Onboarding biometric compute, loan-document images sent to a US or EU OCR SaaS, the manual-review queue labour at scale, the AML false-positive review burden, and per-interaction warehouse round-trips for analyst dashboards. The CITRA Tier 3 and 4 perimeters around each shrink to the verdict and structured fields the bank receives.
Same NBK Mobile, iBusiness, and Wealth dashboards, same MLRO paper trail, same authoritative AML system of record. Plus a customer assistant on top. Same runtime, no added compute. Marginal cost per additional user trends to zero on the analytics tier.
Data-residency frameworks across regulated markets - GDPR (EU), CCPA (US), CITRA (Kuwait), MAS (Singapore), OSFI (Canada), HKMA (Hong Kong) - all regulate the same thing: where the bank processes and stores customer data on its own infrastructure. None of them regulate where the customer's personal device is at any given moment.
Hadron's contribution is on the part the regulators actually enforce - the bank's server-side data plane. The customer's location becomes irrelevant to the compliance question.
| Implementation | Bank's data plane crossing borders | Compliance posture |
|---|---|---|
| Cloud-default banking Datadog, Algolia, OpenAI, Snowflake in-loop |
Every request to a hosted SaaS sends customer data abroad | Data-residency breach regardless of customer location |
| Hadron-powered banking all compute runs on the user device |
Zero bytes leave the bank's residency boundary | Residency cleared by construction regardless of customer location |