The Mule 4 runtime uses a non-blocking execution model based on Reactive Programming principles, improving application performance and efficiency.
The Mule 4 runtime uses a non-blocking execution model for processing requests.
Mule 4 introduces a new, more efficient execution model that allows for non-blocking operations. This model is based on Reactive Programming principles, which make it possible to handle more concurrent requests using fewer threads. The biggest advantage of this approach is the increase in throughput and the more efficient use of resources. Unlike traditional thread-per-request models, this non-blocking model in Mule 4 does not assign a single thread to each request. Instead, it reuses threads and avoids thread contention, which is a significant improvement over the older Mule 3 processing strategy.
the Mule 4 runtime enhances application performance and scalability by using a non-blocking processing model, which aligns with modern reactive programming techniques. This substantial improvement over its predecessor aids developers in creating more efficient and resilient integration applications.