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StorageDNA is proud to announce a cloud data sharing workflow designed specifically for organizations with a remote creative workforce. DNAfabric allows creative users to share work-in-progress media and metadata (projects, bins, sequences) across geospread distances for editorial, graphics, grading and more.

Why is multi-way replication such a big deal?


Sync changes in one
set of folders to another


Sync changes in the
same folders to two sites


Sync changes in the
same folder across multiple sites

Multi-way sync and replication changes how organizations handle collaboration across multiple sites and cloud while enabling stronger disaster recovery plans


Sync two or
more sites

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Across Central,
Remote & Cloud

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or Shared Storage

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With Acceleration &

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Cross Site Collaboration

Enable multi-site collaboration for creative and editorial teams across two or more NAS/SAN deployments.

Bridge Cloud & On-Premise

Bridge cloud and on-premise NAS/SAN with multi-way replication enabling hybrid and cloud workflows.

Enable Disaster Recovery Plans

Enable multi-site disaster recovery with the ability to create an instant safety net across multiple sites and cloud.

DNAfabric vs UDP Solutions

FEATURE DNAfabric Other UDP Solutions
Multi-way replication
Sync file-systems and object
Avid, Adobe, DaVinci intelligence
Fully automated, incremental
Centralized management


What is multi-way synchronization?

Multi-way synchronization is the ability to synchronize across the same set of folders and files across multiple endpoints (standalone and shared filesystems). It is unique in that it manages multiple users working on the same data set, managing conflicts, preventing accidental overwrites – while sharing it across a wide area network.

How does DNAfabric handle updates to the same file and/or directories?

DNAfabric provides a few options on how file updates and conflicts are handled.

  • Separated by client machine: It allows for updates to appear on each system separated by each client machine. Under the shared directory, a separate directory is created for each system, where incremental updates appear. This is the safest way to receive updates from multiple systems.
  • Merged: In this mode, updates are not separated by client machine and a single directory view is presented. Updates to the same file can be versioned or the latest updates are auto-applied.

How does DNAfabric handle updates to Avid, Adobe and DaVinci projects and bins?

Projects and bins are automatically separated into client machine names with locking (Avid bin locks and Adobe Production locks) and write locking. This allows an editor to “view” updates as they are being made by other users without overwriting any other user’s work.

How does DNAfabric handle syncing across Avid media workspaces?

DNAfabric handles Avid workspaces differently from other application’s media workspaces. Avid is unique in how it creates media workspaces and in turn how it manages these workspaces in a shared environment versus a standalone environment. DNAfabric preserves these rules when synchronizing across these workspaces. Additionally, it handles pmr, mdb and the Creating folder semantics as well.

How does DNAfabric handle syncing across Adobe, DaVinci and other media workspaces?

Unlike Avid, other applications don’t follow strict workspace rules. DNAfabric allows any media workspace to be synced using the rules described earlier in the FAQ.

Which NAS/SAN platforms are supported for synchronization?

  • DNAfabric supports any open filesystem for synchronization. These platforms can be synced to each other or any other open filesystem.
  • A partial list includes the following: Avid Nexis, Editshare, Facilis, Quantum StorNext, GBLabs, Isilon, Qumulo, SNS, ScaleLogic, NFS/CIFS or any other open filesystem.

Are cloud file systems also supported for synchronization?

DNAfabric can sync across cloud filesystems as well. This includes AWS FSx, Azure Files or any cloud deployed filesystem.

How is data accelerated and secured during synchronization?

  • Data is accelerated using a combination of UDP acceleration, multi-threading, multi-part transfers and file packaging.
  • Data is secured using HTTPS/TLS based on the cloud provider or on the point-to-point protocol in use.