Amazon EventBridge is being used for multiple purposes in our organization. One of the primary requirements is to receive events generated from Data Hub and route them to different AWS accounts. For example, we receive events from Data Hub that need to be routed to both SQS and CloudWatch, which serve different purposes. Our SQS is picked up by our services to perform data manipulation, while CloudWatch is used for logging purposes only. Amazon EventBridge functions as a one-to-many router, enabling us to route whatever events we receive to two or multiple destinations. We could have built an in-house multiplexer that would receive one message and propagate it to multiple places, but Amazon EventBridge supports this functionality internally. The best aspect of Amazon EventBridge is that it supports filtering options. When receiving a vast number of messages, we can filter and route particular messages to particular channels, which we can configure directly on Amazon EventBridge itself. This is a very helpful feature compared to building a custom solution. Using Amazon EventBridge event rules allows us to configure our requirements. For instance, if we want to pass logging information to a specific channel, we can do so. If there is PII information that we do not want to log, we can route it to different accounts. These capabilities are very helpful in Amazon EventBridge. We were previously using custom routing logic. Amazon EventBridge can route events to multiple places, but we were using custom logic by getting the event from our source and manually invoking different components to route the event. With Amazon EventBridge, this process is automatic. We can plug in new destinations and it routes requests to the new destination automatically. When building a custom solution, we would have to make code changes, which is a hectic process compared to using Amazon EventBridge.
My main use case for Amazon EventBridge is receiving notifications whenever an event triggers. We have set up the payload inside Amazon EventBridge and have integrated Redshift with Amazon EventBridge. We have also configured SNS inside Amazon EventBridge so that whenever any incident of a Redshift query occurs, we receive the notification via an SNS topic to email. Additionally, I have integrated a Squadcast webhook inside Amazon EventBridge so that whenever any condition triggers, we receive the notification over Squadcast. Another primary use case for Amazon EventBridge is configuring cron jobs and scheduling Lambda functions, which I can directly integrate with Amazon EventBridge. Amazon EventBridge is easier to use because there is no complexity involved. You can simply input the payload or drag the service you want to integrate into Amazon EventBridge.
I use Amazon EventBridge for triggering the Lambda for certain events. It is also used to notify on Slack if there is any image push on the ECR repository.
We use Amazon EventBridge to schedule events. For example, if we want to run a program every hour, we schedule an event to be triggered every hour and set the program as its target. We use Amazon EventBridge for things that have to be done periodically.
Amazon EventBridge efficiently manages recurring tasks and integrates seamlessly with cloud architectures, essential for triggering Lambda functions and offering effortless automation. By eliminating the need for a broker, it provides users with serverless designs and scalable solutions.Amazon EventBridge is a robust event bus solution that simplifies event-driven architectures and facilitates automated workflows across AWS infrastructures. It supports cron job setups and customizes service...
Amazon EventBridge is being used for multiple purposes in our organization. One of the primary requirements is to receive events generated from Data Hub and route them to different AWS accounts. For example, we receive events from Data Hub that need to be routed to both SQS and CloudWatch, which serve different purposes. Our SQS is picked up by our services to perform data manipulation, while CloudWatch is used for logging purposes only. Amazon EventBridge functions as a one-to-many router, enabling us to route whatever events we receive to two or multiple destinations. We could have built an in-house multiplexer that would receive one message and propagate it to multiple places, but Amazon EventBridge supports this functionality internally. The best aspect of Amazon EventBridge is that it supports filtering options. When receiving a vast number of messages, we can filter and route particular messages to particular channels, which we can configure directly on Amazon EventBridge itself. This is a very helpful feature compared to building a custom solution. Using Amazon EventBridge event rules allows us to configure our requirements. For instance, if we want to pass logging information to a specific channel, we can do so. If there is PII information that we do not want to log, we can route it to different accounts. These capabilities are very helpful in Amazon EventBridge. We were previously using custom routing logic. Amazon EventBridge can route events to multiple places, but we were using custom logic by getting the event from our source and manually invoking different components to route the event. With Amazon EventBridge, this process is automatic. We can plug in new destinations and it routes requests to the new destination automatically. When building a custom solution, we would have to make code changes, which is a hectic process compared to using Amazon EventBridge.
My main use case for Amazon EventBridge is receiving notifications whenever an event triggers. We have set up the payload inside Amazon EventBridge and have integrated Redshift with Amazon EventBridge. We have also configured SNS inside Amazon EventBridge so that whenever any incident of a Redshift query occurs, we receive the notification via an SNS topic to email. Additionally, I have integrated a Squadcast webhook inside Amazon EventBridge so that whenever any condition triggers, we receive the notification over Squadcast. Another primary use case for Amazon EventBridge is configuring cron jobs and scheduling Lambda functions, which I can directly integrate with Amazon EventBridge. Amazon EventBridge is easier to use because there is no complexity involved. You can simply input the payload or drag the service you want to integrate into Amazon EventBridge.
I use Amazon EventBridge for triggering the Lambda for certain events. It is also used to notify on Slack if there is any image push on the ECR repository.
We use Amazon EventBridge to schedule an automation. If we have already created an automation, we have to schedule them using the solution.
We use Amazon EventBridge to schedule events. For example, if we want to run a program every hour, we schedule an event to be triggered every hour and set the program as its target. We use Amazon EventBridge for things that have to be done periodically.