Why Use VMware Engine?

VMware Engine is a product that provides a modern way to run virtual machines and containers. It offers many benefits for companies looking to optimize and secure their workloads.

Why Use VMware Engine

Why Use VMware Engine?

VMware Engine brings together VMware vSphere virtual machines and Kubernetes containers under a unified control plane. This allows companies to run their traditional and modern applications side-by-side on the same platform.

Here are some of the key reasons to use VMware Engine:

Simplified Operations

  • VMware Engine uses infrastructure lifecycle management to automate day-0 through day-2 operations. This reduces effort and risk of misconfiguration.
  • The unified control plane provides a consistent way to manage VMs and containers. No need to switch between multiple tools.
  • Built-in Kubernetes delivers production-scale container orchestration without external components. Streamlined troubleshooting and upgrades.

Improved Security

  • VMware Engine integrates VMware NSX advanced security services for VMs and containers. Micro-segmentation, firewalling, and more.
  • Built on the intrinsic security provided by VMware vSphere. Leverages role-based access control, encryption, and secure boot.
  • Supports VMware Carbon Black Cloud for added threat detection and response across nodes.

Hybrid and Multi-Cloud Support

  • Deploy on-premises on certified hardware or in the public cloud. Flexibility to move workloads between environments.
  • VMware provides consistent infrastructure and operations from edge to core to cloud via SDDC.
  • Integrates with major cloud providers including AWS, Azure, and Google Cloud.

Enhanced Developer Experience

  • Container Registry provides storage and distribution for container images. Supports CI/CD pipelines.
  • Native Kubernetes speeds application development cycles with automated deployments.
  • VMware Tanzu integration enables Kubernetes runtime management and access to Tanzu APIs.

Optimized Performance

  • Leverages VMware Distributed Resource Scheduler for efficient utilization of node resources between VMs and pods.
  • Integrated vSphere ecosystems boosts performance of traditional workloads running as VMs.
  • Supports latest GPU hardware to accelerate ML/AI workloads via virtualization.

Key Benefits Summary

  • Simplified lifecycle management
  • Unified operations
  • Improved security
  • Hybrid/multi-cloud flexibility
  • Optimized for modern apps
  • Boosted performance

Reasons to Choose VMware Engine

There are many reasons why organizations should consider VMware Engine to modernize their infrastructure and workloads:

Simplified Management

  • Unified control plane for VMs and Kubernetes
  • Automated infrastructure lifecycle management
  • Streamlined troubleshooting and upgrades


  • Micro-segmentation and native firewalling
  • Built on vSphere trusted platform
  • Integrates with Carbon Black Cloud

Hybrid Cloud Support

  • Consistent infrastructure on-premises and public cloud
  • Flexibility to move workloads between environments
  • Integrates with AWS, Azure, GCP

Developer Friendly

  • Container registry for CI/CD pipelines
  • Kubernetes for automated deployments
  • Tanzu runtime and API integration


  • Optimized resource utilization
  • Leverages vSphere performance ecosystems
  • Supports latest GPUs for AI/ML workloads
Benefit Description
Unified Operations Single control plane to manage VMs and Kubernetes
Lifecycle Automation Infrastructure provisioning and configuration
Enhanced Security Micro-segmentation, firewalling, and Carbon Black Cloud integration
Hybrid/Multi-Cloud Portable architecture across on-prem and public cloud
Developer Experience Container registry, Kubernetes, and Tanzu integration
Optimized Performance DRS resource utilization, vSphere ecosystem, GPU support

Key Takeaway

VMware Engine brings VMs and containers under unified management with a broad set of security, automation, and performance capabilities leveraging VMware innovations. Companies can operationalize Kubernetes at scale while continuing to run traditional workloads – providing infrastructure flexibility and choice for modern applications.


VMware Engine provides a modern way for companies to run traditional VMs and innovative containerized applications within a unified architecture. Leveraging intrinsic vSphere security and automation, VMware Engine reduces risk and streamlines IT operations.

With robust support for hybrid/multi cloud environments and capabilities to enhance developer experience, VMware Engine gives infrastructure teams an efficient way to meet the needs of application developers. Its advanced features for security, networking, storage, availability, resource utilization, and hardware support allow both traditional and cutting edge workloads to maximize performance.

As companies look to optimize and secure the next generation of business applications, VMware Engine emerges as an enterprise-ready solution to run both VMs and Kubernetes in production at scale. The unified control plane simplifies management while innovative integrations pave the way for IT and developers to unleash workload potential.

Frequently Asked Questions

  1. What is VMware Engine?
    VMware Engine is a product that provides a modern way to run virtual machines and containers under a unified control plane. It brings together vSphere VMs and Kubernetes containers.

  2. How does VMware Engine simplify operations?
    It automates infrastructure lifecycle management and provides a unified control plane to manage VMs and containers. This reduces configuration risks and effort compared to running separate VM and container platforms.

  3. What security benefits does VMware Engine offer?
    It integrates advanced NSX security services like micro-segmentation and firewalling for VMs and containers. VMware Engine is also built on the intrinsic security in vSphere and can integrate with Carbon Black Cloud for added threat detection.

  4. Does VMware Engine support hybrid clouds?
    Yes. VMware Engine provides consistent infrastructure and operations from on-premises environments to the public cloud. This allows workloads to flexibly move between clouds.

  5. How does VMware Engine help developers?
    It includes a container registry for CI/CD pipelines along with native Kubernetes for automated application deployments. VMware Engine also integrates with Tanzu APIs for runtime management.

  6. How does VMware Engine improve workload performance?
    It leverages vSphere Distributed Resource Scheduler for optimized resource utilization between VMs and containers. VMware Engine also supports the latest GPUs to accelerate machine learning and AI workloads.

  7. What types of workloads can you run on VMware Engine?
    You can run traditional/monolithic applications in VMs along with modern, cloud-native containerized applications – as well as machine learning, databases, custom applications and more.

  8. Does VMware Engine replace vSphere?
    No. VMware Engine leverages vSphere capabilities for security, availability, and performance. It provides an optimized way to run containerized applications on the vSphere platform.

  9. Is VMware Engine intended for small or large deployments?
    VMware Engine is designed to run Kubernetes reliably at enterprise scale alongside production vSphere workloads. It works for both small proof-of-concept deployments as well as large production infrastructure.

  10. What infrastructure platforms are supported?
    VMware Engine runs on certified vSAN and VMware Cloud Foundation hardware. It also supports major public clouds including AWS, Azure and Google Cloud.

  11. How is VMware Engine licensed?
    VMware Engine is available to customers with an active vSphere 8 license. It does not require a separate license purchase. vSphere with Tanzu includes VMware Engine capabilities.

  12. Can I manage traditional VMs the same way after deploying Engine?
    Yes. VMware Engine allows you to manage all your workloads – both VMs and containers – through the unified control plane. It does not require changing how you operate vSphere.

  13. Is VMware Engine fully supported by VMware?
    Yes. VMware provides technical guidance, troubleshooting support, patches, updates and upgrades for VMware Engine through regular vSphere release channels.

  14. How does VMware Engine differ from VCF or vSphere with Tanzu?
    VMware Cloud Foundation (VCF) is a full stack platform for private/hybrid cloud. vSphere with Tanzu enables running Kubernetes on vSphere infrastructure. VMware Engine is the optimized Kubernetes runtime that is integrated with both VCF and vSphere with Tanzu.

  15. Does VMware Engine integrate with third party tools?
    Yes. VMware Engine integrates with common DevOps toolchains for automation and CI/CD. It also works with monitoring, logging, backup and disaster recovery solutions from VMware partners.

  16. How hard is it to get started with containers on VMware Engine?
    It’s designed for operational simplicity. With intrinsic infrastructure lifecycle management, VMware Engine streamlines bringing up a production-scale Kubernetes cluster on vSphere compared to DIY approaches.

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