Your customer is beginning to convert their applications to cloud-native apps on Kubernetes. They are considering HPE GreenLake for Containers. Which statement about this platform is true?

HPE GreenLake for Containers is a fully managed solution built upon the HPE Ezmeral Container Platform. Its core value is providing enterprises with the ability to run applications using 100% open-source Kubernetes without the complexity of managing the underlying infrastructure and control plane. The platform abstracts away the operational overhead, offering simplified, automated management for deploying, scaling, and monitoring containerized workloads, thereby accelerating the adoption of cloud-native technologies.

A. The platform is designed to simplify and automate, not to introduce "manual configuration." It can run on virtualized infrastructure, but its purpose is to streamline container management.
B. This is incorrect. Kubernetes, the orchestrator used, is fundamentally designed for managing containerized applications, which are very often built using a microservices architecture. The platform fully supports microservices.
D. A key differentiator of the underlying HPE Ezmeral Container Platform is its ability to run both modern cloud-native applications and containerize non-cloud-native (legacy, monolithic) applications.

1. HPE GreenLake for Containers Solution Brief, Document ID: a00104414enw, Page 1, "HPE GreenLake for containers is a fully managed solution, built on the HPE Ezmeral Container Platform, that provides enterprises with the ability to run applications on 100% open-source Kubernetes..." This directly supports the correct answer (C).

2. HPE Ezmeral Container Platform Data Sheet, Document ID: a00099542enw, Page 1, "Run both cloud-native and non-cloud-native applications on any infrastructure..." This statement directly refutes option D.

3. HPE Ezmeral Container Platform Data Sheet, Document ID: a00099542enw, Page 1, "Modernize existing monolithic applications and build new cloud-native applications using a microservices architecture." This statement directly refutes option B.