Run event-driven and scheduled workloads at scale with AWS Fargate

The AWS Fargate event-driven workloads template provides a complete, automated architecture to run event-driven and scheduled containerised workloads using AWS Fargate. It integrates core AWS services like Amazon EventBridge, AWS Lambda, and Amazon SNS to streamline the deployment process triggered by events such as code commits. It ensures not only efficient container orchestration but also real-time notifications to keep teams informed and responsive.

Why This Template is a Game Changer ?

This template removes the traditional complexity associated with deploying scalable, event-driven applications. Instead of worrying about provisioning infrastructure, scaling containers manually, or building integration from scratch, this architecture handles everything automatically.

By leveraging AWS Fargate, you get serverless container deployment, freeing you from managing EC2 instances. EventBridge acts as the brain behind the operation, detecting changes and kicking off automation. Paired with Lambda and SNS, you have a robust, reactive system built for cloud-native success.

Who Needs This Template—and when ? 

This template is perfect for:

• Development teams are building microservices that react to real-time changes.

• DevOps engineers who want to automate deployments triggered by source code commit.

• Organizations are migrating to serverless infrastructure and aiming to modernise legacy CI/CD pipelines.

Use this template when: 

• You want to deploy workloads without provisioning or managing servers.

• You need to schedule tasks or respond to events like code pushes or data updates.

• You’re aiming for high scalability and efficiency in cloud-native applications.

What Are the Main Components of the Template? 

Here’s how the architecture comes together:

• User: Developer initiates a code push.

• CodeCommit: Stores source code and triggers events.

• Amazon EventBridge: Detects code commits and routes events.

• Event Rule: Defines the specific triggers to invoke Lambda.

• AWS Lambda: Handles the logic for deploying containers.

• AWS Fargate: Runs the containerized application serverlessly.

• Amazon ECS: Orchestrates and manages deployed containers.

• Container: The actual application instance deployed.

• Amazon SNS + Email Notification: Sends alerts to stakeholders.

• IAM Roles: Manage permissions securely.

• CloudWatch Logs: Collects and monitors system logs.

• Amazon S3: Stores data and artefacts used in the workflow.

How to Get Started with Cloudairy ?

Getting started is simple:

1. Log in to your Cloudairy account.

2. Navigate to the Templates section.

3. Search for "Run event-driven and scheduled workloads at scale with AWS Fargate".

4. Click on the template to view its details.

5. Hit "Open in Designer" to customize it as per your needs.

6. Add or modify services, set environment-specific values, and collaborate with your team.

7. Visualize the complete architecture and export or deploy it directly from Cloudairy.

Summary 

This AWS Fargate-based template makes it easy to run scalable, event-driven applications with no server management required. By connecting CodeCommit, EventBridge, Lambda, and SNS, it automates container deployments and instantly notifies your team of key updates. Whether triggered by a code push or a scheduled event, this architecture helps you move faster, with less effort and more confidence in the cloud.

This guide provides a complete walkthrough for running AWS Fargate event-driven workloads and scheduled tasks at scale without the need to manage servers. Using AWS Fargate event-driven workloads, you can automatically trigger containerized applications in response to specific events, such as file uploads, API calls, or database changes, as well as execute tasks on a recurring schedule. The tutorial covers configuring Amazon EventBridge and CloudWatch Events to integrate seamlessly with Fargate, defining task definitions, and applying security best practices.

With AWS Fargate event-driven workloads, you gain the ability to handle high-volume processing, batch jobs, and asynchronous workflows while maintaining cost efficiency and scalability. Whether your use case involves real-time data processing, automated report generation, or dynamic backend services, implementing AWS Fargate event-driven workloads will help you build a serverless, reliable, and fully automated architecture that scales effortlessly with demand.