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Accelerator – Guest OS Details

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The Accelerator – Guest OS Details report provides a detailed view of the guest operating systems discovered across your virtual environment. Use this report to understand operating system distribution, identify lifecycle and compatibility risks, and support migration readiness planning.

Accelerator Guest OS Details report

Available operations:

  • View the distribution of virtual machines by operating system type
  • Filter the report by vCenter and VM Power State
  • Generate an AI-powered summary of the report by clicking the Generate button
  • View all discovered guest operating systems
  • View Windows operating system inventory
  • View Linux operating system inventory
  • View other operating system inventory
  • View operating system End of Service Life (EoSL) information
  • View Nutanix AHV guest operating system compatibility

Overview

The Guest OS Details report provides a consolidated view of guest operating system distribution, lifecycle status, and Nutanix AHV compatibility. It answers three important planning questions:

  1. Which guest operating systems are deployed? (Windows, Linux, and other operating systems)
  2. Are any operating systems approaching or past End of Service Life? (Lifecycle and support status)
  3. Are the operating systems compatible with the target platform? (Nutanix AHV support and potential remediation requirements)

The report consolidates operating system inventory, lifecycle, and compatibility information into a single view, allowing you to identify unsupported workloads, prioritize upgrades, and reduce migration risk.

Key Benefits

  • Understand the distribution of Windows, Linux, and other guest operating systems
  • Identify the number of virtual machines running each operating system
  • Identify operating systems approaching or past End of Service Life (EoSL)
  • Review guest operating system compatibility with Nutanix AHV
  • Identify workloads that may require upgrades, remediation, or alternate migration plans
  • Generate AI-powered insights and recommendations

The following sections describe how the information presented in the Guest OS Details report can be used to assess migration readiness and plan operating system remediation.

Migration Readiness

Use the information in this report to identify guest operating systems that may affect migration planning. This information helps determine which workloads can be migrated as-is, which require upgrades or remediation, and which may need an alternate target or migration approach.

Report Section Key Information Planning Value
VM Count by OS Type Distribution of Windows, Linux, and other operating system types Understand the overall operating system composition of the virtual environment.
All Operating Systems Complete guest operating system inventory, VM counts, EoSL, and AHV compatibility Identify lifecycle and compatibility risks across the entire workload estate.
Windows Operating Systems Windows guest operating system inventory and support status Identify Windows workloads that may require upgrades or remediation before migration.
Linux Operating Systems Linux guest operating system inventory and support status Identify Linux workloads that may require upgrades, validation, or alternate migration plans.
Other Operating Systems Guest operating systems not classified as Windows or Linux Identify uncommon or specialized workloads that may require additional compatibility review.
End of Service Life Operating system lifecycle status Prioritize upgrades and remediation for operating systems approaching or past EoSL.
AHV Compatibility Nutanix AHV support status for each guest operating system Identify workloads that can migrate directly and those that require remediation or an alternate target platform.

Planning Metrics

Resource Used For
Operating System Type Understand the distribution of Windows, Linux, and other workloads
Operating System Version Identify specific versions that may require upgrade or validation
VM Count Estimate the number of workloads affected by lifecycle or compatibility issues
End of Service Life Prioritize operating system upgrades and remediation
AHV Compatibility Determine whether workloads can be migrated to Nutanix AHV

Typical Workflow

The following workflow provides a recommended approach for using the Guest OS Details report during migration planning.

  1. Review the distribution of Windows, Linux, and other guest operating systems
  2. Identify the operating systems and versions with the largest virtual machine counts
  3. Review operating system End of Service Life status
  4. Identify operating systems that require upgrades or remediation
  5. Review Nutanix AHV compatibility for each operating system
  6. Identify workloads that may require an alternate target or migration approach
  7. Generate an AI summary for planning and stakeholder discussions

This workflow represents a recommended starting point. Depending on your migration objectives, you may revisit individual sections of the report as your assessment progresses.

Understanding Status Indicators

The Guest OS Details report uses color-coded indicators to identify operating system lifecycle status and Nutanix AHV compatibility.

Operating System End of Service Life (EoSL)
Status Meaning
Green More than two years remain before the operating system reaches End of Service Life.
Amber The operating system will reach End of Service Life within the next two years.
Red The operating system has reached End of Service Life and should be upgraded or replaced before migration.
Orange An End of Service Life date could not be determined for the operating system.
Nutanix AHV Compatibility
Status Meaning
Green (Supported) Fully supported by Nutanix for the selected AHV/AOS release.
Amber (Legacy Support) Supported through legacy validation. The operating system may no longer be supported by its vendor but has been validated by Nutanix for migration and compatibility scenarios.
Red (Unsupported) Not supported for the selected AHV/AOS release.
Orange (Unknown) AHV support cannot be determined for the operating system.
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