Why does cloud sync break Blender and Maya projects?

Because 3D scenes point at external files — textures, referenced assets, simulation caches — and cloud sync can change where those sit relative to the scene, breaking the links. Worse, two artists syncing the same scene create conflict copies of a file that cannot be merged, so one person's work is lost. Keeping projects together with stable paths and moving them deliberately avoids both.

How do I share a 3D project between workstations without breaking references?

Use relative or project-based paths (Blender's Make Paths Relative, Maya's workspace system) so a project folder is self-contained, and transfer the entire project folder — scene plus its textures and caches — in one operation so references resolve on the destination. A direct LAN transfer like Oxolan moves the whole project between machines at wire speed with everything intact.

How do I stop artists overwriting the same scene file?

Use a tool with file locking so a scene being worked on cannot be saved over by someone else — there is no merge for a .blend or .ma file, so prevention is the only real fix. Oxolan locks files while they are open; continuous sync tools instead propagate whichever save lands last and produce conflict copies.

File Sharing for Blender and Maya Studios on a Local Network

Why 3D Projects Are Different

A Blender, Maya, Houdini, or Cinema 4D project is rarely self-contained. The scene file points at external things: linked textures, referenced assets and rigs, simulation caches (Alembic, VDB, Bifrost), and image sequences. Move the scene without its dependencies — or break the paths they rely on — and the artist opens a scene full of missing textures and broken references.

That single fact makes most "just sync a folder" approaches a poor fit for a 3D studio:

Cloud sync corrupts paths and creates conflicts. Sync folders can change where files sit relative to each other, breaking linked assets, and two artists syncing the same scene produce conflict copies of a file that may be mid-simulation.
Caches are huge and regenerated often. Syncing gigabytes of VDB or Alembic cache that will be re-baked tomorrow wastes bandwidth and time.
Scene files must not be edited by two people at once. There is no merge for a .blend or .ma — last save wins, and the loser's work is gone.

The reliable pattern is: keep dependencies together with stable paths, and move projects between machines deliberately rather than continuously syncing them.

Use consistent project structures and relative paths. Blender's "Make Paths Relative" and Maya's workspace/project system exist so a project folder can move as a unit with its references intact. Keep textures and caches inside the project, not scattered across each artist's drive.
Transfer the whole project folder together. When a scene goes to another workstation, send the entire project (scene + textures + caches it needs) in one operation so references resolve on the other side.
Lock scene files that are open. Prevent two artists overwriting the same .blend/.ma in the first place.

Moving Projects Over the LAN

For getting a project from one workstation to another, a direct LAN transfer beats both cloud sync and drive-walking:

Send the project folder directly. Oxolan moves an entire project — scene, textures, caches — between machines at 60–115 MB/s on gigabit, so a multi-gigabyte Houdini project with sim caches lands in minutes and every dependency arrives together.
Machines stay discoverable. Every workstation appears automatically, so handing a shot to the lighter or comp artist is a drag-and-drop, not a hunt for an IP address — and it keeps working when Windows network discovery does not.
File locking stops the overwrite disaster. A scene being worked on is locked, so the classic "two people saved over the same Maya file" incident stops happening.
Nothing leaves the studio. Client work stays on the LAN, encrypted machine-to-machine — the answer an NDA wants.

For render output specifically — the thousands-of-frames problem — see transferring EXR frame sequences.

What This Does Not Replace

If your studio runs a render farm, its shared storage stays — the farm and its output belong on a NAS or SAN every node can reach. Oxolan is the artist-to-artist layer on top: moving working projects between the people who need them, without mapped drives or sync clients. It is Windows and macOS, so a mixed studio is covered, and it is LAN-only, so it is not the tool for a remote collaborator (keep a secure channel for those).