a process's processMaturity.maturityLevel) use the shared maturity list.

Value	Description
`initial`	Ad-hoc, reactive processes
`repeatable`	Basic processes defined
`defined`	Standardized processes
`managed`	Measured and controlled
`optimizing`	Continuous improvement

Location Strategy Type (`locationStrategy` → `strategyType`)

Value	Description	Example
`proximityToMarket`	Near customers	Distribution centers
`proximityToSupply`	Near suppliers	Manufacturing hubs
`costOptimization`	Cost-optimized locations	Offshore facilities
`taxOptimization`	Locations chosen for tax efficiency	Free-trade zones
`talentAccess`	Near skilled labour	Engineering clusters
`riskDiversification`	Spread to reduce concentration risk	Dual-region manufacturing
`other`	Any other or balanced approach	Multi-criteria

Supplier Network Elements

Supplier Network (`supplierNetwork`)

Attribute	Type	Description	Required
`networkID`	String	Unique identifier	✓
`networkTitle`	String	Name of supplier network	✓
`description`	String	Detailed description	✓
`orgUnitTitle`	String	The organization unit responsible for this supplier network	✓
`orgUnitID`	String	ID of the organization unit named in `orgUnitTitle`
`supplyChainID`	String	ID of the supply chain domain this network belongs to
`supplierCategories`	Array[Object]	Types of suppliers: `categoryName`, `categoryDescription`, `supplierCount`, `spendPercentage`, `categoryStrategy`
`supplierTiers`	Array[Object]	Tier 1, Tier 2, etc: `tierLevel`, `tierDescription`, `supplierCount`, `visibilityLevel`, `managementApproach`
`geographicDistribution`	Object	Geographic spread: `regions`, `concentrationRisk`, `diversificationStrategy`
`singleSourceComponents`	Array[Object]	Single-source items: `itemName`, `supplierName`, `criticality`, `rationale`, `mitigationStrategy`
`criticalSuppliers`	Array[Object]	Key strategic suppliers: `supplierName`, `criticality`, `criticalityRationale`, `relationshipStrategy`, `businessContinuityPlan`
`supplierSelectionCriteria`	Array[Object]	Selection factors: `criterionName`, `criterionDescription`, `weightingFactor`, `evaluationMethod`
`supplierPerformanceMetrics`	Array[Object]	Performance tracking: `metricName`, `metricDescription`, `measurementMethod`, `targetValue`, `averagePerformance`
`supplierRelationshipTypes`	Array[Object]	Types of supplier relationships: `relationshipType`, `relationshipDescription`, `supplierCount`, `managementApproach`
`governanceModel`	Object	How the supplier network is governed: `governanceStructure`, `performanceReviewProcess`, `escalationPathways`, `communicationProtocols`, `developmentPrograms`
`riskProfile`	Object	Network risk assessment: `overallRiskLevel`, `riskCategories`, `monitoringApproach`, `contingencyPlans`
`sustainabilityRequirements`	Object	ESG requirements: `environmentalRequirements`, `socialRequirements`, `governanceRequirements`, `monitoringApproach`, `certificationRequirements`
`technologyIntegration`	Object	Digital integration level: `integrationLevel`, `integrationPlatforms`, `dataExchangeStandards`, `integrationChallenges`, `roadmap`
`collaborationModel`	Object	Partnership approaches: `collaborationAreas`, `collaborationProcesses`, `collaborationMechanisms`, `intellectualPropertyApproach`
`spendAnalysis`	Object	Spend breakdown: `totalAnnualSpend`, `spendConcentration`, `spendTrends`, `savingsOpportunities`
`contractManagement`	Object	Management of supplier contracts: `contractTypes`, `contractManagementProcess`, `performanceIncentives`, `complianceMonitoring`
`improvementInitiatives`	Array[Object]	Initiatives to improve supplier network: `initiativeName`, `initiativeDescription`, `expectedBenefits`, `status`

Supply Chain Process Elements

Supply Chain Process (`supplyChainProcess`)

Attribute	Type	Description	Required
`processID`	String	Unique identifier for the supply chain process	✓
`processTitle`	String	Name of the supply chain process	✓
`description`	String	Detailed explanation of the supply chain process	✓
`orgUnitTitle`	String	The organization unit responsible for this process	✓
`orgUnitID`	String	ID of the organization unit named in `orgUnitTitle`
`supplyChainID`	String	ID of the supply chain domain this process belongs to
`processType`	Enum	Category of process: `planning`, `sourcing`, `making`, `delivering`, `returning`, `enabling`, `other`
`processOwner`	String	Individual or role responsible for the process
`processScope`	Object	Boundaries of the process: `startPoint`, `endPoint`, `includedActivities`, `excludedActivities`
`processSteps`	Array[Object]	Key activities involved in the process: `stepID`, `stepName`, `stepDescription`, `sequenceNumber`, `responsibility`, `expectedDuration`, `decisionPoints`
`processInputs`	Array[Object]	Required inputs to the process: `inputName`, `inputDescription`, `inputSource`, `inputQualityRequirements`
`processOutputs`	Array[Object]	Resulting outputs from the process: `outputName`, `outputDescription`, `outputDestination`, `outputQualityRequirements`
`processControls`	Array[Object]	Control mechanisms for the process: `controlName`, `controlDescription`, `controlType`, `controlOwner`, `controlEffectiveness`
`processDependencies`	Array[Object]	Related processes or dependencies: `dependencyID`, `dependencyName`, `dependencyType`, `dependencyDescription`, `criticality`
`processMetrics`	Array[Object]	Performance measures for the process: `metricName`, `metricDescription`, `metricType`, `measurementMethod`, `currentValue`, `targetValue`, `dataSource`
`processRisks`	Array[Object]	Specific risks related to this process: `riskName`, `riskDescription`, `likelihood`, `impact`, `mitigationStrategy`
`processOptimizationOpportunities`	Array[Object]	Opportunities to improve the process: `opportunityName`, `opportunityDescription`, `potentialBenefits`, `implementationComplexity`, `implementationStatus`
`technologySupport`	Array[Object]	Technologies supporting this process: `technologyName`, `technologyDescription`, `functionSupported`, `implementationStatus`, `effectivenessAssessment`
`automationLevel`	Object	Level of process automation: `overallAutomation`, `automationByStep`, `automationRoadmap`
`standardization`	Object	Level of process standardization: `standardizationLevel`, `standardDocumentation`, `variationPoints`, `complianceLevel`
`trainingRequirements`	Array[Object]	Training needed for this process: `roleTitle`, `trainingNeeds`, `trainingApproach`, `competencyAssessment`
`processMaturity`	Object	Maturity assessment of the process: `maturityLevel`, `maturityAssessmentDate`, `maturityImprovement`

Logistics Network Elements

Logistics Network (`logisticsNetwork`)

Attribute	Type	Description	Required
`networkID`	String	Unique identifier	✓
`networkTitle`	String	Name of logistics network	✓
`description`	String	Detailed explanation of the logistics network	✓
`orgUnitTitle`	String	The organization unit responsible for this logistics network	✓
`orgUnitID`	String	ID of the organization unit named in `orgUnitTitle`
`supplyChainID`	String	ID of the supply chain domain this network belongs to
`networkType`	Enum	Category of logistics network: `distribution`, `transportation`, `warehouse`, `fulfillment`, `reverse`, `integrated`, `other`
`networkNodes`	Array[Object]	Key facilities and locations in the network: `nodeID`, `nodeName`, `nodeType`, `location`, `capacity`, `utilizationRate`, `operatingModel`, `services`
`networkConnections`	Array[Object]	Connections between nodes in the network: `connectionID`, `sourceNodeID`, `destinationNodeID`, `transportationMode`, `distance`, `transitTime`, `frequency`, `carrierName`, `cost`
`transportationModes`	Array[Object]	Transportation types: `modeName`, `utilizationPercentage`, `costPercentage`, `carriers`, `modeStrengths`, `modeWeaknesses`
`networkCapacity`	Object	Throughput capabilities of the network: `overallCapacity`, `utilizationRate`, `capacityConstraints`, `peakHandlingCapability`, `expansionPlans`
`serviceLevels`	Array[Object]	Performance standards for the network: `serviceName`, `serviceDescription`, `performanceMetrics`, `customerSegments`, `costImplications`
`costEfficiency`	Object	Cost performance of the logistics network: `totalLogisticsCost`, `costBreakdown`, `costPerUnit`, `costTrends`, `benchmarks`, `optimizationInitiatives`
`carbonFootprint`	Object	Environmental impact: `totalCarbonEmissions`, `emissionsByMode`, `emissionsByActivity`, `reductionTargets`, `reductionInitiatives`, `reportingStandards`
`networkFlexibility`	Object	Adaptability of the logistics network to change: `overallFlexibility`, `volumeFlexibility`, `routingFlexibility`, `modeFlexibility`, `limitingFactors`, `enhancementPlans`
`networkVisibility`	Object	Visibility into logistics network operations: `overallVisibility`, `trackingCapabilities`, `visibilitySystems`, `dataLatency`, `visibilityGaps`, `enhancementPlans`
`thirdPartyLogistics`	Array[Object]	Third-party logistics providers in the network: `providerName`, `servicesProvided`, `geographicCoverage`, `volumePercentage`, `relationshipType`, `performanceRating`, `contractTerms`
`networkOptimizationStrategy`	Object	Strategy for improving the logistics network: `optimizationFocus`, `majorInitiatives`, `optimizationApproach`, `technologyEnablers`
`networkResilience`	Object	Ability of the network to withstand disruptions: `resilienceRating`, `vulnerabilityPoints`, `redundancyMeasures`, `contingencyPlans`, `recoveryCapabilities`, `resilienceInvestments`
`complianceRequirements`	Array[Object]	Regulatory and compliance requirements: `requirementName`, `requirementDescription`, `applicableRegulations`, `complianceMeasures`, `complianceStatus`

Inventory Management Elements

Inventory Management (`inventoryManagement`)

Attribute	Type	Description	Required
`inventoryID`	String	Unique identifier	✓
`inventoryCategory`	Enum	Type of inventory: `rawMaterials`, `workInProcess`, `finishedGoods`, `spareParts`, `maintenanceSupplies`, `consumables`, `packaging`, `other`	✓
`description`	String	Detailed explanation of the inventory management element	✓
`orgUnitTitle`	String	The organization unit responsible for this inventory	✓
`orgUnitID`	String	ID of the organization unit named in `orgUnitTitle`
`supplyChainID`	String	ID of the supply chain domain this inventory belongs to
`inventoryPurpose`	Enum	Strategic purpose of the inventory: `cycle`, `safety`, `anticipation`, `pipeline`, `decoupling`, `seasonal`, `promotional`, `other`
`inventoryPolicy`	Object	Stocking policy: `policyType`, `policyDescription`, `reviewFrequency`, `orderingRules`, `exceptionHandling`
`inventoryLevels`	Object	Quantity parameters for the inventory: `averageInventory`, `minimumLevel`, `maximumLevel`, `safetyStockLevel`, `reorderPoint`, `unitOfMeasure`, `measurementMethod`
`inventoryTurnover`	Object	Rate of inventory usage: `turnoverRate`, `daysOfSupply`, `turnoverByCategory`, `turnoverTrends`, `benchmarks`
`inventoryCosts`	Object	Costs associated with inventory: `totalInventoryValue`, `holdingCost`, `orderingCost`, `stockoutCost`, `obsolescenceCost`, `costByCategory`, `costReductionTargets`
`inventoryLocation`	Array[Object]	Storage locations for inventory: `locationName`, `locationType`, `inventoryValue`, `inventoryPercentage`, `capacityUtilization`, `specialRequirements`
`inventoryVisibility`	Object	Tracking capabilities for inventory: `visibilityLevel`, `trackingMethods`, `trackingTechnology`, `dataAccuracy`, `cycleCounting`, `visibilityGaps`
`stockoutRisk`	Object	Risk of inventory depletion: `overallRisk`, `serviceLevel`, `actualServiceLevel`, `criticalItems`, `stockoutHistory`, `stockoutImpact`
`obsolescenceRisk`	Object	Aging risk: `overallRisk`, `obsolescenceRate`, `atRiskItems`, `obsolescenceFactors`, `disposalProcess`
`inventoryOptimizationStrategy`	Object	Approach to inventory improvement: `optimizationObjectives`, `optimizationMethods`, `majorInitiatives`, `technologyEnablers`
`inventoryPerformanceMetrics`	Array[Object]	Metrics for measuring inventory performance: `metricName`, `metricDescription`, `currentValue`, `targetValue`, `trend`, `benchmarks`
`demandPlanning`	Object	Approach to planning inventory based on demand: `forecastingMethod`, `forecastAccuracy`, `forecastingHorizon`, `forecastingFrequency`, `collaborativePlanning`, `demandPatterns`
`inventoryClassification`	Object	Classification of inventory items: `classificationMethod`, `classificationDescription`, `categoryBreakdown`
`qualityManagement`	Object	Quality management for inventory: `inspectionProcess`, `defectRate`, `qualityStandards`, `quarantineProcess`, `qualityImprovementInitiatives`
`inventoryGovernance`	Object	Governance of inventory management: `governanceStructure`, `policyReviewProcess`, `complianceMonitoring`, `auditingApproach`, `decisionMakingAuthority`

Supplier networks, supply chain processes, logistics networks and inventory management are separate element records. Each can reference the supply chain it belongs to by supplyChainID.

Domain Relationships

The Supply Chain domain integrates with other metamodel domains:

Target Domain	Relationship Type	Description
Strategy	Alignment	Supply chain supports strategic objectives
Capabilities	Enablement	Supply chain capabilities required
Products	Delivery	Supply chain delivers products
Services	Support	Supply chain enables service delivery
Technology	Integration	Technology enables supply chain
Finance	Cost	Supply chain costs tracked
Risk	Exposure	Supply chain risks identified
Sustainability	Impact	Environmental footprint managed
Performance	Measurement	Supply chain KPIs tracked
Stakeholder	Partnership	Suppliers as stakeholders

Examples

Example 1: Global Electronics Manufacturing Supply Chain

{
  "supplyChainID": "SC-MFG-001",
  "title": "Global Electronics Manufacturing Supply Chain",
  "description": "End-to-end supply chain for consumer electronics manufacturing, including component sourcing, assembly operations, distribution networks, and aftermarket service fulfillment.",
  "supplyChainCategory": "manufacturing",
  "orgUnitTitle": "Global Supply Chain Management",
  "orgUnitRoles": [
    "Chief Supply Chain Officer",
    "Director of Global Sourcing",
    "Logistics Operations Manager"
  ],
  "supplyChainScope": "enterprise",
  "geographicCoverage": {
    "regions": [
      "North America",
      "Europe",
      "Asia-Pacific",
      "Southeast Asia"
    ],
    "countries": [
      "United States",
      "China",
      "Vietnam",
      "Germany",
      "Malaysia",
      "Mexico"
    ],
    "coverageType": "global",
    "expansionPlans": "Evaluating new manufacturing hub in Eastern Europe by 2026"
  },
  "locationStrategy": {
    "strategyType": "proximityToSupply",
    "strategyDescription": "Primary manufacturing facilities positioned near key semiconductor and component suppliers with regional distribution centers close to major markets",
    "evaluationCriteria": [
      "Supplier ecosystem density",
      "Labor expertise",
      "Logistics infrastructure",
      "Tax incentives"
    ]
  },
  "leadTime": {
    "endToEndLeadTime": "45-60 days",
    "componentLeadTimes": [
      {
        "componentName": "Semiconductor procurement",
        "duration": "30-45 days",
        "variability": "High - affected by global shortages"
      },
      {
        "componentName": "Final assembly",
        "duration": "7 days",
        "variability": "Low"
      },
      {
        "componentName": "Distribution to regional centers",
        "duration": "5-10 days",
        "variability": "Medium - affected by port congestion"
      }
    ],
    "leadTimeReliability": "72% on-time delivery to commitment dates",
    "improvementTargets": "Reduce end-to-end lead time to 35 days by Q4 2026"
  },
  "volumeCapacity": {
    "normalCapacity": "1.2 million units per month",
    "peakCapacity": "1.5 million units per month",
    "unitOfMeasure": "Finished device units",
    "utilizationRate": "83% average utilization",
    "capacityConstraints": [
      "Semiconductor availability",
      "Skilled labor in Vietnam facility",
      "Q4 shipping capacity"
    ],
    "expansionPlans": "15% capacity increase planned for Vietnam facility in 2026"
  },
  "costStructure": {
    "totalCost": "$425M annual supply chain operational cost",
    "costComponents": [
      {
        "componentName": "Materials and components",
        "amount": "$312M",
        "percentage": 73.4
      },
      {
        "componentName": "Manufacturing labor",
        "amount": "$48M",
        "percentage": 11.3
      },
      {
        "componentName": "Logistics and transportation",
        "amount": "$36M",
        "percentage": 8.5
      },
      {
        "componentName": "Warehousing and inventory",
        "amount": "$19M",
        "percentage": 4.5
      },
      {
        "componentName": "Supply chain management",
        "amount": "$10M",
        "percentage": 2.3
      }
    ],
    "costTrends": "Component costs decreasing 3% annually, logistics costs increasing 7% annually",
    "costReductionTargets": "8% total cost reduction target over next 24 months"
  },
  "flexibilityRating": {
    "overallRating": "medium",
    "volumeFlexibility": "high",
    "mixFlexibility": "medium",
    "newProductFlexibility": "low",
    "improvementFocus": "Enhancing new product introduction capabilities through modular manufacturing processes"
  },
  "resilienceRating": {
    "overallRating": "medium",
    "redundancyLevel": "low",
    "diversificationLevel": "medium",
    "visibilityLevel": "high",
    "recoveryCapability": "medium",
    "resilienceInvestments": [
      "Secondary supplier qualification program",
      "Regional inventory buffers",
      "Multi-modal transportation capability"
    ]
  },
  "riskProfile": {
    "overallRiskLevel": "high",
    "keyRiskFactors": [
      {
        "factorName": "Semiconductor supply constraints",
        "riskLevel": "high",
        "mitigationApproach": "Long-term contracts, strategic inventory, supplier diversification"
      },
      {
        "factorName": "Geopolitical disruption in Asia",
        "riskLevel": "high",
        "mitigationApproach": "Manufacturing footprint diversification, scenario planning"
      },
      {
        "factorName": "Ocean freight capacity and pricing volatility",
        "riskLevel": "medium",
        "mitigationApproach": "Multi-modal options, contract diversification, selective air freight"
      }
    ],
    "riskMonitoringApproach": "Monthly risk review with quarterly simulation and mitigation updates"
  },
  "sustainabilityRating": {
    "overallRating": "medium",
    "carbonFootprint": "187,000 metric tons CO2e annually",
    "wasteReduction": "72% manufacturing waste diverted from landfill",
    "socialResponsibility": "Tier 1 suppliers 100% audited for labor practices",
    "sustainabilityInitiatives": [
      "Renewable energy transition at owned facilities",
      "Packaging redesign program",
      "Scope 3 emissions tracking implementation"
    ],
    "sustainabilityReporting": "Annual sustainability report with science-based targets"
  },
  "environmentalImpact": {
    "carbonEmissions": "187,000 metric tons CO2e annually",
    "waterUsage": "450 million gallons annually",
    "wasteGeneration": "5,200 tons annually",
    "resourceConsumption": "Critical minerals: 860 tons annually",
    "environmentalCompliance": "100% compliance with regulated standards, 85% compliance with voluntary standards",
    "reductionTargets": [
      "30% carbon reduction by 2028",
      "20% water reduction by 2027",
      "Zero waste to landfill by 2029"
    ]
  },
  "qualityMetrics": [
    {
      "metricName": "First Pass Yield",
      "metricDescription": "Percentage of units passing quality testing on first attempt",
      "currentValue": "94.6%",
      "targetValue": "97%",
      "trend": "improving"
    },
    {
      "metricName": "Defect Rate",
      "metricDescription": "Defects per million opportunities",
      "currentValue": "350 DPMO",
      "targetValue": "200 DPMO",
      "trend": "improving"
    },
    {
      "metricName": "Customer Return Rate",
      "metricDescription": "Percentage of shipped products returned due to quality issues",
      "currentValue": "1.8%",
      "targetValue": "1.0%",
      "trend": "stable"
    }
  ],
  "technologyEnablers": [
    {
      "technologyName": "Supply Chain Control Tower",
      "technologyPurpose": "End-to-end visibility and exception management",
      "implementationStatus": "operational",
      "businessImpact": "45% reduction in supply disruption resolution time"
    },
    {
      "technologyName": "Digital Twin Simulation",
      "technologyPurpose": "Network design and scenario planning",
      "implementationStatus": "inProgress",
      "businessImpact": "Expected 12% improvement in network efficiency"
    },
    {
      "technologyName": "Machine Learning Demand Forecasting",
      "technologyPurpose": "Improved demand prediction accuracy",
      "implementationStatus": "operational",
      "businessImpact": "18% reduction in forecast error"
    }
  ],
  "digitalMaturity": {
    "overallMaturity": "defined",
    "dataVisibility": "advanced",
    "processAutomation": "developing",
    "advancedAnalytics": "defined",
    "digitalRoadmap": "Digital supply chain transformation program with focus on process automation and predictive analytics through 2027"
  },
  "maturityLevel": {
    "overallMaturity": "defined",
    "processMaturity": "managed",
    "performanceManagement": "defined",
    "maturityAssessmentDate": "2025-02-15"
  },
  "improvementOpportunities": [
    {
      "opportunityName": "Supplier Collaboration Platform",
      "opportunityDescription": "Implementation of real-time collaboration tools for design and planning with key suppliers",
      "potentialImpact": "high",
      "implementationComplexity": "moderate",
      "status": "planned"
    },
    {
      "opportunityName": "New Product Introduction Process Redesign",
      "opportunityDescription": "Streamlining of supply chain integration in NPI to reduce time-to-market",
      "potentialImpact": "high",
      "implementationComplexity": "complex",
      "status": "proposed"
    },
    {
      "opportunityName": "Logistics Network Optimization",
      "opportunityDescription": "Comprehensive review and redesign of global distribution network",
      "potentialImpact": "medium",
      "implementationComplexity": "complex",
      "status": "planned"
    }
  ],
  "strategicImportance": {
    "importanceLevel": "critical",
    "strategicContribution": "Supply chain capabilities are central to product availability, cost competitiveness, and sustainability goals",
    "alignmentWithObjectives": [
      {
        "objectiveID": "SO-2025-02",
        "alignmentDescription": "Supply chain digitalization supports corporate digital transformation objective"
      },
      {
        "objectiveID": "SO-2025-04",
        "alignmentDescription": "Sustainability initiatives in supply chain support corporate ESG objectives"
      }
    ]
  },
  "competitiveAdvantage": {
    "advantageLevel": "advantage",
    "advantageSources": [
      "Advanced visibility technology",
      "Supplier relationship depth",
      "Multi-region manufacturing flexibility"
    ],
    "competitiveBenchmarking": "Leading in technology adoption and visibility, lagging in new product flexibility compared to key competitors",
    "sustainabilityOfAdvantage": "Technology advantage requires ongoing investment, relationship advantage sustainable with continued engagement"
  },
  "dependencies": [
    {
      "dependencyType": "critical",
      "domainType": "capability",
      "entityID": "CAP-SC-003",
      "description": "Advanced procurement capability"
    },
    {
      "dependencyType": "important",
      "domainType": "technology",
      "entityID": "TECH-007",
      "description": "Supply chain planning and control tower systems"
    }
  ],
  "relatedSupplyChainElements": [
    {
      "elementID": "SC-MFG-002",
      "relationshipType": "upstream",
      "relationshipStrength": 4,
      "description": "Component supplier network for semiconductors"
    },
    {
      "elementID": "SC-LOG-001",
      "relationshipType": "downstream",
      "relationshipStrength": 5,
      "description": "Global distribution network for finished goods"
    }
  ],
  "governanceModel": {
    "governanceStructure": "Cross-functional Supply Chain Leadership Council with regional representation",
    "decisionRights": "Network design decisions centralized, execution decisions regionalized",
    "performanceReviewProcess": "Monthly operational reviews, quarterly strategic reviews",
    "continuousImprovement": "Dedicated supply chain excellence team with agile improvement methodology"
  }
}

Example 2: Retail Distribution Network

{
  "supplyChainID": "SC-DIST-001",
  "title": "Regional Retail Distribution Network",
  "description": "Distribution network serving retail stores across the Eastern region",
  "supplyChainCategory": "distribution",
  "orgUnitTitle": "Distribution Operations",
  "supplyChainScope": "regional",
  "geographicCoverage": {
    "regions": [
      "Northeast US",
      "Southeast US"
    ],
    "coverageType": "regional"
  },
  "leadTime": {
    "endToEndLeadTime": "2-5 days",
    "leadTimeReliability": "95% on-time delivery"
  },
  "volumeCapacity": {
    "normalCapacity": "500,000 cases per week",
    "peakCapacity": "750,000 cases per week"
  }
}

Implementation Guidelines

Supply Chain Design Best Practices

Design for resilience — Build redundancy and flexibility into networks
Optimize total cost — Balance all cost components holistically
Enable visibility — Implement end-to-end tracking and monitoring
Manage risk — Identify and mitigate supply chain vulnerabilities
Drive sustainability — Integrate ESG considerations into operations

Supply Chain Performance Framework

SCOR Model Alignment

SCOR Process	Triodian Mapping
Plan	Demand planning, S&OP processes
Source	Supplier networks, procurement
Make	Manufacturing processes
Deliver	Logistics networks, fulfillment
Return	Reverse logistics
Enable	Technology, governance

OpenMetadata Integration

For Data Platform Teams

When integrating with OpenMetadata, map Supply Chain entities as follows:

Triodian Element	OpenMetadata Entity	Notes
Supplier Network	Database	Supplier data source
Supply Chain Process	Pipeline	Process flows
Logistics Data	Table	Location/shipment data
Inventory	Table	Inventory fact tables
KPIs	Dashboard	Supply chain dashboards

# Example: Map Supply Chain to OpenMetadata Pipeline
def create_supply_chain_pipeline(supply_chain):
    """
    Map Triodian Supply Chain to OpenMetadata Pipeline
    """
    return {
        "name": supply_chain["supplyChainID"].lower(),
        "displayName": supply_chain["title"],
        "description": supply_chain["description"],
        "pipelineType": "supplyChain",
        "owner": {"name": supply_chain.get("orgUnitTitle", ""), "type": "team"},
        "tags": [
            {"tagFQN": f"SupplyChainCategory.{supply_chain['supplyChainCategory']}"},
            {"tagFQN": f"Scope.{supply_chain.get('supplyChainScope', 'enterprise')}"}
        ],
        "tasks": [
            {
                "name": "source",
                "displayName": "Sourcing",
                "taskType": "procurement"
            },
            {
                "name": "make",
                "displayName": "Manufacturing",
                "taskType": "production"
            },
            {
                "name": "deliver",
                "displayName": "Distribution",
                "taskType": "logistics"
            }
        ]
    }

Schema Reference

Repository: Triodian/Triodian_Metamodel
Schema: supply-chain.schema.json
Specification: JSON Schema Draft-07
License: Apache License 2.0

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Overview​

What is the Supply Chain Domain?​

Purpose and Value​

Core Components​

Domain Attributes​

Core Attributes​

Rating Scales​

Enumeration Values​

Supply Chain Category (supplyChainCategory)​

Supply Chain Scope (supplyChainScope)​

Maturity Level (maturityLevel)​

Location Strategy Type (locationStrategy → strategyType)​

Supplier Network Elements​

Supplier Network (supplierNetwork)​

Supply Chain Process Elements​

Supply Chain Process (supplyChainProcess)​

Logistics Network Elements​

Logistics Network (logisticsNetwork)​

Inventory Management Elements​

Inventory Management (inventoryManagement)​

Domain Relationships​

Examples​

Example 1: Global Electronics Manufacturing Supply Chain​

Example 2: Retail Distribution Network​

Implementation Guidelines​

Supply Chain Design Best Practices​

Supply Chain Performance Framework​

SCOR Model Alignment​

OpenMetadata Integration​

Schema Reference​