Add TypeScript workflow functions to flock.mdx

startups/flock.mdx

@@ -350,3 +350,312 @@ landingPage:
 
 Generated for NAICS 112320 — Broilers and Other Meat Type Chicken Production.
 Service: Flock Health Early Warning (Audio/Video + IoT)
+
+## Business Workflow Functions
+
+```typescript
+import { Lead, Customer, Contract, Alert, HealthScore, Installation } from './types'
+
+// Customer Acquisition Workflows
+export async function acquireCustomer(lead: Lead): Promise<Customer> {
+  const qualifiedLead = await qualifyLead(lead)
+  const assessment = await conductSiteAssessment(qualifiedLead)
+  const proposal = await generateProposal(assessment)
+  const pilot = await negotiatePilotProgram(proposal)
+  const contract = await finalizeContract(pilot)
+  return await onboardCustomer(contract)
+}
+
+export async function qualifyLead(lead: Lead): Promise<QualifiedLead> {
+  const criteria = {
+    houseCount: lead.houseCount >= 2,
+    integratorTier: ['tier1', 'tier2'].includes(lead.integratorTier),
+    currentMortality: lead.mortalityRate > 0.03,
+    techReadiness: lead.techReadiness >= 3
+  }
+
+  if (!meetsCriteria(lead, criteria)) {
+    throw new Error('Lead does not meet qualification criteria')
+  }
+
+  return {
+    ...lead,
+    qualificationScore: calculateQualificationScore(lead),
+    estimatedROI: calculateEstimatedROI(lead),
+    pilotRecommendation: generatePilotRecommendation(lead)
+  }
+}
+
+export async function conductSiteAssessment(lead: QualifiedLead): Promise<SiteAssessment> {
+  const barnSpecs = await collectBarnSpecifications(lead.facilities)
+  const connectivityTest = await testConnectivity(lead.location)
+  const controllerCompatibility = await checkControllerCompatibility(barnSpecs)
+  const installationComplexity = await assessInstallationComplexity(barnSpecs)
+
+  return {
+    barnSpecs,
+    connectivityTest,
+    controllerCompatibility,
+    installationComplexity,
+    hardwareRequirements: generateHardwareRequirements(barnSpecs),
+    estimatedInstallTime: calculateInstallTime(installationComplexity)
+  }
+}
+
+// Product Development Workflows
+export async function developAIModel(dataSet: TrainingData): Promise<AIModel> {
+  const preprocessedData = await preprocessAudioVideoData(dataSet)
+  const labeledData = await labelRespiratoryEvents(preprocessedData)
+  const trainedModel = await trainMultimodalModel(labeledData)
+  const validatedModel = await validateModelPerformance(trainedModel)
+  const optimizedModel = await optimizeForEdgeDeployment(validatedModel)
+  return await deployModelToEdge(optimizedModel)
+}
+
+export async function enhanceHealthScoring(currentModel: AIModel, newData: FlockData): Promise<HealthScore> {
+  const audioAnalysis = await analyzeAudioPatterns(newData.audio)
+  const videoAnalysis = await analyzeVideoPatterns(newData.video)
+  const environmentalAnalysis = await analyzeEnvironmentalData(newData.environmental)
+  const behavioralAnalysis = await analyzeBehavioralPatterns(newData.behavioral)
+
+  const fusedAnalysis = await fuseMultimodalData([
+    audioAnalysis,
+    videoAnalysis,
+    environmentalAnalysis,
+    behavioralAnalysis
+  ])
+
+  return {
+    score: calculateHealthScore(fusedAnalysis),
+    confidence: calculateConfidence(fusedAnalysis),
+    riskFactors: identifyRiskFactors(fusedAnalysis),
+    recommendations: generateRecommendations(fusedAnalysis),
+    trendAnalysis: analyzeTrends(fusedAnalysis, currentModel.historicalData)
+  }
+}
+
+// Revenue Generation Workflows
+export async function processSubscriptionRevenue(customer: Customer): Promise<Revenue> {
+  const usage = await calculateMonthlyUsage(customer)
+  const tierPricing = await determinePricingTier(customer, usage)
+  const invoice = await generateInvoice(customer, tierPricing)
+  const payment = await processPayment(invoice)
+  const revenueRecognition = await recognizeRevenue(payment)
+  return await updateARR(customer, revenueRecognition)
+}
+
+export async function implementOutcomesBasedPricing(customer: Customer, baseline: PerformanceBaseline): Promise<OutcomesContract> {
+  const currentPerformance = await measureCurrentPerformance(customer)
+  const improvement = await calculateImprovement(baseline, currentPerformance)
+  const sharedSavings = await calculateSharedSavings(improvement)
+  const bonus = await calculatePerformanceBonus(improvement)
+
+  return {
+    baseSubscription: customer.subscriptionFee,
+    performanceBonus: bonus,
+    sharedSavings: sharedSavings,
+    totalRevenue: customer.subscriptionFee + bonus + sharedSavings,
+    nextReviewDate: addMonths(new Date(), 3)
+  }
+}
+
+// Operational Procedures
+export async function processAlert(alertData: RawAlertData): Promise<ProcessedAlert> {
+  const validated = await validateAlert(alertData)
+  const prioritized = await prioritizeAlert(validated)
+  const enriched = await enrichAlertWithContext(prioritized)
+  const triageChecklist = await generateTriageChecklist(enriched)
+
+  const alert = await createAlert({
+    ...enriched,
+    triageChecklist,
+    escalationPath: generateEscalationPath(enriched),
+    expectedResolutionTime: calculateExpectedResolution(enriched)
+  })
+
+  await notifyStakeholders(alert)
+  return alert
+}
+
+export async function manageInstallation(customer: Customer, assessment: SiteAssessment): Promise<Installation> {
+  const schedule = await scheduleInstallation(customer, assessment)
+  const equipment = await prepareEquipment(assessment.hardwareRequirements)
+  const team = await assignInstallationTeam(schedule, assessment.installationComplexity)
+
+  const installation = await executeInstallation({
+    customer,
+    schedule,
+    equipment,
+    team,
+    procedures: generateInstallationProcedures(assessment)
+  })
+
+  const commissioning = await commissionSystem(installation)
+  const training = await conductUserTraining(customer, commissioning)
+
+  return {
+    ...installation,
+    commissioningResults: commissioning,
+    trainingCompletion: training,
+    goLiveDate: new Date(),
+    warrantyStart: new Date()
+  }
+}
+
+// Decision-Making Workflows
+export async function prioritizeServiceVisits(alerts: Alert[], resources: ServiceResources): Promise<ServicePlan> {
+  const scored = await scoreAlertUrgency(alerts)
+  const clustered = await clusterByGeography(scored)
+  const optimized = await optimizeRoutes(clustered, resources)
+
+  return {
+    prioritizedAlerts: optimized.alerts,
+    serviceRoutes: optimized.routes,
+    resourceAllocation: optimized.resources,
+    estimatedCompletionTime: optimized.totalTime,
+    escalationTriggers: generateEscalationTriggers(optimized)
+  }
+}
+
+export async function makeExpansionDecision(customer: Customer, pilotResults: PilotResults): Promise<ExpansionDecision> {
+  const roiAnalysis = await analyzeROI(pilotResults)
+  const riskAssessment = await assessExpansionRisk(customer, pilotResults)
+  const capacityCheck = await checkDeploymentCapacity(customer.requestedHouses)
+
+  const recommendation = await generateExpansionRecommendation({
+    roiAnalysis,
+    riskAssessment,
+    capacityCheck,
+    customerProfile: customer
+  })
+
+  return {
+    approved: recommendation.approved,
+    recommendedPhases: recommendation.phases,
+    investmentRequired: recommendation.investment,
+    expectedTimeline: recommendation.timeline,
+    successMetrics: recommendation.metrics,
+    contingencyPlans: recommendation.contingencies
+  }
+}
+
+export async function optimizePricingStrategy(marketData: MarketData, competitorAnalysis: CompetitorAnalysis): Promise<PricingStrategy> {
+  const demandElasticity = await analyzeDemandElasticity(marketData)
+  const competitivePosition = await analyzeCompetitivePosition(competitorAnalysis)
+  const valuePerception = await analyzeValuePerception(marketData.customerSurveys)
+
+  const strategy = await generatePricingStrategy({
+    demandElasticity,
+    competitivePosition,
+    valuePerception,
+    costStructure: await getCurrentCostStructure()
+  })
+
+  return {
+    tierPricing: strategy.tiers,
+    volumeDiscounts: strategy.discounts,
+    outcomesModels: strategy.outcomesModels,
+    marketPenetration: strategy.penetrationStrategy,
+    revenueProjection: strategy.revenueProjection
+  }
+}
+
+// Supporting Types (would be defined in separate files)
+interface Lead {
+  id: string
+  company: string
+  houseCount: number
+  integratorTier: string
+  mortalityRate: number
+  techReadiness: number
+  location: Location
+  facilities: Facility[]
+}
+
+interface QualifiedLead extends Lead {
+  qualificationScore: number
+  estimatedROI: number
+  pilotRecommendation: PilotRecommendation
+}
+
+interface SiteAssessment {
+  barnSpecs: BarnSpecification[]
+  connectivityTest: ConnectivityResult
+  controllerCompatibility: CompatibilityResult
+  installationComplexity: ComplexityScore
+  hardwareRequirements: HardwareSpec[]
+  estimatedInstallTime: number
+}
+
+interface HealthScore {
+  score: number
+  confidence: number
+  riskFactors: RiskFactor[]
+  recommendations: Recommendation[]
+  trendAnalysis: TrendAnalysis
+}
+
+interface ProcessedAlert {
+  id: string
+  severity: AlertSeverity
+  type: AlertType
+  barn: BarnIdentifier
+  triageChecklist: TriageStep[]
+  escalationPath: EscalationStep[]
+  expectedResolutionTime: number
+  stakeholders: Stakeholder[]
+}
+
+interface Revenue {
+  monthlyRecurring: number
+  oneTime: number
+  outcomesBonus: number
+  totalARR: number
+  churnRisk: number
+}
+
+interface OutcomesContract {
+  baseSubscription: number
+  performanceBonus: number
+  sharedSavings: number
+  totalRevenue: number
+  nextReviewDate: Date
+}
+
+interface Installation {
+  id: string
+  customer: Customer
+  houses: HouseConfiguration[]
+  hardware: HardwareDeployment[]
+  status: InstallationStatus
+  commissioningResults: CommissioningResult
+  trainingCompletion: TrainingResult
+  goLiveDate: Date
+  warrantyStart: Date
+}
+
+interface ServicePlan {
+  prioritizedAlerts: PrioritizedAlert[]
+  serviceRoutes: ServiceRoute[]
+  resourceAllocation: ResourceAllocation
+  estimatedCompletionTime: number
+  escalationTriggers: EscalationTrigger[]
+}
+
+interface ExpansionDecision {
+  approved: boolean
+  recommendedPhases: ExpansionPhase[]
+  investmentRequired: number
+  expectedTimeline: Timeline
+  successMetrics: Metric[]
+  contingencyPlans: ContingencyPlan[]
+}
+
+interface PricingStrategy {
+  tierPricing: PricingTier[]
+  volumeDiscounts: VolumeDiscount[]
+  outcomesModels: OutcomesModel[]
+  marketPenetration: PenetrationStrategy
+  revenueProjection: RevenueProjection
+}
+```