OceanoBe Technology

Insurers evolve their core systems through domain boundaries, Anti-Corruption Layers, and incremental migration patterns such as the strangler approach. We also look at real-time data integration and coexistence architectures that allow new services to operate alongside existing systems.

The result is an architecture that introduces new capabilities while preserving operational continuity and regulatory alignment.

Read the full article here: https://oceanobe.com/news/modernizing-legacy-core-insurance-systems/1895

The host of the webinar on Banking-Grade Payment Solutions is
Robert Tamas, Co-Founder and CEO of Oceanobe Technology.

Robert is a technical founder so he won't be moderating from the outside looking in. He'll be contributing from direct delivery experience: the patterns Oceanobe uses when designing payment systems for banking environments, the real cases where compliance and engineering constraints collide, and the principles that hold across both.

Tomorrow, he'll be in conversation with Dmitryi Lvov, CTO and Head of Payments and Services at FinOn Technology, so register for a discussion between two people who build this infrastructure every day, for clients where the margin for error is effectively zero.

If you work in banking technology, payment architecture, or software engineering for regulated environments, this is the conversation where you might want to bring your questions to the table (Q&A).

Register here to attend the webinar: https://lnkd.in/dZ9BwGQP
📅 Thursday, June 18 ⌚ 5PM EEST

Platform Engineering extends Domain-Driven Design into scalable delivery models, enabling teams to move faster while maintaining clarity and control across domains. Internal Developer Platforms create a shared foundation for deployment, observability, and security, how golden paths accelerate delivery while enforcing standards, and how domain boundaries remain intact even as systems evolve.

The result is an architecture where teams operate independently, systems remain consistent, and compliance is built into the platform from the start. https://oceanobe.com/news/from-ddd-to-platform-engineering/1893

[Joint webinar] Banking-Grade Payment Solutions — Architecture, Compliance, and Scale

Payments are not isolated systems, but they are deeply embedded into core banking infrastructure. And the engineering decisions made today have consequences that show up years later: in audits, in incidents, and in the cost of change.

Join us for a webinar alongside FinOn Technology, a focused discussion on what it actually takes to build banking-grade payment solutions. Robert Tamas, CEO at Oceanobe Technology, and Dmitryi Lvov, Head of Payments and Services at FinOn Technology, will give their experienced inputs on architecture, compliance and scaling under real-world constraints.

Agenda topics:
— How payment solutions are designed to meet the demands of banking environments, not just fintech
— The architectural patterns behind reliability, consistency, and regulatory auditability
— What changes when you scale — and why throughput is never the first problem to solve
— Real delivery examples from live banking implementations

This is a technical and strategic conversation for engineers, architects, and decision-makers working at the intersection of payments and banking.

📅 Thursday, June 18 ⌚ 5PM EEST
Register here to attend the webinar: https://us06web.zoom.us/webinar/register/WN_GdpUNuSISG2cr8jTNXZUVA

Banking-as-a-Service accelerates time to market and shapes platforms around integration-driven architectures, where orchestration across KYC providers, payment processors, card networks, and compliance services becomes a core engineering concern.

Neobank platforms should support long-term growth by structuring orchestration layers for complex workflows, aligning integrations with clear domain boundaries, applying Anti-Corruption Layers to preserve domain integrity, and ensuring consistent synchronization between external providers and internal systems. The focus is on building architectures that support continuous evolution as the platform expands. https://oceanobe.com/news/building-neobank-platforms-on-banking-as-a-service/1892

Validation logic should not live in three different places, yet in many banking apps, it does. Frontend, mobile, backend are all enforcing the same rules… sometimes slightly differently. Let's explore how to eliminate that drift using contract-driven validation.

https://oceanobe.com/news/shared-validation-logic-across-angular-and-react-native-using-api-contracts/1890

To design distributed banking processes that actually work in production you must know when sagas are the right choice and when they’re not, the difference between orchestration vs choreography in regulated systems, why compensation logic is harder than it looks, how to have idempotency, retries, and timeouts done right, and how to enforce invariants in compliance-driven workflows. https://oceanobe.com/news/designing-banking-processes-for-automation/1889

PSD3 and SEPA 2.0 introduce new expectations around authentication, consent, and data access. We deal with the translation of the legal text into working systems. A savvy tech partner will bridge the gap between requirements and microservices and system boundaries.
This implies a traceable way from regulation → code → testing. https://oceanobe.com/news/from-regulatory-text-to-system-behavior:-translating-psd3-&-sepa-2.0-into-technical-requirements/1887

In event-driven banking systems, most failures don’t appear in unit tests. They appear in production-like environments, when Kafka brokers, schemas, retries, and consumers interact in real pipelines. That’s why fintech teams are moving toward infrastructure-level integration testing.

https://oceanobe.com/news/testcontainers-and-kafka-streams-for-reliable-integration-testing/1884

Banking platforms struggle with inconsistent validation, different domain terms, and fragmented user journeys. Let's go over our recommendations as tech partners for a successful payment:
• aligning frontend with domain-driven design
• using shared API contracts as a single source of truth
• eliminating validation drift across platforms
• extending design systems beyond UI into domain behavior
• handling async flows consistently in event-driven systems

https://oceanobe.com/news/designing-consistent-domain-ux-across-web-and-mobile-banking-platforms/1882