Migrating core banking ledgers to real-time architectures while maintaining absolute transaction integrity and regulatory compliance.
The modern financial sector demands millisecond latency, uncompromising security and real-time fraud detection.
We engineer event-driven architectures that augment or replace batch-oriented core banking systems, enabling Open Banking APIs and real-time settlements.
Banks and insurers are constrained by rigid, monolithic ledgers that struggle to integrate with modern fintech ecosystems.
Engineering for this domain requires strict adherence to ACID compliance, immutable audit trails and global financial data regulations.
Traditional institutions lose market share due to slow rollout of new digital products.
Increasingly complex global compliance requirements (AML, KYC, Open Banking).
The inability to detect fraud in real-time before transactions settle.
Reliance on overnight batch jobs for reconciliation and settlement.
Exposing core banking data to third parties without compromising the integrity of the ledger.
Maintaining absolute data consistency across distributed microservices.
Ensuring every single state change in the system is recorded, verifiable and tamper-proof.
Transitioning from batch processing to real-time Kafka streams for immediate transaction reconciliation.
Deploying low-latency AI inference models against transaction streams.
Architecting secure, rate-limited and OAuth-protected APIs for third-party integration.
All state changes must utilize event sourcing or write-ahead logging to guarantee auditability.
Architectures must support multi-region failover with RPO (Recovery Point Objective) of zero.
Highly centralized environments dominated by monolithic Core Banking systems and massive relational databases., Nightly batch processing scripts dictate the operational rhythm, with siloed risk and AML systems operating retrospectively.
Core Banking, Payments, AML, CRM, Treasury, Risk Management
PCI-DSS, SOX (Sarbanes-Oxley), SOC 2 Type II, PSD2, GDPR
ISO 20022, FIX Protocol, Open Banking APIs, SWIFT MT/MX
No. Our blockchain engineering focuses exclusively on private, permissioned networks for immutable audit trails and interbank record integrity, not speculative digital assets.
We utilize the Strangler Fig pattern, building a real-time event layer over the core banking database to power new digital experiences while slowly deprecating the monolith.
Architecting Software Engineering & Architecture solutions for core workflows.
Architecting Data Engineering & Analytics solutions for core workflows.
Architecting Security & Compliance Operations solutions for core workflows.
Skip the generic sales calls. Speak directly with a KryoNex Solutions Architect to map your current architecture, identify engineering bottlenecks and design a scalable path forward.
Review your current tech stack and bounded contexts with a senior engineer.
Establish realistic milestones, engineering phases and capacity requirements.