Red Hat OpenShift Service on AWS

Name: Red Hat OpenShift Service on AWS
Brand: Amazon Web Services (AWS)
Rating: 4.5 (603 reviews)

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Est 2006|Valuation $2560B|1 Ref Customers

LinkedIn 10.9M|Website|Web traffic 1.1M|FTEs 148,001|HQ Seattle, Washington, US

MarketsContainer Management

Platform CoversInfrastructure Monitoring Internal Developer Portals Continuous Integration & Continuous Delivery (CI/CD)

Red Hat OpenShift Service on AWS screenshot

01Competitive Landscape

Narrative analysis

ROSA vs EKS - ROSA is appropriate when OpenShift-specific capabilities are required: security controls, operator ecosystem, OpenShift APIs and tooling, and consistent hybrid platform behavior. - EKS is more appropriate when the goal is to minimize platform overhead, adhere closely to upstream Kubernetes patterns, and reduce licensing/service fees. ROSA vs ARO - ARO is the equivalent managed OpenShift offering for Azure. Organizations that are Azure-centric may find procurement and reservation options with Azure advantageous. ROSA vs OpenShift Dedicated (OSD) / self-managed OCP - OSD and self-managed OCP are choices when organizations require more control over cluster administration boundaries or customization, with correspondingly higher operational responsibilities. Competitive adoption trends - Vendor and industry materials describe expanded AWS + Red Hat collaboration and positioning in hybrid cloud scenarios; vendor- or industry-level market-share figures specific to ROSA are not consistently published.

	ROSA (OpenShift Service on AWS)	Amazon EKS	Azure Red Hat OpenShift (ARO)
Starting Price	Published vendor pricing pages; includes service fees plus underlying AWS infrastructure costs	Published vendor pricing pages; includes per-cluster/service fees plus underlying AWS infrastructure costs and optional add-ons	Published vendor pricing pages; includes underlying Azure infrastructure costs plus managed OpenShift fees
Typical Use Case	Enterprises that require a managed OpenShift platform on AWS and seek consistency with on-prem OpenShift deployments	Teams that require managed Kubernetes with AWS-native integrations and lower platform overhead	Enterprises standardizing on OpenShift within Azure environments or seeking Azure procurement alignment
Key Strength	OpenShift platform features combined with managed operations and AWS integrations	Simplicity and AWS-native integration; typically lower platform overhead	Managed OpenShift on Azure with Azure purchasing and reservation mechanisms
Key Weakness	Higher complexity and higher total cost of ownership compared with plain Kubernetes; certain managed-service constraints	Less "batteries-included" platform than OpenShift; more assembly required	Less optimal for AWS-first organizations; pricing and alignment considerations for Azure-centric customers

01Competitive Landscape

Narrative analysis

ROSA vs EKS

ROSA is appropriate when OpenShift-specific capabilities are required: security controls, operator ecosystem, OpenShift APIs and tooling, and consistent hybrid platform behavior.
EKS is more appropriate when the goal is to minimize platform overhead, adhere closely to upstream Kubernetes patterns, and reduce licensing/service fees.

ROSA vs ARO

ARO is the equivalent managed OpenShift offering for Azure. Organizations that are Azure-centric may find procurement and reservation options with Azure advantageous.

ROSA vs OpenShift Dedicated (OSD) / self-managed OCP

OSD and self-managed OCP are choices when organizations require more control over cluster administration boundaries or customization, with correspondingly higher operational responsibilities.

Competitive adoption trends

Vendor and industry materials describe expanded AWS + Red Hat collaboration and positioning in hybrid cloud scenarios; vendor- or industry-level market-share figures specific to ROSA are not consistently published.

	ROSA (OpenShift Service on AWS)	Amazon EKS	Azure Red Hat OpenShift (ARO)
Starting Price	Published vendor pricing pages; includes service fees plus underlying AWS infrastructure costs	Published vendor pricing pages; includes per-cluster/service fees plus underlying AWS infrastructure costs and optional add-ons	Published vendor pricing pages; includes underlying Azure infrastructure costs plus managed OpenShift fees
Typical Use Case	Enterprises that require a managed OpenShift platform on AWS and seek consistency with on-prem OpenShift deployments	Teams that require managed Kubernetes with AWS-native integrations and lower platform overhead	Enterprises standardizing on OpenShift within Azure environments or seeking Azure procurement alignment
Key Strength	OpenShift platform features combined with managed operations and AWS integrations	Simplicity and AWS-native integration; typically lower platform overhead	Managed OpenShift on Azure with Azure purchasing and reservation mechanisms
Key Weakness	Higher complexity and higher total cost of ownership compared with plain Kubernetes; certain managed-service constraints	Less "batteries-included" platform than OpenShift; more assembly required	Less optimal for AWS-first organizations; pricing and alignment considerations for Azure-centric customers