Cloud FinOps
10
mins read

AWS App Runner vs Fargate vs Elastic Beanstalk: Which One Should You Choose?

Choosing the Right AWS Deployment Service for Your Web Applications
By
Sanika Kotgire

You're building a new web app. Should you go serverless? Containers? Or stick to EC2-based platforms? 

With so many AWS options, choosing the right deployment service can feel overwhelming. 

Each of these services is designed to simplify the deployment process, but they vary in terms of how much control you have, how much infrastructure you manage, and how your application scales. Choosing the right one depends on your project’s architecture, team experience, and scalability needs.

This blog will help you understand the differences between these services, compare their features, and guide you in selecting the best option for your specific use case.

What is AWS App Runner?

AWS App Runner

AWS App Runner is a fully managed service that allows developers to deploy web applications and APIs directly from source code or container images. You do not need to manage infrastructure, servers, or scaling. It automatically builds and runs your service, handles HTTPS, and scales up or down based on demand.

App Runner is designed for simplicity and speed. It is ideal for developers who want to focus on code rather than managing resources.

When to Use AWS App Runner?

Choose App Runner if:

  • You want zero infrastructure management
  • You’re working on simple, containerized web services
  • You need fast deployments with minimal configuration
  • You want to deploy directly from GitHub or ECR

Ideal For:

  • Startups building MVPs
  • Solo developers or small teams
  • Serverless-first applications

What is AWS Fargate?

AWS Fargate

AWS Fargate is a container service that allows you to run containers without managing servers. Fargate works with Amazon ECS or Amazon EKS. You define the resources (CPU and memory), and Fargate launches containers as tasks in your environment.

Fargate gives you more control than App Runner but requires more setup, especially when managing clusters, networking, and IAM roles.

When to Use AWS Fargate?

Choose Fargate if:

  • You need multi-container orchestration
  • You require network-level control (VPC, subnets, IAM)
  • You're building event-driven systems or microservices

Ideal For:

  • Backend services with background workers
  • CI/CD runners, cron jobs, or batch tasks
  • Teams comfortable with ECS or EKS configurations

What is AWS Elastic Beanstalk?

AWS Elastic Beanstalk

AWS Elastic Beanstalk is a platform-as-a-service (PaaS) that supports web applications in multiple programming languages. You upload your application code, and Beanstalk automatically handles deployment, from provisioning resources to scaling and monitoring.

Elastic Beanstalk is often used for deploying traditional web applications and supports both pre-configured environments and custom Docker containers.

When to Use AWS Elastic Beanstalk?

Choose Elastic Beanstalk if:

  • You’re deploying a legacy or monolithic web app
  • You need to customize EC2 instances
  • You prefer a PaaS model but want infra visibility

 Ideal For:

  • Java Spring Boot or .NET MVC apps
  • Web apps needing stateful services (e.g., with RDS)
  • Lift-and-shift migrations

Feature Comparison: App Runner vs Fargate vs Beanstalk

Below is the table comparing key features of AWS App Runner, Fargate, and Elastic Beanstalk.

Feature AWS App Runner AWS Fargate AWS Elastic Beanstalk
Deployment Source GitHub or Amazon ECR Amazon ECS or AWS Batch Code bundle or Docker container
Infrastructure Management Fully managed Requires setup via ECS or AWS Batch Managed with more control and customization
Scaling Automatic, based on traffic Custom rules via ECS or AWS Batch Auto Scaling Group
HTTPS Support Built-in Requires setting up ALB with HTTPS manually Optional
Multi-Container Not supported Supported Supported
Custom VPC Networking Limited support Full support Supported
Custom Port Only 80/443 allowed Any port via ECS Any port via config or Docker
VPC Ingress/Egress Egress-only via VPC Connector Full VPC support (ENI, ALB, Security Groups) Full VPC support + ELB
Max Compute Up to 4 vCPU / 12 GB Up to 16 vCPU / 120 GB (varies by region) Depends on selected EC2 instance type
OS Support Linux only Linux and Windows Linux and Windows
Best Suited For Simple web apps & APIs Microservices, containerized workloads, and batch jobs Traditional web apps & lift-and-shift workloads
Cold Start Yes, if scaled to zero Container task cold start: seconds to minutes EC2 startup delay: seconds to minutes
Pricing Model Based on requests & compute runtime Based on vCPU & memory usage per second Based on underlying EC2 instance usage

  Pricing Overview

Below is the table comparing pricing details for AWS App Runner, Fargate, and Elastic Beanstalk in the US East (N. Virginia) region.

Pricing Component AWS App Runner AWS Fargate Elastic Beanstalk
Compute Cost $0.007 per vCPU-sec$0.0009 per GB-sec $0.04048 per vCPU-hour$0.004445 per GB-hour (Linux) Depends on EC2 instance (e.g., t3.micro = $0.0104/hr)
Idle Cost $0 (scales to 0) $0 (if no tasks running) Always billed for EC2 even when idle
Requests (App Runner) $0.20 per 1M HTTP requests (first 100K free/month) N/A N/A
Data Transfer (Out) First 100GB/month freeThen $0.09/GB (up to 10TB) $0.01/GB within same AZ (via private IP)Then standard AWS data transfer Standard EC2 data pricing(e.g., $0.09/GB after 1GB free outbound)
Storage (EBS/EFS) Included EBS (via ECS): $0.10/GB-month (gp3), EFS: $0.30/GB-month EBS: $0.10/GB-month (gp3)Snapshots billed separately
Free Tier 100K requests + 50 compute hrs/month 500 CPU mins + 30GB storage/month (via ECS free tier) EC2 Free Tier: 750 hrs/month on t2.micro/t3.micro + 30GB EBS
Min. Monthly Cost ~$0 if scaled to zero ~$3–$5/month for small container (light usage) ~$7.50/month (t3.micro 24x7) + EBS + ELB (if outside free tier)
Auto Scaling Cost Built-in, scales to 0 Scales per container/task, pay-per-use Based on ASG (Auto Scaling Group) + EC2 + ELB

Developer Experience Comparison

Below is the table comparing the developer experience across AWS App Runner, Fargate, and Elastic Beanstalk.

Factor App Runner Fargate Beanstalk
Initial Setup Easiest Medium Easy
CI/CD Integration Built-in Manual setup Integrated
Debugging Limited Powerful via ECS logs Integrated via CloudWatch

Pro Tip: You can combine these services for cost-performance balance—for example, using Fargate for core services, and App Runner for sidecars or Elastic Beanstalk for web frontends.

Which One Should You Choose?

Key Decision Factor Go With
Zero infrastructure, GitHub/ECR deploys App Runner
Full container control, IAM, VPC, scaling Fargate
Familiar EC2-based PaaS for legacy or web stacks Elastic Beanstalk
Multi-container orchestration (service mesh, internal APIs) Fargate
Deploy quickly with built-in CI/CD App Runner
Traditional apps with tight RDS/EC2 integration Elastic Beanstalk

References

1. AWS App Runner

2. AWS App Runner Pricing – Fully managed container application service

3. Getting started with App Runner

4. AWS Fargate for Amazon ECS - Amazon Elastic Container Service

5. Serverless Compute Engine–AWS Fargate Pricing–Amazon Web Services

6. AWS Elastic Beanstalk

7. Elastic Beanstalk supported platforms

8. AWS Elastic Beanstalk Pricing - Amazon Web Services (AWS)

Conclusion

Choosing the right AWS deployment service depends on your project's needs. If you want simplicity and speed, App Runner is a great fit. For containerized workloads with custom networking or scaling, Fargate offers more control. And if you're working with traditional web apps or migrating existing projects, Elastic Beanstalk provides a familiar and flexible environment. 

Understanding the strengths of each helps you make smarter, more efficient deployment decisions.

FAQs

What is the difference between AWS App Runner, Fargate, and Elastic Beanstalk?

AWS App Runner is a fully managed service for web apps with no infrastructure management. Fargate offers container orchestration without managing servers. Elastic Beanstalk is a PaaS for deploying web apps using EC2.

Which is cheaper: AWS App Runner, Fargate, or Elastic Beanstalk?

App Runner is the most cost-effective for low-traffic apps due to scale-to-zero capability. Fargate is efficient for containerized workloads, and Beanstalk incurs ongoing EC2 costs.

Can I use AWS Fargate and App Runner together?

Yes, you can combine them, for example using Fargate for backend workers and App Runner for serving APIs or static web frontends.

Is AWS App Runner suitable for production?

Yes, App Runner is production-ready and supports HTTPS, custom domains, auto scaling, and CI/CD integrations with GitHub and ECR.

Does Elastic Beanstalk support Docker?

Yes, Elastic Beanstalk supports multi-container Docker environments and custom Dockerfiles via pre-configured or custom platforms.