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Our enterprise data success framework allows enterprises to build extraordinary hybrid cloud file and data systems.

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We bring command and control, resiliency, and immediacy to the world’s unstructured data. We make it visible, safeguard it against damage, and deliver it instantly to people, workloads, and processes, no matter where they are.

Global File Collaboration

One file platform. Every office. Everyone in the same file at once.

Collaboration is a property of the Panzura CloudFS file platform rather than a service layer bolted on top. One authoritative data set, locked at the protocol layer down to the byte range, in every location. Teams in different offices work inside the same model, drawing or workbook in the same session — which is something a single office sharing one file server has never been able to do either.

Without that, the working file exists in several places at once — network shares, a project platform, laptops, a tablet in the field, an email attachment — and none of them agree. People build from versions that stopped being current days ago, and the cost arrives as rework rather than as anything traceable to storage. The same locking governs the pipelines and agents now writing alongside your teams, because it sits below all of them.

Are you a single-site organization? Explore Panzura Express.

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How to evaluate it

What real-time collaboration actually requires.

Every one of these was a separate purchase, and every one holds the same data. Each was also a reasonable answer to a real constraint at the time. The diagram below shows how the lock sits in a different place in each architecture. Where it sits decides what it can protect. Only CloudFS is below every client.

 

📄 Article | 6 min read | Unlocking Collaboration: How File Locking Powers Productivity

📄 Article | 8 min read | Global Design Collaboration and Scalable Growth Economics

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One truth
Where does the lock actually live?

A lock held by a desktop agent covers people running that agent — a script, a render job or a pipeline reaching the same file is outside it. A lock brokered through a cloud service or portal is broader, but every open makes a round trip to ask permission, and every site depends on that component staying up. Both work. Both put something between your engineer and the file, and it is what you inherit for the life of the platform.

  • Enforced at the protocol layer, so it governs any SMB, NFS or S3 client — including applications and processes that never run an agent
  • Nodes coordinate peer to peer, with no broker to queue behind or lose
  • A lock taken in Denver is visible in Dallas without a hub deciding
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Always live
Does it hold the moment the file is saved?

A lock is only useful if it reflects the file as it is right now. Where consistency is reached by propagation, another site can hold a version that is no longer current while the platform works to catch it up. Ask what a colleague in another office sees in the seconds after a save — and ask whether the answer costs extra, because multi-site collaboration is sold as a separately licensed add-on service elsewhere in this market. CloudFS offers:

  • One authoritative data set, so no site is ever serving a version another has already superseded
  • Locking is the architecture, not a tier — included in every deployment, nothing to enable or renew
  • Capacity-based licensing, so the cost does not scale with headcount
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Everywhere
Which files, and who decided?

Locking is often scoped — enabled per folder, triggered for specific file types, strict inside a site and selective across them. That is a defensible design when the people editing understand the scoping. It holds up less well once an automated process is traversing the estate, because an agent reaches far more of it than any person and knows nothing about which folders somebody designated. CloudFS provides:

  • Every file, every site, always on — nothing to designate, and nothing an agent can wander into unprotected
  • Byte-range locking, so two people can edit different regions of the same file at once
  • Consistent behavior whether a user arrives over SMB, NFS or S3
The Failure Nobody Logs

Overwriting is the visible problem. Building from a superseded revision is expensive.

When two people overwrite each other, somebody notices and somebody fixes it. The costlier failure is less obvious. For example, a crew builds from a drawing that stopped being current an hour or a week ago. The file is not corrupted. It opens fine. The information inside it is out of date relative to current proejct intent, and the person using it has no way to know.

Industry research ties roughly 48% of US rework to information and communication failures, around $31.3 billion a year. On a $100 million project, about $2.4 million of it is information-driven. Which is the argument for measuring this per project rather than per terabyte

📄 Article | 12 min read | Panzura CloudFS for Bluebeam: Ending Version Drift Across Every Office and Location

How it happens
What it costs
With Panzura CloudFS
The set exists in several places at once
Nobody can say which copy is authoritative
One authoritative data set — there is no other copy to be wrong
Sync services reconcile after the fact
Conflicted copies on large files, resolved by whoever notices
Locking prevents the conflict rather than resolving it afterward
Standardizing the application version
Fixes software mismatch, not drawing drift
Version currency is a property of the file system, not the tool
Rework discovered downstream
Hours, sometimes weeks, and occasionally in the field
Teams build from what is current because nothing else is an option

← Swipe to see more →

How Panzura CloudFS works

Nodes talk to each other with nothing else in the middle.

CloudFS nodes coordinate directly in a full mesh. A lock taken anywhere is visible everywhere, with no hub arbitrating and no component every site depends on.

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Byte-range locking

Lock the whole file and the second person waits. CloudFS locks the region being edited instead, so several people work inside one large file at the same time.

  • Locks propagate node to node in real time, with no broker in the path
  • Works in applications that support range locking, Microsoft Excel and Autodesk Revit among them
  • Enforced identically across SMB, NFS and native S3
  • A lock left by someone who went offline is released by your own team, not a support ticket
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Local Speed Matters

Collaboration only counts if the file opens. Every node holds the full global namespace in metadata, so users browse millions of files instantly, and the working set caches locally so a 2GB assembly behaves like a local file. Writes are acknowledged locally and committed behind the user.

  • AEC customers report Revit models opening in seconds rather than 25 minutes
  • Sites keep working through an outage and reconcile automatically
  • Regional Store localizes data in regional buckets
What makes it work

Four things have to be true at once. Panzura covers all of them.

Collaboration is not one capability. The file has to be current, everyone who needs it has to be able to reach it, the right people have to have access and the wrong people must not, and somebody has to be able to reconstruct what happened when a version is disputed. Three of these come from the CloudFS platform. The fourth, Panzura Symphony, runs against the storage you have today, including estates you have not moved.

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CloudFS: Hold one version
The file is the same file, wherever it is opened.

One authoritative data set with locking enforced at the protocol layer, down to the byte range, so several people work inside the same file at once and no site serves a version another has already superseded. Metadata is global and the working set caches locally, so it opens at local speed anywhere.

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Panzura Edge: Reach past the office
Most of a project team is not on your network.

Consultants, subcontractors, joint-venture partners, field crews and anyone on a phone reach the same governed files without a VPN and without copies being sent out — across Windows, Mac, mobile and the browser, including deployments that have to run dark.

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Panzura Symhpony: Get Access Right
People cannot collaborate on what they cannot open.

Panzura Symphony. Years of project folders accumulate permissions nobody has audited — teams blocked from files they need, and reaching files they should not. Symphony analyzes access control lists and remediates them automatically, across CloudFS and third-party estates, so a new studio or an acquired practice joins the work rather than filing tickets about it.

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Panzura Data Services: Keep the record
When a version is disputed, somebody has to reconstruct it.

File activity audit shows who opened, changed or moved a file and when, across every location. Estate-wide search finds the version somebody is looking for. On a project where a drawing becomes a claim, that record is the difference between a conversation and a dispute.

The other kind of collaboration

Not everyone you need is on the project.

Working in the same file at the same time is one half of it. The other half is the question people ask when they are stuck: has this firm done this before, how did it turn out, and who led it? That answer usually exists — in a project folder nobody on the current team has opened, or in the head of someone who left in March.

Panzura Nexus makes the estate answerable inside the Microsoft 365 Copilot your teams already license, governed by the permissions you already set. A new studio or an acquired practice can open the files on day one, and ask what the firm knows on the same day, instead of spending a year finding out where things are and who to ask.

The same protocol-layer locking also governs the pipelines and agents now writing alongside your teams, because it sits below all of them.

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Start where you are

Prove it on a single project before you commit to anything.

Collaboration is the easiest capability to prove before you commit, because the failure it removes is one your teams can describe from memory.

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If teams are already colliding
Prove it on one project, with the people it is failing.

Pick the project where two offices are already stepping on each other, and run it on CloudFS with the same teams and the same models. The comparison is not a benchmark — it is whether the emails asking who has the file stop.

  • Choose one live multi-office project
  • Count the version conflicts in the last quarter as your baseline
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If you already run CloudFS
The new office is a license change, not a project.

Most expansion is not a new deployment. Adding sites to an existing namespace does not re-platform anything, and two of the three things that follow are probably not switched on yet.

  • Add the new locations to the namespace — no migration, no second estate
  • Turn on Panzura Edge for consultants, field teams and anyone outside the buildings
  • Run Symphony against the permissions an acquisition arrived with
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If you are a single site
Panzura Express, through a partner.

One location, and the same file system. Express bundles CloudFS with a local high-availability node pair, Panzura Data Services and Panzura Nexus. Adding a second office later is a license change rather than a migration — which is when this page becomes relevant to you.

  • Talk to a Panzura partner
  • Add locations later without re-platforming