The same data set, in every office, at the moment it's written. And at the moment AI reads it.

The 2026 Gartner® Market Guide for Hybrid Cloud Storage Recognizes Panzura

From our perspective, Panzura's recognition as a Representative Vendor in the Gartner Market Guide for Hybrid Cloud Storage reflects the maturity of the CloudFS platform, delivering a global namespace, intelligent edge caching, integrated threat detection, and governed AI data access across on-premises, edge, and cloud environments.

📄 Article | 5 min read

Panzura Named in 2026 Gartner® Market Guide for Cyberstorage

Panzura has been recognized as a Representative Vendor in the Gartner Market Guide for Cyberstorage. Panzura CloudFS is listed under Platform-Native Cyberstorage Vendors and Solutions alongside other enterprise-grade providers who have embedded active cyber defense directly into their platforms.

📄 Article | 7 min read

Ransomware reaches the backups

94% of ransomware attacks target backups. Protection that varies by site or by application creates unmanaged silos with no unified defense, leaving both live data and snapshot images open to encryption.

CloudFS — immutable by architecture

Every file version is written as an encrypted WORM object that an attacker cannot modify or delete, credentials or not. Restore any file, folder, or the whole system from snapshots. High availability without dedicated clusters, and rapid node replacement so resilience never depends on one controller.  

• No data loss, meet strict RPO

• Near-zero downtime

• Recovery cost avoided
• Unaffected by local disasters

📄 Article | 6 min read

Distributed teams collide on the same file

Teams in different offices overwrite each other's work. Sync tools without true locking produce last-save-wins conflicts, and the rework lands on the people least able to absorb it.

CloudFS — patented real-time global locking

Locks propagate instantly across every location through a peer-to-peer full mesh rather than a central controller that adds delay and a single point of failure. Byte-range locking lets several people edit different regions of the same large file simultaneously.

• Zero version conflicts 
• Eliminate costly rework 
• Enable true real-time collaboration 
• Shorter project delivery cycles

 📄 Article | 11 min read  

A file server per site is a silo per site

Configuring and patching a server at every location multiplies administrative load and opens security gaps. Meanwhile users lose hours to "who has the current version," which is the same problem wearing a different hat.

CloudFS — one global namespace

Fragmented file servers across every location consolidate into a single system where files and permissions update everywhere at once. One source of truth removes both the redundant infrastructure and the version confusion, and users keep access even if the object store is briefly unavailable.

• End "who has the file?" confusion 
• Lower administrative overhead
• Better security and compliance 
• Faster onboarding

 📄 Article | 7 min read 

Protocol gaps block AI workloads

AI and analytics pipelines need S3. Project files live in a file system. The usual answers are migrating terabytes, which disrupts the work and duplicates the cost, or a gateway that adds overhead, sync delay, and a security seam.

CloudFS — native S3, not a gateway

Native S3 API access runs alongside SMB and NFS against the same data. Data scientists and AI pipelines reach the same files CAD users open, with identical security, geofencing, and locking on every path. An S3 change is visible over SMB immediately, and the reverse, under unified AD and Kerberos authentication.

• No migration cost or delay

• Zero storage duplication

• Cloud-native development enabled

• One credential store

📄 Article | 7 min read 

Data residency fragments the estate

Meeting residency rules across borders normally means separate storage in every region. That splits the data set, multiplies cost, and puts contracts and fines on the table when enforcement slips. 

CloudFS — policy-driven, file-level geofencing

CloudFS enforces file-level geographic restrictions, eliminating separate storage instances per region. Geofencing rules restrict files, folders, or patterns across SMB, NFS, and S3 at the node level, ensuring GDPR and ITAR compliance regardless of access method—adding the "where" dimension to security.

• No duplicate regional infrastructure
• Consistent enforcement 
• Insider threats blocked
• Simpler multi-region operations

WAN latency breaks access and protection together

Distance makes remote collaboration painful and remote backup impractical. Baselines and incrementals saturate the link, so teams quietly stop protecting branch data, and users wait on every file open.

CloudFS — LAN-speed access with protection built in

CloudFS delivers LAN-speed access and built-in protection, eliminating heavy WAN backup traffic. Regional Store minimizes latency by localizing data. This removes the need for separate backup hardware while maintaining a single source of truth.

• Dramatically faster file access

• No backup traffic to schedule

• Productivity loss eliminated

• Work feels local, everywhere 

Distibuted file-locking engine

Legacy global file systems send every lock request to a central authority and wait. CloudFS nodes communicate directly in a full-mesh topology, so a lock taken in one office is visible in every other without a hub arbitrating.

• Peer-to-peer mesh coordination with sub-second propagation
• Byte-range locking for simultaneous editing inside one file
• No central authority to queue behind or lose
• Enforced consistently across SMB, NFS, and S3
• On by default, every deployment, no separate license
• A lock held by someone who went offline is released by your own team in minutes, without a support ticket

What's right for you?

• CloudFS: Node to node, always on, every file, every protocol, down to the byte range.
• NAS / file share: Locking is local to the box. Two sites, two locks, no relationship between them.
• Sync-and-share: Typically, achieves locking through a desktop app. The lock travels with the client, so it covers users on that client rather than every path to the data.
• Hub and spoke: Brokers locks in the cloud, or orchestrates them through a portal and only enabled on a complicated per-folder and -file type basis across each site.

Why this matters:

With CloudFS, your London and Dallas teams co-edit the same 50GB model in the same session. Real simultaneous collaboration, not near-time sync.

📄 Article | 9 min read  

Intelligent edge caching

Distance causes WAN latency, not bandwidth. Every node holds the full global namespace in metadata so users browse millions of files instantly, while the working set caches locally and behaves like local storage.

• Metadata-first architecture for instant browsing at any node
• Caching with global deduplication keeps hot data local at a fraction of the footprint
• Write acceleration acknowledges locally, replicates behind the user
• Regional Store localizes data in regional buckets
• A site can be deactivated ahead of a storm or a power event and brought back when conditions improve, with ring status visible throughout

What's right for you?

• CloudFS: Full global namespace in metadata at every node, working set cached locally, writes acknowledged locally. Included, no separate license.
• NAS / file share: Local is fast, remote is slow. That is the entire story, and it is why branch offices end up with their own box.
• Sync-and-share: Cache mechanism brings caching on premises and requires a separate hybrid license. Offline operation may run up to seven days, and possibly only for folders served by Sync.
• Hub and spoke: What differs is what it has to compensate for, which is round-trip propagation time between sites before they match. Often with separate license.

Why this matters:

With CloudFS, distributed offices get local performance regardless of WAN bandwidth or distance. Nobody waits for a file to load. No separate license, no acquired sync layer. 

📄 Article | 7 min read  

Unified policy engine across every protocol

Geofencing and access control are enforced at the protocol layer rather than the storage layer, so a rule holds whether a user arrives over SMB, NFS, or S3. One authentication path removes the credential sprawl that separate object tiers create.

• File-level and folder-level geographic restriction at the node
• Native S3 alongside SMB and NFS on one data set, zero duplication
• Unified AD and Kerberos authentication across all protocols
• Real-time policy propagation with audit trails for GDPR, ITAR, and CMMC 2.0

What's right for you?

• CloudFS: One rule enforced at the protocol layer, identically over SMB, NFS, and native S3, under one AD and Kerberos identity.
• NAS / file share: Residency is typically solved by buying a box in each country. S3 access, if any, comes from a gateway bolted on the side.
  
• Sync-and-share: Permission and governance controls are applied to a content platform rather than to SMB, NFS, and S3 clients on one data set.
• Hub and spoke: Governance is offered through object protocol access that is served through a separate service rather than natively on the same data set.
  

Why this matters:

With CloudFS, you meet residency requirements without a second storage estate per region, and open S3 to AI pipelines while engineers keep working over SMB.

📄 Article | 7 min read  

Multi-layer protection and recovery

Immutability is on before anyone configures anything. Every version is written as an encrypted WORM object with FIPS 140-3 certified encryption, and snapshots run as often as every 60 seconds with point-in-time recovery to any file or folder.

• Built-in immutable object storage, no enablement step
• Set-and-forget 60-second snapshots with granular point-in-time recovery
• AI-powered Threat Control builds behavioral baselines and flags mass encryption, mass deletion, and exfiltration
• Automated quarantine with granular restoration, so recovery is a folder rather than a rollback
• Hardened SMB: authentication is NTLMv2-only by default and SMB1 authentication has been removed

What's right for you?

• CloudFS: Immutable WORM from the first write, 60-second snapshots on by default, behavioral detection through Panzura Data Services.
• NAS / file share: The filer is the target and the backup is the second target. Protection is a separate product with its own window and its own licence.
• Sync-and-share: Version history and ransomware detection are typically paid add-ons, over a content store rather than immutable WORM objects.
• Hub and spoke: A recovery point quoted in minutes is a different conversation from one quoted in seconds, and the gap is whatever work happened in between.
  

Why this matters:

Attacks target backups, so protection has to be inherent. With CloudFS, immutability prevents destruction and detection stops propagation.

📄 Article | 6 min read 

Panzura Nexus

Your CloudFS files answerable in Microsoft 365 Copilot.

Your teams already have Microsoft 3265 Copilot. It cannot see the drawings, specifications, contracts, and proposals in your files, which is most of what your firm actually knows. Panzura Nexus closes that gap without moving a file.

If someone cannot open or see a file in CloudFS they cannot discover it  through Copilot. Revoke access or change permissions and the effect propagates in seconds, because ingestion is event-driven rather than a nightly crawl.

This is the line most Copilot integrations cannot hold and it is the line that decides whether you can let an agent loose on the estate at all.