Compliance-by-Construction for Credit Apps
summary
Claims an architecture that enforces regulatory invariants at design time and proves it with measurable outcomes: targets under 1 ms end-to-end latency, 500,000+ TPS, 99.999% availability, and up to 60% fewer vault round trips from AI-assisted tokenization. Uses event-driven Kafka with schema-enforced immutable logs to close a 40% logging blind spot, RDMA/zero-copy networking, format-preserving encryption for tokens, outbox plus saga transactions for compliance-safe distributed commits, and network isolation via mutual TLS and PCI DSS-aligned microsegmentation. Economic models tie controls to $9.5M average breach costs and 272 day breach lifecycles.
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chapters (14)
- 0:00Welcome and Agenda
- 0:58Stakes in Credit Platforms
- 1:49Compliance by Construction
- 3:02Security Spend Modeling
- 4:11Behavioral Compliance Framework
- 5:29Event Driven Logging Stack
- 6:19Microsegmentation and mTLS
- 7:38AI Assisted Tokenization
- 8:40Scale and Availability Targets
- 9:07Saga Transactions for Integrity
- 10:20Real Time Underwriting Fraud
- 11:39LLM Observability Governance
- 12:48Architecture Pyramid Summary
- 13:56Key Takeaways Closing
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