Skip to main content
Infrastructure Optimization in Virtual Desktop Infrastructure

Infrastructure Optimization in Virtual Desktop Infrastructure

$249.00
Your guarantee:
30-day money-back guarantee — no questions asked
Who trusts this:
Trusted by professionals in 160+ countries
How you learn:
Self-paced • Lifetime updates
When you get access:
Course access is prepared after purchase and delivered via email
Toolkit Included:
Includes a practical, ready-to-use toolkit containing implementation templates, worksheets, checklists, and decision-support materials used to accelerate real-world application and reduce setup time.
Adding to cart… The item has been added

This curriculum spans the equivalent depth and breadth of a multi-workshop technical engagement with an infrastructure consultancy, covering the full lifecycle of VDI optimization from assessment and architecture to governance, with a focus on real-world operational constraints like performance tuning, scalability, and integration with enterprise security and monitoring systems.

Module 1: Assessing Current VDI Environment and Readiness

  • Conduct inventory of existing virtualization hosts, storage arrays, and network topology to identify bottlenecks in IOPS, latency, and bandwidth.
  • Evaluate user workload profiles (knowledge worker, task worker, power user) to determine appropriate desktop density per host.
  • Map application dependencies and startup behavior to assess boot storm risks during peak logon times.
  • Review current hypervisor resource allocation (CPU reservations, memory overcommit ratios) for alignment with VDI best practices.
  • Analyze historical performance data from monitoring tools to establish baseline metrics for CPU, memory, disk, and network utilization.
  • Identify legacy peripherals and USB redirection requirements that may impact session reliability and user experience.

Module 2: Designing Scalable and Resilient VDI Architecture

  • Select between persistent and non-persistent desktop pools based on user personalization needs and image management overhead.
  • Size connection broker clusters with high availability to prevent single point of failure during broker node outages.
  • Implement multi-site broker federation to support geographically distributed users with local resource access.
  • Configure storage tiering policies to place high-IOPS desktops on SSD-backed LUNs and low-intensity desktops on HDD pools.
  • Design network segmentation for VDI components (management, vMotion, storage, user traffic) to minimize contention and improve security.
  • Plan for disaster recovery by defining RPO and RTO for desktop images, user profiles, and connection broker databases.

Module 3: Optimizing Storage Performance and Capacity

  • Compare linked clone versus full clone provisioning based on storage efficiency, patching complexity, and rebuild time requirements.
  • Configure storage QoS policies to prevent noisy neighbor issues in shared storage environments.
  • Implement storage offload techniques such as UNMAP/Trim and space reclamation to maintain thin-provisioned volume efficiency.
  • Integrate caching solutions (host-based or storage-layer) to reduce latency for read-intensive workloads.
  • Monitor and adjust VAAI primitives usage to ensure efficient storage operations during provisioning and recompose tasks.
  • Plan for growth by forecasting storage consumption based on user count, image bloat, and profile size trends.

Module 4: Network Architecture and Bandwidth Management

  • Configure QoS policies on network switches and WAN links to prioritize VDI traffic over non-critical applications.
  • Select display protocol (Blast, PCoIP, HDX) based on endpoint capabilities, network conditions, and multimedia requirements.
  • Deploy edge gateways in remote locations to terminate user connections locally and reduce backhaul traffic.
  • Implement UDP-based protocols with fallback to TCP in environments with restrictive firewalls or poor packet loss handling.
  • Size bandwidth capacity for peak usage scenarios, including logon storms and large file transfers within sessions.
  • Integrate network performance monitoring tools to detect jitter, packet loss, and latency affecting user experience.

Module 5: Image Management and Lifecycle Automation

  • Establish golden image build standards with minimal software footprint to reduce patching scope and update windows.
  • Integrate version control and automated testing for image builds using CI/CD pipelines to ensure consistency.
  • Schedule recompose operations during off-peak hours to minimize disruption to non-persistent desktop users.
  • Implement layered image delivery only when application teams require independent update cycles from base OS.
  • Define rollback procedures for failed image deployments, including snapshot retention and broker reversion steps.
  • Enforce application whitelisting within images to prevent unauthorized software that degrades performance.

Module 6: User Profile and Personalization Strategy

  • Select profile solution (FSLogix, UE-V, mandatory profiles) based on roaming requirements, application compatibility, and storage constraints.
  • Configure profile container size limits and exclusion rules to prevent bloat from temporary and cache files.
  • Implement profile archival and cleanup policies for inactive users to reclaim storage and licensing.
  • Test application compatibility with redirected profiles, especially for applications that write to AppData or registry hives.
  • Monitor profile load times and optimize by excluding large directories or using caching mechanisms.
  • Design failover for profile storage to maintain access during backend file server outages.

Module 7: Monitoring, Alerting, and Performance Tuning

  • Deploy end-to-end monitoring that correlates infrastructure metrics with user session performance indicators.
  • Define threshold-based alerts for critical conditions such as datastore capacity, broker service health, and login failures.
  • Use synthetic transactions to simulate user logons and detect performance degradation before real users are impacted.
  • Conduct regular resource rebalancing across hosts using DRS recommendations while avoiding over-consolidation.
  • Adjust virtual desktop resource allocation based on actual usage patterns, not initial provisioning assumptions.
  • Document tuning baselines for different user groups to enable rapid diagnosis during performance incidents.

Module 8: Governance, Security, and Compliance Integration

  • Enforce role-based access control (RBAC) on VDI management consoles to limit administrative privileges to authorized personnel.
  • Integrate VDI access with MFA and conditional access policies based on device compliance and location.
  • Apply encryption for desktop images at rest and enforce TLS 1.2+ for all broker and gateway communications.
  • Align VDI logging with SIEM requirements to support audit trails for access, configuration changes, and session activity.
  • Validate compliance with data residency regulations by controlling where desktops and user data are hosted.
  • Establish change management procedures for VDI infrastructure updates to prevent unplanned outages.
!