Unlocking Cloud Storage Power with Azure Files

Practice Exams:

Azure Files is a cloud-native file storage solution developed by Microsoft, crafted to meet the evolving needs of enterprises looking for scalable, secure, and cross-platform storage. By leveraging the Server Message Block (SMB) protocol, Azure Files offers users a seamless experience similar to that of traditional on-premises file servers, but with the added power and elasticity of the cloud. It eliminates the operational complexities tied to managing hardware, allowing IT teams to focus on strategic initiatives rather than routine maintenance.

Azure Files serves as a reliable backbone for a multitude of use cases, from simple document storage to supporting line-of-business applications. It facilitates smooth file access across various operating systems including Windows, macOS, and Linux. With its inherent flexibility and accessibility, Azure Files becomes a critical component in hybrid and fully cloud-based environments.

Key Functionalities and Cross-Platform Access

One of the defining features of Azure Files is its support for cross-platform mounting. Users can attach file shares to their operating systems, be it Windows, Linux, or macOS, without needing to alter existing workflows. This capability is particularly valuable for organizations operating in heterogeneous environments where different departments or teams might use varied operating systems.

Azure Files supports both SMB and REST API protocols. While SMB is ideal for traditional file access scenarios, REST API support makes Azure Files suitable for modern cloud-native applications. Azure File Sync extends this further by allowing organizations to cache frequently accessed data locally, bridging the gap between on-prem and cloud environments.

Secure by Design

Data security is foundational in Azure Files. All data is encrypted at rest using Microsoft-managed keys by default, with options for customer-managed keys for enhanced control. During transmission, SMB 3.0 and HTTPS protocols are employed to secure data, ensuring it remains protected from unauthorized access and man-in-the-middle attacks.

This dual-layer encryption safeguards sensitive information without compromising performance. By adhering to industry-standard security practices and compliance measures, Azure Files provides peace of mind for businesses handling confidential data.

Lift and Shift for Legacy Applications

Many enterprises are hesitant to overhaul legacy applications due to cost, complexity, and risk. Azure Files enables a pragmatic approach by supporting lift-and-shift migrations. This means existing applications can continue to run on-premises while their data is relocated to Azure Files. No significant changes to application code are necessary, making modernization less disruptive.

This strategy allows organizations to slowly phase out legacy infrastructure while leveraging the scalability and cost-efficiency of cloud storage. It also paves the way for future application modernization, as businesses can decouple data storage from compute resources.

Centralized Configuration Management

In distributed application environments, maintaining consistency in configuration files is crucial. Azure Files offers a centralized repository for storing such files, accessible by multiple application instances. This ensures uniform configuration, minimizes errors, and streamlines deployments.

This is particularly beneficial for microservices architectures, where individual services may need to reference shared configuration data. With Azure Files, updates to configuration files can be propagated instantly, improving operational efficiency and reducing downtime.

Snapshot Capabilities

Azure Files includes support for share snapshots, which are read-only, point-in-time copies of your file share. These snapshots can be used to restore files or directories to an earlier state, offering a built-in safety net against data corruption, accidental deletions, or malicious modifications.

Snapshots are especially useful in scenarios involving frequent data updates. They allow businesses to recover quickly from errors without needing to roll back entire systems, making them an essential tool for robust data management and business continuity.

Seamless Integration with Existing Systems

Azure Files is designed to integrate smoothly with existing IT environments. Its compatibility with Active Directory and Azure AD makes it easier to manage permissions and access controls. This native integration reduces administrative overhead and aligns with existing security practices.

Additionally, Azure Files supports various authentication and authorization mechanisms, ensuring that only authorized users and applications can access data. This includes support for Shared Access Signatures (SAS), identity-based access controls, and role-based access control (RBAC).

Agile and Scalable

One of the primary benefits of Azure Files is its scalability. Businesses can scale storage up or down based on demand without worrying about infrastructure constraints. Whether you’re dealing with gigabytes or petabytes of data, Azure Files adjusts accordingly.

This agility extends to performance as well. Azure Files supports both Standard and Premium tiers, offering different levels of throughput and latency to meet varied workload requirements. As businesses grow or change, Azure Files evolves with them, ensuring consistent performance and availability.

Hybrid Cloud Empowerment

Azure File Sync is a compelling feature for hybrid cloud strategies. By installing the sync agent on a Windows Server, organizations can cache Azure Files locally, enabling faster access while maintaining a centralized data repository. This setup is ideal for branch offices, remote locations, or distributed teams.

The sync service allows multiple endpoints to stay in sync automatically. When changes occur in one location, they are propagated across all other endpoints. This keeps data consistent, reduces duplication, and enhances collaboration across geographical boundaries.

Modern Use Cases and Real-World Scenarios

Azure Files is suited for a wide array of applications beyond simple storage. It can support CI/CD pipelines by storing build artifacts, logs, and test data. DevOps teams can access shared files across environments, improving deployment velocity and reliability.

In educational institutions, Azure Files can centralize resources like syllabi, research documents, and administrative files, making them accessible to students and staff. In healthcare, patient records and diagnostic data can be stored securely and accessed from authorized locations, enhancing care coordination.

Retailers can leverage Azure Files for managing inventory lists, transaction logs, and promotional materials across multiple locations. The flexibility and accessibility of Azure Files make it a viable option for industries requiring real-time data access and collaboration.

Simplifying IT Operations

By migrating file storage to the cloud, businesses simplify IT operations. There’s no need for regular hardware upgrades, patch management, or capacity planning. Azure Files takes care of the backend complexities, offering a robust, enterprise-grade solution that reduces total cost of ownership.

The service is continuously updated by Microsoft, ensuring that businesses always benefit from the latest features, security enhancements, and performance improvements. This managed service model allows IT teams to focus on innovation rather than maintenance.

Global Reach and Availability

Azure Files is available across multiple Azure regions, offering global reach for multinational organizations. Data can be replicated across regions for redundancy, ensuring high availability and business continuity even in the face of regional outages.

This global presence is further enhanced by Azure’s compliance with various data residency and sovereignty requirements, making it easier for organizations to meet regulatory obligations. Whether operating in North America, Europe, Asia, or beyond, businesses can deploy Azure Files where they need it most.

Supporting Future-Ready Architecture

As businesses look toward the future, their storage solutions must support new paradigms such as edge computing, serverless architectures, and AI-driven analytics. Azure Files aligns with these trends by offering a flexible, cloud-native foundation that integrates with other Azure services like Azure Functions, Logic Apps, and Synapse Analytics.

By placing your data in Azure Files, you open up possibilities for automation, analytics, and intelligent processing. Whether it’s triggering workflows based on file updates or feeding machine learning models, Azure Files becomes a conduit for digital transformation.

Azure Files transcends the role of a traditional file server. It provides a secure, scalable, and adaptable storage platform that meets the demands of modern enterprises. Its cross-platform capabilities, integrated security, and hybrid support position it as a versatile tool in any IT arsenal.

By offloading storage responsibilities to Azure, organizations can reduce operational complexity, enhance performance, and future-proof their infrastructure. Whether supporting legacy applications, enabling global collaboration, or driving innovation, Azure Files delivers the resilience and agility required in today’s fast-paced digital landscape.

Azure Files Storage Tiers Explained

Azure Files offers flexibility through its tiered storage options, designed to accommodate a wide spectrum of workload requirements. These storage tiers are structured to optimize performance, scalability, and cost-efficiency. By segmenting into Premium and Standard tiers, Azure provides choices that cater to both high-demand environments and economical data archiving needs.

Premium Tier: The Powerhouse of Performance

The Premium tier leverages solid-state drives (SSDs), which provide ultra-low latency and high throughput. This tier is particularly advantageous for IO-intensive applications that demand rapid access to data. Think of enterprise-level databases, financial systems, or real-time analytics platforms—these are the workloads where the Premium tier shines.

Provisioned performance is a key attribute here. Users pay based on the storage they allocate, not necessarily what they consume. This guarantees consistent performance but requires more upfront planning. The system is engineered for single-digit millisecond latencies on most input/output operations, ensuring speedy execution of transactions.

This tier supports redundancy via locally redundant storage (LRS) and zone-redundant storage (ZRS), providing resilience against hardware failures or zone-wide outages. However, regional availability may be limited, as ZRS support isn’t present in every Azure region.

Standard Tier: Cost-Effective Reliability

For less latency-sensitive workloads, the Standard tier is a reliable choice. It uses hard disk drives (HDDs), which naturally come with higher latency compared to SSDs but are significantly more economical. This makes the Standard tier ideal for file shares used in backup systems, archives, and infrequently accessed datasets.

Billing in this tier follows a pay-as-you-go model. You’re charged based on your actual usage—data reads, writes, and mounts. This makes it easier to predict costs in fluctuating environments where usage patterns are inconsistent.

Standard tier supports an extensive range of redundancy options including LRS, ZRS, geo-redundant storage (GRS), and geo-zone-redundant storage (GZRS). This wide array of choices empowers users to tailor their storage configuration based on their business continuity and disaster recovery strategies.

File Share Limits and Regional Scope

In the Premium tier, users can provision file shares up to 100 TiB. Meanwhile, the Standard tier defaults to 5 TiB but can extend up to 100 TiB for LRS or ZRS-enabled accounts. Understanding these limits is essential when planning migrations or scaling applications.

While the Standard tier is globally available across all Azure regions, Premium tier support may be confined to specific locales. Organizations must verify regional compatibility before committing to a tier.

Compatibility Across Operating Systems

Azure Files has been engineered to support a wide variety of client operating systems. Whether your ecosystem is built on Windows, Linux, or macOS, mounting Azure file shares is streamlined through the SMB protocol.

For Windows environments, SMB 3.0 support is essential for utilizing Azure file shares outside the Azure region. Port 445 must be accessible to mount the share, whether on-premises or within an Azure Virtual Machine.

Windows OS Compatibility Matrix

Azure Files integrates well with a variety of Windows operating systems. Below is a summary of compatibility for key versions:

Windows Server 2019: Full support with SMB 3.0, mountable on-premises and in Azure
Windows 10: SMB 3.0, fully mountable
Windows Server 2016 and semi-annual channel editions: SMB 3.0, full support
Windows 8.1 and Server 2012 R2: SMB 3.0, seamless integration
Older versions like Windows 7 or Server 2008 R2: Limited to SMB 2.1, not suitable for cross-region mounting

Linux Support and Distribution Matrix

Azure Files is also versatile in Linux environments, provided the right SMB versions are employed. For VMs within the same Azure region, SMB 2.1 is adequate. For cross-region or on-prem access, SMB 3.0 is mandatory.

Supported distributions include:

Ubuntu: 14.04+ for SMB 2.1, 16.04+ for SMB 3.0
Red Hat Enterprise Linux (RHEL): 7+ for SMB 2.1, 7.5+ for SMB 3.0
CentOS: 7+ for SMB 2.1, 7.5+ for SMB 3.0
Debian: 8+ for SMB 2.1, 10+ for SMB 3.0
openSUSE and SUSE Linux Enterprise Server: Varying versions from 13.2 to 42.3+, and 12 to 12 SP3+

Advanced Encryption for Enhanced Security

Encryption is fundamental in Azure Files, applied at both rest and transit levels. By default, Microsoft-managed keys are used, and they are rotated regularly to maintain security integrity. For those needing more control, customer-managed keys are also supported.

With customer-managed keys, users are responsible for key lifecycle, allowing fine-grained control over data access. When a file is requested, Azure Files accesses the relevant key to decrypt or encrypt data in real-time, facilitating secure communication between clients and the storage service.

Networking and Connectivity

Connectivity to Azure Files is governed through standard networking protocols. SMB uses port 445, which must be open for successful access. Azure Files are accessible through the public endpoint of a storage account, and more secure methods such as ExpressRoute or VPNs can be used to bypass potential port blocks.

Azure File Sync: Bridging On-Prem and Cloud

Azure File Sync transforms traditional Windows Servers into smart caches for Azure file shares. This hybrid approach offers local performance with centralized cloud management.

The setup begins by deploying a Storage Sync Service and registering your Windows Server as a server endpoint. A sync group is then established to define the relationship between your cloud endpoint (an Azure file share) and the server endpoints (specific paths on registered servers).

Any changes made to files on the server or cloud endpoint automatically synchronize with all endpoints in the group. This ensures consistency and supports collaborative workflows across multiple locations.

Intelligent Sync Mechanics

Sync operations are dynamic but governed by Azure’s change detection jobs. These jobs run once every 24 hours, scanning the file share for updates. If discrepancies are found, Azure initiates a sync session to update the endpoints.

To avoid sync delays, design workflows to minimize reliance on real-time updates from cloud endpoints. Most real-time changes propagate from server to cloud rather than the other way around.

Cloud Tiering and File System Support

Cloud tiering is a pivotal feature that boosts performance and optimizes local storage. It works by keeping frequently accessed files on-premises while offloading seldom-used files to Azure. This hybrid caching mechanism reduces storage costs and enhances accessibility.

However, only NTFS volumes are compatible with Azure File Sync. File systems like ReFS, FAT, and FAT32 are not supported. This limitation should be considered when planning your hybrid infrastructure.

Directory Services and Replication Support

Azure File Sync is interoperable with Distributed File System Namespaces (DFS-N) and Distributed File System Replication (DFS-R). DFS-N allows users to group shared folders from multiple servers into a single namespace, simplifying navigation. DFS-R ensures that files are mirrored across servers and locations, enhancing redundancy and availability.

Sync groups can include server endpoints with differing Active Directory domains, even if they aren’t domain-joined. This cross-domain compatibility adds versatility for complex organizational structures.

Storage Tiers and Performance Profiles

Azure Files offers a dual-tiered storage solution designed to address different workload demands with precision. The two primary tiers — Premium and Standard — cater to distinct performance and cost-efficiency needs.

Premium file shares utilize SSD-based storage, delivering high throughput and ultra-low latency, typically in the single-digit milliseconds range for IO operations. This tier is optimized for IO-intensive workloads that demand rapid access, such as database applications, enterprise content management, or real-time analytics. The consistency in performance is a boon for mission-critical applications where even minor delays could cascade into operational bottlenecks.

In contrast, Standard file shares rely on HDD-based storage. While latency is higher than Premium, Standard shares offer reliable and consistent performance for workloads that are less sensitive to delay, such as archival storage, backup repositories, or general file sharing. The cost benefits of this tier make it a practical choice for businesses balancing budget constraints with storage needs.

A crucial point to note is that once a file share is created under one tier, it cannot be automatically transitioned to the other. This necessitates a deliberate decision during provisioning, emphasizing the importance of aligning storage choices with anticipated workload characteristics.

Billing Models and Cost Management

The economics of Azure Files storage revolve around two distinct billing models aligned with the tiers. The Premium tier employs a provisioned billing model, where costs are based on the allocated storage size rather than actual usage. This model encourages precise capacity planning since you pay for what you reserve upfront. For organizations with predictable workloads, this approach allows for budget certainty and cost optimization.

Meanwhile, the Standard tier uses a pay-as-you-go billing system. Here, charges fluctuate based on consumption, including the volume of read/write operations and the frequency of mounting the file share. This model offers flexibility, particularly for dynamic workloads with variable storage and IO patterns, but requires vigilant monitoring to avoid unexpected expenses.

These contrasting models empower enterprises to tailor their storage expenses to operational realities, whether that means locking in fixed costs or embracing flexibility for growth and fluctuations.

Redundancy and Data Durability Options

Data durability is a paramount concern when entrusting critical business information to cloud storage. Azure Files provides multiple redundancy configurations to safeguard data against hardware failures, regional outages, and disasters.

For Premium shares, redundancy options include locally redundant storage (LRS) and zone-redundant storage (ZRS). LRS ensures that data is copied synchronously three times within a single data center, protecting against drive and server failures. ZRS goes further by replicating data across multiple availability zones within a region, thereby offering enhanced resilience to datacenter-level disruptions.

Standard shares offer a broader spectrum of redundancy choices, encompassing LRS, ZRS, geo-redundant storage (GRS), and geo-zone redundant storage (GZRS). GRS replicates data asynchronously to a secondary region hundreds of miles away, enabling disaster recovery in case of regional failures. GZRS combines the benefits of ZRS and GRS by replicating data both across zones and to a remote region, maximizing data durability and availability.

Selecting the right redundancy option depends on factors such as business continuity requirements, regulatory compliance, and recovery time objectives. Azure’s flexible redundancy framework ensures that enterprises can design their storage strategy with the optimal blend of risk tolerance and cost.

Maximum Size and Regional Availability

The maximum allowable size for Azure file shares varies by tier and redundancy options. Premium shares support up to 100 TiB (tebibytes), accommodating substantial data sets typical of large enterprises and data-heavy applications. Standard shares default to 5 TiB but can scale up to 100 TiB in LRS or ZRS configurations.

Geographic availability also plays a role in storage planning. While Standard shares are accessible in every Azure region globally, Premium shares have a more limited footprint, with zone redundancy available only in select regions. Enterprises with multinational footprints must factor in these constraints when architecting their cloud storage solutions, especially for latency-sensitive applications or data residency compliance.

Cross-Platform and Operating System Support

Azure Files prides itself on robust cross-platform compatibility, ensuring seamless file share access from Windows, Linux, and macOS environments.

Windows Support

Windows clients require SMB 3.0 support to mount Azure file shares both on-premises and within Azure virtual machines. This support spans numerous Windows versions, including Windows Server 2012 through 2019, Windows 10, and even semi-annual channel releases. Earlier Windows versions relying on SMB 2.1 can mount shares within Azure VMs but lack on-premises mounting capabilities.

Notably, access to port 445 must be permitted on firewalls and networks, which can sometimes be a hurdle due to security policies or ISP restrictions.

Linux Support

Linux clients access Azure file shares via SMB protocol as well, with support for SMB 2.1 and 3.0 depending on the Linux distribution and environment. Popular distros such as Ubuntu, Red Hat Enterprise Linux, CentOS, Debian, openSUSE, and SUSE Linux Enterprise Server support SMB 3.0 for both on-premises and cross-region mounting starting from recent versions.

This expansive support enables mixed-OS environments to share files transparently, facilitating collaboration and data accessibility without OS barriers.

macOS Compatibility

While less frequently highlighted, macOS users can also mount Azure file shares using SMB 3.0, enabling Apple-centric teams to tap into the same cloud storage pool. This broadens Azure Files’ appeal to organizations with heterogeneous device ecosystems.

Encryption and Security Mechanisms

Azure Files incorporates a layered security model to protect data both at rest and in transit, reflecting modern enterprise security imperatives.

By default, data stored in Azure Files is encrypted at rest with Microsoft-managed keys. These keys are rotated regularly by Microsoft, relieving organizations from key management burdens. For entities requiring tighter control, customer-managed keys are an option, allowing enterprises to govern key rotation and access policies, enhancing compliance with regulatory mandates or internal governance standards.

In transit, encryption is enforced through SMB 3.0 protocol, which supports end-to-end encryption, and HTTPS for REST API communications. This ensures that data moving between clients and Azure storage is shielded from interception or tampering.

The service also supports authentication integration with Active Directory and Azure AD, enabling granular access controls based on user identities and roles. This harmonizes with existing enterprise security models, simplifying user management and auditing.

Networking Essentials

Accessing Azure Files over the network involves a few critical considerations. SMB protocol uses port 445, which must be open for direct access from clients. However, some corporate or ISP firewalls block this port for security reasons.

To circumvent this, Azure offers private endpoints within virtual networks, granting a dedicated IP address to the storage account accessible only from the specified network. This setup enhances security by isolating traffic within a private IP space and can be combined with DNS forwarding for seamless resolution. For hybrid connectivity, Azure File Shares can be accessed over ExpressRoute or VPN connections, enabling secure tunnels into virtual networks even when port 445 is restricted externally. This flexibility supports diverse network topologies and security postures.

Azure File Sync: Bridging Cloud and On-Premises Storage

Azure File Sync revolutionizes hybrid cloud storage by enabling Windows Servers to act as local caches for Azure file shares. This hybrid capability allows organizations to keep frequently accessed data on-premises for low-latency access while leveraging the cloud for scalable, durable storage.

To implement Azure File Sync, you deploy a Storage Sync Service in your Azure subscription, then install the Azure File Sync agent on your Windows Server(s). This agent synchronizes data between the local server endpoint and the cloud endpoint, which is an Azure file share. The synchronization happens automatically, keeping multiple endpoints in sync across different locations.

A sync group defines the sync relationship, typically consisting of a single cloud endpoint and one or more server endpoints. This architecture enables scenarios such as branch office caching, disaster recovery, or multi-site collaboration, where data consistency is critical across geographies.

Changes made locally are uploaded to Azure, and updates from the cloud propagate back to each server endpoint, maintaining a coherent data state. However, note that changes made directly in the cloud must be detected by a change detection job, which runs roughly every 24 hours, adding a slight delay to cloud-originated updates.

Cloud Tiering: Optimizing Local Storage Use

A standout feature of Azure File Sync is cloud tiering, which allows servers to cache only the most frequently accessed files locally while keeping infrequently used data in Azure. This optimization minimizes local storage consumption without sacrificing access to the entire data set.

With cloud tiering enabled, files that haven’t been accessed recently are replaced by placeholder stubs on the server. When a user requests one of these files, it is fetched transparently from Azure Files, ensuring seamless access without cluttering local disk space.

This feature is particularly useful for organizations with limited on-premises storage capacity or those managing large data volumes that exceed local disk limits.

Integration with Enterprise File Systems and Services

Azure File Sync is designed to coexist with existing Windows file system features and enterprise services. It supports synchronization exclusively on NTFS volumes, which are the default file systems on Windows Servers, while excluding ReFS, FAT, or FAT32.

Importantly, it interoperates with Distributed File System Namespace (DFS-N) and Distributed File System Replication (DFS-R), technologies commonly used in large Windows environments for namespace aggregation and file replication. This compatibility allows organizations to gradually modernize their storage without discarding legacy infrastructure.

DFS-N enables grouping multiple shared folders across servers into a logical namespace, making file shares easier to locate and manage. DFS-R replicates folders across servers and sites, which can work in tandem with Azure File Sync to ensure high availability and redundancy.

Encryption Layers in Azure File Sync

Azure File Sync offers a tri-layered encryption strategy:

Encryption at rest on the Windows Server — Data cached locally benefits from standard Windows encryption mechanisms.
Encryption in transit — Data transferred between the server and Azure Files is encrypted via SMB 3.0 and HTTPS, ensuring confidentiality and integrity.
Encryption at rest in Azure Files — Cloud-stored data remains encrypted using Microsoft-managed or customer-managed keys, adhering to enterprise-grade security standards.

This comprehensive approach to security ensures data remains protected throughout its lifecycle, addressing compliance and regulatory demands.

Managing Storage Accounts for Azure Files

Azure Files relies on specific types of storage accounts:

General Purpose Version 2 (GPv2) storage accounts provide a balance of performance, features, and pricing, supporting both standard and premium tiers.
FileStorage accounts are optimized for premium file shares, designed to deliver the highest performance for demanding workloads.

Choosing the right storage account type is pivotal in aligning with workload demands, cost considerations, and performance expectations.

Practical Applications and Industry Use Cases

Azure Files and Azure File Sync find utility across a broad spectrum of industries:

Healthcare organizations leverage Azure Files for secure, compliant storage of patient records, diagnostic images, and collaboration among medical teams.
Media and entertainment industries use the high-performance tier for editing and distributing large video files, ensuring minimal latency and high throughput.
Manufacturing plants deploy Azure File Sync to keep operational data synchronized between factory floors and centralized cloud repositories.
Education institutions centralize resources like course materials and administrative documents, enabling remote access for students and faculty alike.

These diverse use cases highlight the adaptability and robustness of Azure Files in real-world environments.

Best Practices for Azure Files Deployment

Maximizing the benefits of Azure Files involves strategic planning and adherence to best practices:

Choose the correct performance tier based on workload latency and throughput requirements to balance cost and performance.
Implement redundancy appropriate to your business continuity needs, opting for geo-redundant options when disaster recovery is critical.
Use Azure File Sync for hybrid scenarios where local access speed is essential, coupled with scalable cloud storage.
Leverage cloud tiering to optimize local storage, minimizing on-premises disk consumption without sacrificing data accessibility.
Regularly monitor usage and costs, adjusting provisioning or access patterns to avoid unexpected expenses.
Integrate with enterprise security policies by using customer-managed keys and identity-based access controls for granular permission management.

Conclusion

Azure Files is more than just a file storage solution — it’s a foundation for modern, cloud-integrated workflows. Its compatibility with serverless functions, containerized apps, and big data pipelines means that files stored in Azure Files can trigger automated workflows, feed AI models, or integrate into DevOps pipelines seamlessly. As enterprises embrace edge computing and distributed architectures, Azure Files’ hybrid capabilities via Azure File Sync ensure data availability wherever it’s needed, balancing performance and scale. Microsoft’s continuous investment in Azure Files, including enhanced security features, expanded region availability, and integration with emerging cloud services, promises that the platform will remain a cornerstone of enterprise storage strategy for years to come.

Category: other
Tags: azure, Azure Files, Files