Firing events is easy. Making them arrive is not.
Setting up Event-Driven Architecture in PHP manually means writing event classes, registering listeners, managing queue integration, and hoping the schema does not drift. Jardis generates typed domain events with automatic queue publishing for every Bounded Context.
Event-Driven Architecture in PHP does not fail at the concept.
It fails because nobody builds the infrastructure consistently enough to last.
Event schemas drift over time
An event gets extended, but consumers do not know. Fields get renamed, removed, or reordered. No central schema, no contract. After a year, the event format in production speaks a different language than the code.
Listeners are wired invisibly
Who listens to which event? It is somewhere in a service provider registration, spread across multiple files. New developers cannot follow the data flow. Side effects happen unexpectedly because nobody knows all the listeners.
Queue integration is manual work
Every domain event that should be processed asynchronously needs separate configuration: queue connection, job class, retry logic, serialization. Recurring infrastructure work that looks identical in every PHP project and still happens by hand every time.
Domain Events as First-Class Citizens in PHP.
Jardis generates Event-Driven Architecture PHP at the domain level: typed events, automatic queue publishing, no manual registration.
Typed events derived from the domain model
Jardis generates typed PHP classes for domain events per Bounded Context. Not as generic arrays, but as versioned, strongly typed objects with their own namespace. The event schema is part of the generated code, not an external document that goes stale.
Event-Driven Architecture PHP without configuration overhead
Generated domain events come with automatic queue publishing built in. No separate job setup, no manual serialization, no per-event retry configuration. Whether RabbitMQ or Kafka: the generated event structures adapt to the queue integration, not the other way around.
EDA at the domain level, not the I/O level
Jardis does not do reactive I/O programming like ReactPHP. The generated Event-Driven Architecture operates at the domain level: commands trigger domain events, events propagate between Bounded Contexts. Each BC stays decoupled, communication is explicit and typed.
Why Teams Choose Jardis for Event-Driven Architecture.
Because EDA does not fail at the idea. It fails at the discipline required to keep it consistent.
Every BC knows what it publishes
Generated domain events are part of the Bounded Context, not a global event list. Which events a BC publishes is readable in the code. No hidden side effects, no invisible dependencies between domains.
RabbitMQ and Kafka without configuration overhead
The generated event structures are designed for asynchronous processing. Queue publishing is not an afterthought, it is generated. Serialization, retry logic, and dead letter handling are included.
Event schemas do not drift
Typed PHP classes instead of generic arrays. When an event schema changes, the build breaks, not production. Consumers notice immediately when a contract is violated.
Event-Driven Architecture PHP that holds up in code?
Join the WaitlistFrequently Asked Questions
Answers about Event-Driven Architecture with Jardis.
Laravel and Symfony have their own event systems for technical events. Jardis generates domain events: business-level occurrences from your domain model, typed, versioned, and built for asynchronous queue processing. They belong to the Bounded Context, not the framework.