With Stacksync, events are captured and stored in queues as soon as they occur. Each event is processed in order, triggering the appropriate workflow, update, or integration. If an event fails to process, it can be retried or logged for troubleshooting, ensuring no data is lost and every business rule is enforced.
Stacksync’s event queues are purpose-built for modern, event-driven business operations. They provide the backbone for real-time, reliable, and scalable data workflows, allowing you to:
With enterprise-grade monitoring, retry, and rollback capabilities, Stacksync’s event queues keep your data and processes flowing, no matter how complex or high-volume your operations become.
What is an event queue in Stacksync?
An event queue in Stacksync is a system that captures and stores events as they occur, ensuring each event is processed in order by your workflows or integrations. This guarantees reliable, sequential processing and prevents data loss or duplication.
How does Stacksync ensure no events are lost or duplicated?
Stacksync’s event queues monitor every event, log processing outcomes, and automatically retry failed events. This ensures that all events are processed exactly once, even in the face of errors or system outages.
Can I prioritize certain events in Stacksync’s event queues?
Yes, advanced event queue configurations in Stacksync allow you to prioritize critical events, ensuring time-sensitive tasks are handled first while maintaining overall order and system efficiency.
How do event queues improve system performance and scalability?
By decoupling event producers from consumers and managing the flow of events, Stacksync’s event queues prevent resource contention, enable concurrent processing, and allow your workflows to scale effortlessly as your business grows.
Are event queues suitable for compliance and audit requirements?
Absolutely. Every event processed by Stacksync is logged and auditable, providing a complete, immutable record of changes and actions, ideal for compliance, analytics, and troubleshooting.