世間では、情報システムの運用・監視の「自動化」というキーワードがもてはやされがちで、各種のツール・プロダクト等が出てくる昨今です。しかし、「自動化」の実態は深い霧のベールに包まれていると感じていませんか。今回は、以下の現場視点でこのベールを脱がしてみたいと思います。
July Tech Festa 2016 発表資料
#jtf2016
平成28年7月24日(日)
The document discusses implementing an event-driven architecture using events instead of synchronous APIs. It explains that events decouple services by allowing them to communicate asynchronously through a centralized event routing system. This loose coupling makes services more independent and resilient, as failures in downstream services do not block upstream ones. It also improves scalability and maintainability by reducing dependencies between services. The document provides examples to illustrate how an event-driven system has less coupling between producers and consumers compared to a synchronous API approach.
世間では、情報システムの運用・監視の「自動化」というキーワードがもてはやされがちで、各種のツール・プロダクト等が出てくる昨今です。しかし、「自動化」の実態は深い霧のベールに包まれていると感じていませんか。今回は、以下の現場視点でこのベールを脱がしてみたいと思います。
July Tech Festa 2016 発表資料
#jtf2016
平成28年7月24日(日)
The document discusses implementing an event-driven architecture using events instead of synchronous APIs. It explains that events decouple services by allowing them to communicate asynchronously through a centralized event routing system. This loose coupling makes services more independent and resilient, as failures in downstream services do not block upstream ones. It also improves scalability and maintainability by reducing dependencies between services. The document provides examples to illustrate how an event-driven system has less coupling between producers and consumers compared to a synchronous API approach.