The Operational Gaps in AVD on Azure Local: What IT Teams Still Need
June 11, 2026
Deploying AVD on Azure Local is only the beginning . The Day 2 challenge is knowing how to operate it efficiently and effectively every day after.
Azure Virtual Desktop (AVD) on Azure Local is gaining momentum, especially among healthcare organizations and other regulated industries that require data and workloads to remain on-premises.
For many IT teams, Azure Local is attractive because it combines Microsoft’s modern cloud management model with the ability to keep virtual desktops close to users and sensitive data. It’s also becoming an increasingly compelling option for organizations currently running traditional VDI environments and looking to modernize their digital workspace strategy.
But a successful deployment is only the beginning. What many organizations discover after going live is that there is a significant difference between deploying AVD on Azure Local and operating it efficiently day after day.
As customer adoption continues to grow, three operational gaps are emerging:
- The cloud-to-on-prem management gap
- The image lifecycle gap
- The visibility and user experience gap
These challenges are where IT teams spend most of their time, and where operational tooling becomes critical.
Gap #1: The Cloud-to-On-Prem Management Divide
One of the most interesting aspects of Azure Virtual Desktop on Azure Local is that management remains cloud-native while workloads execute on-premises.
Administrators use Azure to manage host pools, assignments, and policies. Meanwhile, session hosts, storage, networking, and infrastructure resources live within local datacenters.
For organizations moving from traditional VDI environments, this hybrid operational model often introduces new challenges and questions:
- How do we efficiently manage resources spread across Azure and Azure Local?
- How do we maintain consistency across multiple sites?
- How do we bridge cloud management with on-prem infrastructure operations?
- How do we reduce operational complexity as deployments grow?
This is particularly important in healthcare environments where multiple hospitals, clinics, or regional facilities may each have their own Azure Local deployment.
Figure 1 – Managing Azure Cloud and Azure local feels the same
Figure 2 – The deployment options feel similar
Hydra was built to close this operational gap by providing a familiar management layer across Azure Virtual Desktop, Azure Local, and Windows 365. Instead of relying on multiple portals, scripts, and disconnected tools, administrators gain a single operational view of their environment and the ability to act from one place.
Gap #2: AVD Image Lifecycle Management on Azure Local
Image management is often one of the first operational challenges organizations encounter after deployment.
Maintaining golden images is never a one-time task, as images require ongoing updates, testing, security patching, application changes, and distribution across environments.
With Azure Local, there is an additional consideration: images frequently need to move between Azure and on-premises infrastructure.
Without automation, administrators can spend significant time:
- Creating and updating images
- Managing image versions
- Distributing images across locations
- Tracking image deployments
- Coordinating image rollouts
Large image transfers can also become a bottleneck.
While Azure supports moving images to Azure Local, the process can take many hours depending on image size and network conditions. For organizations managing frequent updates, this delay directly impacts operational efficiency.
To address this challenge, Hydra includes Hydra Proxy, a lightweight on-premises service that communicates securely with Hydra using outbound WebSocket connections.
Figure 3 – Architectural Diagram shows Hydra Proxy on-prem
Hydra Proxy significantly accelerates image transfers between Azure and Azure Local environments. Customers who previously measured image synchronization times in many hours can often reduce transfer times to an hour or less. More importantly, it removes operational friction from the image lifecycle, helping administrators maintain consistency across Azure and Azure Local environments without introducing additional manual processes.
The result is faster image rollouts, shorter maintenance windows, and greater agility when responding to application updates or security requirements.
By simplifying image creation, distribution, and lifecycle management, Hydra helps administrators spend less time managing images and more time supporting users.
Gap #3: Visibility and User Experience on AVD
One of the most common challenges VDI admins face is the infrastructure itself may be healthy, however users are having a poor experience. When users report slow logons, application delays, or performance issues, identifying the root cause can be difficult. The problem may be related to:
- Session host resource utilization
- Storage performance
- Network latency
- Windows updates
- Application behavior
- AVD agent health
- User profile issues
Many administrators find themselves moving between Azure Portal, Event Viewer, monitoring tools, and individual session hosts simply to diagnose a single issue.
Hydra Agent was designed specifically to address this challenge.
Figure 4 – Hydra agent showing processes, system resource utilization, network latency and FSLogix info
Installed directly on session hosts, Hydra Agent provides deep, real-time visibility into host health, performance metrics, and user experience indicators. This allows administrators to diagnose and resolve issues while users are actively connected without waiting for logs, scripts, or escalations, enabling them to proactively resolve problems before they affect larger groups of users.
As organizations scale their Azure Local deployments, this level of operational insight becomes increasingly valuable.
Not sure which of these gaps apply to your environment? The free AVD Management Maturity Scorecard tells you in under 5 minutes.
Why Simpler AVD Management Beats Heavyweight VDI Tools
Many organizations evaluating Azure Virtual Desktop are looking for an alternative to increasingly complex and expensive VDI management solutions. They want modern cloud services without introducing another heavyweight management platform.
Hydra is designed with a different philosophy:
We work closely with customers to understand real-world operational challenges and prioritize features that directly address those needs. Many of Hydra’s capabilities originate from customer requests and feedback from organizations actively running Azure Virtual Desktop and Windows 365 environments.
The goal is to make administrators more effective. By focusing on the operational gaps customers encounter most often, Hydra delivers practical capabilities without requiring extensive deployment projects, complex infrastructure, or significant administrative overhead.
Predictable AVD Costs with Concurrent-User Licensing
Cost predictability remains one of the biggest concerns for organizations modernizing virtual desktops.
As IT teams evaluate Azure Virtual Desktop, Windows 365, Azure Local, and migration strategies from legacy VDI platforms, they are increasingly looking for ways to maximize the value of their technology investments.
Hydra’s licensing model is designed with this in mind.
Unlike solutions that license based on monthly active users, Hydra is licensed based on peak concurrent users. This allows organizations to align costs more closely with actual usage and avoid paying for capacity that may only be consumed occasionally.
See the licensing difference in this free calculator.
For many customers, this creates meaningful savings that can be reinvested into broader cloud workspace initiatives, infrastructure modernization efforts, or end-user experience improvements.
Hydra is Closing the AVD Operational Gap on Azure Local
Azure Virtual Desktop on Azure Local gives organizations more flexibility over where desktops run and data resides, but deployment is only the first milestone.
Long-term success depends on how efficiently the environment can be operated, maintained, and supported over time.
Hydra helps IT teams simplify day-to-day operations by providing a familiar management layer across Azure Virtual Desktop, Windows 365, and AVD on Azure Local. From image lifecycle management and real-time visibility to centralized administration and predictable costs, Hydra is designed around the work administrators actually do every day.
As more organizations move from deployment projects to operational maturity, the focus is shifting from building virtual desktop environments to running them efficiently.
If you’re evaluating Azure Virtual Desktop on Azure Local or already running production environments, see how Hydra helps IT teams simplify operations, accelerate image management, gain real-time visibility, and control costs from a single operational layer.
Start a free Hydra trial or schedule a personalized demo today.
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