See how Sorcha secures data flows across industries
Secure payment processing pipelines with cryptographic validation, fraud detection, and tamper-proof audit trails for PCI-DSS and regulatory compliance.
Financial institutions process millions of transactions daily, requiring:
Sorcha provides cryptographically secured payment pipelines with:
var paymentPipeline = Blueprint.Create("SecurePaymentProcessing")
// Receive payment requests
.AddSource<PaymentRequest>(config => config
.FromQueue("payment-requests")
.WithDeduplication())
// Validate payment data
.Validate<PaymentRequest>(validation => validation
.AgainstSchema("payment-schema-v2")
.RequireFields("amount", "currency", "merchantId")
.CheckBusinessRules())
// Fraud detection
.Transform<PaymentRequest, ValidatedPayment>(payment =>
payment
.CheckFraudScore()
.ValidateCardDetails()
.VerifyMerchantStatus())
// Route based on fraud score
.Route(routing => routing
.When(p => p.FraudScore > 0.8)
.ToDestination("fraud-review-queue")
.When(p => p.Amount > 10000)
.ToDestination("high-value-review")
.Otherwise()
.Continue())
// Cryptographic signing
.Sign(signature => signature
.WithAlgorithm(CryptoAlgorithm.ED25519)
.UsingKey("payment-processor-key")
.IncludeTimestamp()
.IncludeNonce())
// Process payment
.Transform<ValidatedPayment, ProcessedPayment>(payment =>
payment
.AuthorizeWithBank()
.CapturePayment()
.UpdateMerchantBalance())
// Create immutable audit log
.Audit(audit => audit
.LogTransaction()
.WithCryptographicProof()
.IncludeSensitiveDataHash()
.StoreInLedger())
// Notify stakeholders
.Publish(notification => notification
.ToCustomer("payment-confirmation")
.ToMerchant("sale-notification")
.ToCompliance("transaction-record"))
// Error handling
.OnError(error => error
.RollbackTransaction()
.NotifyAdministrator()
.LogWithSeverity(LogLevel.Critical)
.RetryWithIdempotency())
.Build();HIPAA-compliant patient data workflows with end-to-end encryption, secure inter-system communication, and complete audit trails.
Healthcare organizations need to securely exchange patient data between EHR systems, labs, imaging centers, and insurance providers while:
Secure healthcare data exchange with:
var healthDataPipeline = Blueprint.Create("SecurePatientDataExchange")
// Receive patient data from EHR
.AddSource<PatientRecord>(config => config
.FromHL7Feed("ehr-system")
.WithEncryption(EncryptionType.AES256))
// Transform to FHIR format
.Transform<PatientRecord, FhirPatient>(record =>
record
.ConvertToFhir()
.ValidateAgainstFhirSchema()
.NormalizeDemographics())
// Apply privacy controls
.Transform<FhirPatient, SecurePatient>(patient =>
patient
.RedactSensitiveFields()
.ApplyConsentRules()
.GenerateDeidentificationHash())
// Cryptographic signing for data integrity
.Sign(signature => signature
.WithAlgorithm(CryptoAlgorithm.RSA4096)
.UsingKey("healthcare-provider-key")
.IncludePatientConsent())
// Route to appropriate systems
.Route(routing => routing
.When(p => p.HasLabOrders)
.ToDestination("lab-system")
.When(p => p.HasImagingOrders)
.ToDestination("imaging-system")
.When(p => p.RequiresInsuranceAuth)
.ToDestination("insurance-gateway")
.Always()
.ToDestination("central-health-record"))
// Audit every access
.Audit(audit => audit
.LogDataAccess()
.RecordUserIdentity()
.RecordPurposeOfUse()
.WithCryptographicProof()
.StoreForHIPAACompliance(years: 7))
// Secure notification
.Publish(notification => notification
.ToPatientPortal("encrypted-notification")
.ToCareCordinator("care-team-update"))
// Error handling
.OnError(error => error
.QuarantineData()
.NotifyPrivacyOfficer()
.LogSecurityEvent()
.EscalateIfCritical())
.Build();Track products with cryptographic proof of authenticity and immutable transaction records across multiple partners and jurisdictions.
Global supply chains involve multiple parties and need to:
Blockchain-like supply chain tracking with:
var supplyChainPipeline = Blueprint.Create("ProductProvenanceTracking")
// Receive product events
.AddSource<SupplyChainEvent>(config => config
.FromIoTDevices("warehouse-sensors")
.FromPartnerAPIs("supplier-systems")
.WithDeduplication())
// Validate event authenticity
.Validate<SupplyChainEvent>(validation => validation
.VerifyPartnerSignature()
.CheckTimestampValidity()
.ValidateEventSequence())
// Create cryptographic fingerprint
.Transform<SupplyChainEvent, SignedEvent>(event =>
event
.GenerateProductFingerprint()
.CaptureLocationData()
.RecordEnvironmentalConditions())
// Multi-party signing
.Sign(signature => signature
.WithAlgorithm(CryptoAlgorithm.NISTP256)
.RequireMultipleSignatures()
.FromParty("manufacturer")
.FromParty("logistics-provider")
.FromParty("retailer"))
// Verify against regulations
.Transform<SignedEvent, VerifiedEvent>(event =>
event
.CheckImportCompliance()
.VerifyCertifications()
.ValidateCustomsDocuments())
// Create immutable ledger entry
.Audit(audit => audit
.CreateLedgerEntry()
.WithBlockchainHash()
.LinkToPreviousEvent()
.StoreInDistributedLedger())
// Route based on event type
.Route(routing => routing
.When(e => e.Type == "Manufacturing")
.ToDestination("production-ledger")
.When(e => e.Type == "Shipment")
.ToDestination("logistics-tracking")
.When(e => e.Type == "Quality")
.ToDestination("quality-assurance")
.When(e => e.Type == "Delivery")
.ToDestination("customer-notification"))
// Publish to stakeholders
.Publish(notification => notification
.ToCustomer("shipment-tracking-update")
.ToPartners("supply-chain-event")
.ToCompliance("regulatory-report"))
// Detect anomalies
.OnAnomaly(anomaly => anomaly
.When(a => a.TemperatureExceedsThreshold)
.Alert("cold-chain-violation")
.When(a => a.UnauthorizedLocationChange)
.Alert("potential-theft")
.LogAndEscalate())
.Build();Secure collaboration on sensitive research data with provenance tracking, access control, and reproducibility guarantees.
Research institutions need to collaborate on sensitive data while:
Secure research data pipelines with:
var researchPipeline = Blueprint.Create("SecureResearchCollaboration")
// Receive research data
.AddSource<ResearchDataset>(config => config
.FromDataRepository("institutional-storage")
.WithEncryption(EncryptionType.AES256)
.RequireAuthentication())
// Track data provenance
.Transform<ResearchDataset, TrackedDataset>(data =>
data
.CaptureMetadata()
.RecordDataLineage()
.GenerateDatasetFingerprint()
.ApplyAccessControls())
// Validate data integrity
.Validate<TrackedDataset>(validation => validation
.VerifyDatasetSignature()
.CheckForTampering()
.ValidateAgainstProtocol())
// Apply privacy controls
.Transform<TrackedDataset, AnonymizedDataset>(data =>
data
.AnonymizeParticipants()
.ApplyDifferentialPrivacy()
.RemovePII())
// Sign with researcher credentials
.Sign(signature => signature
.WithAlgorithm(CryptoAlgorithm.ED25519)
.UsingResearcherKey()
.IncludeInstitutionalAffiliation()
.TimestampAnalysis())
// Route to analysis pipeline
.Route(routing => routing
.When(d => d.RequiresStatisticalAnalysis)
.ToDestination("stats-compute-cluster")
.When(d => d.RequiresMLTraining)
.ToDestination("ml-training-pipeline")
.When(d => d.RequiresVisualization)
.ToDestination("visualization-service"))
// Create reproducibility package
.Audit(audit => audit
.RecordAnalysisSteps()
.CaptureComputeEnvironment()
.StoreProcessingCode()
.GenerateReproducibilityHash()
.PublishToRegistry())
// Publish results
.Publish(notification => notification
.ToResearchTeam("analysis-complete")
.ToDataCustodian("usage-report")
.ToRepository("results-with-provenance"))
// Compliance and governance
.OnAccess(access => access
.CheckDataUseAgreement()
.VerifyInstitutionalApproval()
.LogAccessForAudit()
.EnforceEmbargoPeriod())
.Build();Start implementing these use cases with Sorcha today