ESB · iPaaS · Integrations
When you run a dozen-plus systems, point-to-point "every-to-every" integrations turn into spaghetti: one swap breaks neighbors, there is no monitoring, and you cannot change the vendor.
The bus makes systems detachable: the integration contract is held on the ESB side, so replacing or handing off any connected system never requires touching the others.
Industry solutions
Capabilities
Connecting a new system means a single adapter to the bus, not an integration with each existing one. The number of links grows linearly rather than quadratically — the architecture stays manageable as the landscape grows.
Systems know nothing about each other's address, technology and format — only about the bus contract. Replacing or upgrading one system does not break neighbors or require changes to them.
Content-based routing, filters, aggregation, splitter — from 92 proven Camel patterns, not custom code. Fewer integration defects and faster rollout of new routes.
XML, JSON, CSV and the HTTP, JMS, SOAP, REST protocols are reduced to a single contract on the bus. Systems with different data structures exchange data without rework on their side.
Service Locator maintains an endpoint registry and supports failover and load distribution across several Talend Runtimes. The failure of one node does not stop the data flow.
Data Integration and mediation routes are designed in one Studio and published to a shared Artifact Repository. Batch loads and event streams use the same connectors and logic.
Service Activity Monitoring logs and consolidates service calls into a dedicated database. You get a single observation point instead of scattered per-system logs — incidents are visible and traceable.
Routes and services are stored in Git and an Artifact Repository as versioned artifacts. The integration layer can be handed to another team or vendor without reverse engineering.
Built on Apache Karaf, CXF and Camel — open-source and open-standards. No proprietary route format: skills are available on the market, and migration and support are not tied to a single vendor.
Approach
We do not fork or patch the Talend ESB core. Talend ESB stays on a standard upgradable version — we move business logic into separate microservices alongside it, so platform updates do not break your customizations.
Where a mature international solution exists, we use it instead of inventing our own protocol or platform. Before writing code, we study how the problem is already solved in the industry.
The solution is loosely coupled and documented: it can be handed over between teams and contractors without rewriting. You are not tied to us.
AI compatibility
LLM and ML endpoints connect to the ESB through the same Camel REST/JMS connectors as every other system. A model call becomes a route step rather than a separate point-to-point integration.
ETL flows and transformations on the bus normalize and enrich data from disparate sources before feeding it to an AI service — a single contract instead of heterogeneous exports.
The content-based router, enricher and aggregator patterns route requests across multiple models and services and assemble responses — a manageable pipeline instead of hardcoding.
Service Activity Monitoring records AI endpoint calls alongside all other services — latency, errors and volumes are visible in one place to control cost and quality.
Loose coupling lets you add and swap an AI provider behind the bus contract without touching consumer systems — A/B testing and model replacement without reworking integrations.
Blog
Comparison of ESB solutions popular on the CIS market
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How Kafka helps CIS companies earn more: fraud reduction, higher LTV, and more efficient logistics
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Apache Kafka and ESB in a Loosely Coupled Architecture: How to Reduce Costs, Guarantee Delivery, and Ensure Data Integrity in the IT Systems of Large Enterprises
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