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What's the Difference Between AWS App Runner and AWS Copilot?

Compare AWS App Runner and AWS Copilot side by side — features, pricing, and ideal use cases to help you choose the right product.

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Comparisons
AWS App Runner
AWS Copilot
Category

Compute, PaaS

Compute, CLI
Description

Build, deploy, and run containerized web applications and API services without prior infrastructure experience.

CLI tool to build, release, and operate production-ready containerized applications on Amazon ECS and AWS Fargate.
Best for
  • Web applications
  • API services
  • Microservices
  • Rapid prototyping
  • Container deployment
  • Microservices management
  • CI/CD for containers
  • Environment management
Key features
  • Automatic scaling
  • Built-in load balancing
  • TLS encryption
  • VPC connectivity
  • Source code deployment
  • One-command deployment
  • Environment management
  • Service discovery
  • Autoscaling
  • Pipeline generation
Pricing model

Pay for compute and memory resources used

No additional charge; pay for underlying resources
Free tier

No

Yes
Expert take

“App Runner is the fastest path from source code to a running HTTPS endpoint. It handles TLS, load balancing, and auto-scaling with zero infrastructure configuration. Use it when deployment speed matters more than fine-grained control.”
— Didier Durand, re:Post Top Contributor [profile]

“Copilot CLI is the fastest way to deploy containerized apps to ECS or App Runner. One command creates the VPC, cluster, load balancer, and CI/CD pipeline.”
— Didier Durand, re:Post Top Contributor [profile]
Product page

Learn more about AWS App Runner »

Learn more about AWS Copilot »

When to use AWS App Runner or AWS Copilot

Use AWS App Runner when:

  • Web applications
  • API services
  • Microservices
  • Rapid prototyping

Learn more about AWS App Runner »

Use AWS Copilot when:

  • Container deployment
  • Microservices management
  • CI/CD for containers
  • Environment management

Learn more about AWS Copilot »

AWS product comparisons

Read about AWS products side-by-side

Displaying 1-8 (21)
2026-07-30

What's the difference between Amazon Aurora and Amazon Neptune?

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What's the difference between Amazon RDS and Amazon Redshift?

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What's the difference between Amazon Aurora and Amazon DynamoDB?

Both are fully managed AWS database services, but they serve fundamentally different data models and access patterns. Aurora is a relational database for structured data with relationships; DynamoDB is a NoSQL key-value store built for single-digit millisecond performance at any scale.
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What's the difference between Amazon DocumentDB and Amazon Neptune?

Both handle semi-structured data, but they're optimized for different query patterns. DocumentDB stores and queries JSON documents; Neptune stores and traverses relationships between entities.
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2026-07-30

What are the differences between Amazon DynamoDB and Amazon DocumentDB?

Both are fully managed NoSQL databases on AWS, but they serve different data models. DynamoDB is a key-value store optimized for known access patterns at massive scale; DocumentDB is a document database for flexible JSON schemas with MongoDB compatibility.
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What's the difference between Amazon DynamoDB and Amazon Keyspaces?

Both are fully managed, serverless-capable NoSQL databases on AWS. DynamoDB is AWS-native with its own API and data model; Keyspaces is Apache Cassandra-compatible, letting you use existing Cassandra drivers, tools, and expertise.
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What's the difference between Amazon ElastiCache and Amazon MemoryDB?

Both are Redis-compatible, fully managed in-memory services on AWS. ElastiCache is designed as a caching layer in front of another database; MemoryDB is designed as a primary database that combines in-memory speed with Multi-AZ durability.
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2026-07-30

What's the difference between Amazon Aurora and Amazon RDS?

Both are fully managed relational database services on AWS, but Aurora is a cloud-native engine built for higher performance and availability, while RDS gives you familiar open-source and commercial engines with less operational overhead than self-managed.
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