service-composition

Decoupling microservices in an event-driven architecture is best achieved by standardizing service composition with Worker, Function, and Trigger primitives. This enforces strict separation between service execution and event orchestration, ensuring system modularity and observability.

To build a durable workflow for asynchronous order processing, use an HTTP trigger to initiate a pipeline that coordinates payment and shipping services asynchronously. This pattern uses standardized primitives to maintain resilient execution across distributed systems.

Standardizing distributed system architecture requires three core primitives: Workers for processes, Functions for units of work, and Triggers for event sources. These components facilitate event-driven, agentic, and durable workflow patterns without tight coupling.

Yes, you can implement reactive backends and agentic pipelines using service composition templates. These templates provide standardized architectural patterns for decoupled execution, ensuring modularity across distributed microservices without relying on shared internals.

Event-driven CQRS patterns in distributed systems should be used when you need strict separation between service execution and event orchestration. This approach provides architectural templates that ensure system observability and modularity for complex agentic pipelines.