The average cost to recover from a ransomware attack climbed to $1.7 million in 2026, up 11% year over year, and 56% of attacks now succeed in encrypting data, up from 50% the year before.[Sophos State of Ransomware 2026]
Druva Resilience Cloud for Azure Local is a SaaS platform that delivers cloud-native, air-gapped cyber resilience for the latest version of Azure Local clusters through an agent-based, cluster-aware architecture, eliminating the backup hardware, recovery risk, and policy fragmentation that traditional backup tools reintroduce into hybrid Azure environments.
I share numbers like those with customers a lot, and the reaction is almost always the same: a pause, and then a question about what it means for their hybrid cloud deployments. For teams standing up Azure Local, the answer matters more than most people realize. Here's how we think about it.
Three Protection Gaps in Azure Local Deployments
Azure Local was built to extend Azure into your data center and edge with the same control plane, billing, and governance you use in the cloud. When teams protect it with traditional backup tools, three gaps tend to appear together:
The Consistency Gap. Azure standardization stops at the protection layer, forcing teams into separate tools, separate policies, and separate workflows for what should be a unified Azure protection experience.
The Resilience Gap. Backups live inside the same administrative boundary as production, so an attacker who compromises the environment compromises the recovery path at the same time.
The Infrastructure Gap. Backup servers, secondary storage arrays, and manual scaling return through the side door, reintroducing the hardware tax Azure Local was built to eliminate.
Why Traditional Backup Contradicts the Azure Local Architecture
The issue isn't backup performance. It's that the traditional protection model contradicts the platform it's protecting.
Azure Local is managed through Azure Arc. It's billed through your Azure subscription based on physical cores. It's governed by Azure policies, with security and compliance settings enforced through Arc. Your data stays on-premises by default. Only management data, like billing and usage, goes to the cloud. The whole point is that your on-prem footprint bills like Azure, and gets managed like Azure, while keeping your data where it lives.
Bolt on a traditional backup appliance and you undo all of that. You now have a separate console outside Arc, a separate refresh cycle outside your Azure subscription, and a separate security domain your Azure policies cannot reach. The infrastructure is cloud-native. The protection model shouldn't be the thing dragging it back on-prem.
1. How Druva Resilience Cloud Closes the Resilience Gap in Azure Local
Backups remain a prime target because they're the fastest way to strip an organization of its leverage. Sophos's 2026 data shows more organizations than ever are recovering through backups (66% of cases, up from 54% the year before), which raises the incentive for attackers to compromise that path before encryption ever happens.
Because Druva Resilience Cloud runs as SaaS, your backups sit in an independent security domain outside your local control plane. An attacker who compromises your Azure Local environment and your Azure admin credentials still cannot reach the recovery data. It's isolated by architecture, not by policy. Combined with our cyber resilience capabilities, that changes the math for attackers: no backup to ransom, no pressure point to force a payment.
Backups need active protection too. Druva's Managed Data Detection and Response (MDDR) service monitors your Azure Local backups around the clock, with Druva's Incident Response team verifying alerts before they reach you. If a breach is confirmed, Safe Mode locks down the environment: pausing restores, blocking deletions, and restricting compromised access before damage spreads.
Data Lock keeps your recovery points immutable, so an attacker with valid credentials still can't delete or encrypt their way out of a clean recovery. Paired with TurboTier for LAN-speed restores, you get cloud-grade isolation with local-grade performance in a software appliance form factor that eliminates hardware lock-in.
2. How Druva Eliminates the Infrastructure Gap in Azure Local
Why buy hardware to protect cloud-integrated infrastructure? Druva Resilience Cloud is available in the Azure Marketplace and can use your existing Azure Storage as a backup target. There are no backup proxies sitting outside your Arc-managed footprint. No secondary storage arrays to provision and refresh. No scaling decisions that happen outside your Azure capacity planning.
What you get instead: an agent-based, cluster-aware backup experience built for your Hyper-V and Azure Local architecture, scaling automatically as your deployment grows. Your protection data stays inside the same Azure billing and governance boundary as everything else in your estate.
SoFi's infrastructure team runs and protects cloud-native workloads and Hyper-V side by side using Druva's single pane of glass. Switching from their previous vendor cut their data protection costs by 25%. Read SoFi's story
3. How Druva Closes the Consistency Gap Across the Azure Ecosystem
Azure Local rarely runs in isolation. In most of the environments we work with, it sits next to Azure VMs, Microsoft 365 tenants, and traditional data center workloads, each typically coming with its own backup tool and its own policy model.
Druva collapses that into a single control plane that provides a similar management experience to Azure Arc. One policy framework covers your Azure VMs in the cloud, your Microsoft 365 tenants, and your Azure Local clusters. Set a global protection policy in the morning; by lunch, your entire Azure estate is covered under the same rules. That's the operating-model consistency Azure Local promised, finally extended to the data protection layer.
The Cyber Resilience Economics for Azure Local
Sophos's 2026 State of Ransomware report puts the average recovery cost at $1.7 million, up 11% year over year, even as backup-based recovery climbed to 66% of cases, up 12 points from the year before. That's the case for treating data protection as a cyber resilience decision, not a line-item backup decision.
The backup question is whether data can be restored. The resilience question is whether the recovery path still exists after the attacker has had a chance to target it. For a deeper look at how Druva Resilience Cloud approaches this across the Azure ecosystem, our team put together a guide to Microsoft and Azure data protection.
Modernizing Data Protection for Azure Local
Hybrid cloud isn't a transition phase anymore. It's how modern enterprises operate. But the weakest link in a hybrid environment is still often the backup tool, and for Azure Local deployments that link can cost an organization millions when an attack hits. Get the peace of mind you need knowing Druva supports the latest version of Azure Local v. 2604 (Windows OS build - 26100).
With Druva Resilience Cloud, Azure Local gets the kind of data protection it was built for: SaaS-delivered, Azure-native, and resilient against the ransomware playbook that drove the average recovery cost to $1.7 million in 2026.
See it for yourself.
If you're evaluating how to protect an Azure Local deployment, the fastest way to see what this looks like in practice is a live demo with our team. Request a personalized demo and we'll walk through the architecture, the economics, and what a deployment looks like in an environment similar to yours.