In the beginning, there were forking servers and then came threaded servers. Although they manage a few concurrent connections well, when network sessions reach into the hundreds or even thousands, ...

What myths surround event-driven architectures, and the truth behind the valuable solution that can provide agility and scalability for software engineers If you think an event-driven architecture isn ...

“Asynchrony” is a scary word. It means taking events as they come, managing somehow to avoid being overtaken by them. Event-driven asynchrony is the foundation of serverless computing, which, as a ...

Event-driven architecture flips the traditional request-response model on its head by letting systems react the moment something happens. Instead of waiting for scheduled updates or manual prompts, ...

Event-driven architecture ingests data from many different sources, but managing these large flows in real time requires the right methodology -- especially as EDA adoption can significantly increase ...

Event-driven architecture is neither a shortcut nor a free win. It introduces new forms of complexity, new failure modes, and a fundamentally different way of thinking about system design. In highly ...

The advent of traditional cloud computing services -- like Amazon EC2-- presented a business case for offloading maintenance of physical servers onto a third party, eliminating upfront costs of ...