AWS CDK vs Crossplane

Compare AWS CDK vs Crossplane features, pricing, and performance metrics side-by-side to find the optimal platform for your engineering workflow.

Feature Comparison Matrix

Feature AWS CDK Crossplane
Multi-Cloud Support AWS-focused, limited multi-cloud via custom resources All major clouds via provider packages
Kubernetes-Native Not K8s-native, uses EKS construct library Built as K8s controller, native CRD-based
State Management AWS CloudFormation state management Kubernetes-native state via etcd
Programming Languages TypeScript, Python, Java, C#, Go, .NET YAML/CRD-based composition
Module/Package Registry AWS CDK Construct Library, Construct Hub Crossplane Registry for provider packages
Policy as Code AWS Config rules, Service Control Policies (separate) Composition validation, OPA/Gatekeeper integration
Drift Detection CloudFormation drift detection Limited, relies on Kubernetes reconciliation
Preview/Plan cdk diff and CloudFormation change sets Kubernetes dry-run, server-side apply preview
Secret Management AWS Secrets Manager, Parameter Store integration Kubernetes secrets, External Secrets Operator
Team Collaboration AWS IAM, CloudFormation StackSets for multi-account Kubernetes RBAC, multi-tenant control planes
Get Started Deploy AWS CDK Deploy Crossplane

About AWS CDK

AWS Cloud Development Kit (CDK) is an Infrastructure as Code framework by Amazon that lets you define AWS cloud resources using TypeScript, Python, Java, C#, and Go. It provides high-level constructs that encapsulate best practices and defaults, making it easier to build production-ready AWS infrastructure. CDK supports synthesis to CloudFormation templates, allowing use of existing AWS tooling. It includes a large library of construct libraries maintained by AWS and the community.

Explore AWS CDK

About Crossplane

Crossplane is an open-source Kubernetes add-on that transforms your Kubernetes cluster into a universal control plane for managing infrastructure across multiple clouds and services. Using Kubernetes CRDs, it enables platform teams to compose custom infrastructure abstractions and expose them to developers through a unified API. Crossplane supports all major cloud providers, handles resource composition, and enforces policies through Kubernetes-native mechanisms.

Explore Crossplane