How to Do Version Control for Video Files

The Problem with Video Version Management

Every video editor knows the pain. You finish a cut, send it to the client, and they request changes. You save a new version. The director wants to go back to a specific moment from the third revision. Your colorist is working off a different file than your editor. Chaos ensues.

Traditional solutions look like this:

Duplicating entire folders: Project_v1/, Project_v2/, Project_v3_final/
Shared Dropbox folders where anyone can overwrite anything
Frame.io for review — but still no version branching
Manual backups on external drives

None of these give you what software developers have had for decades: true branching and version control.

What Is Version Control for Video?

Version control tracks every change to a file over time and lets you branch, merge, and restore at will. Developers use Git for source code. Cloudverest brings the same workflow to video files, 3D assets, and any binary format.

With Cloudverest, you can:

Create a branch for each client revision or creative direction — without copying files
Push changes from DaVinci Resolve or Premiere Pro directly to the cloud
Restore any previous version of any file with one click
Merge branches — combine the color grade from one branch with the cut from another
See a full history of every change, who made it, and when

A Real Workflow: Commercial Video Production

Here is how a typical commercial video production workflow looks with Cloudverest:

Create a project in Cloudverest and clone it to each workstation. Your editor, colorist, and sound designer each have a local copy.
Edit locally in DaVinci Resolve. When the cut is ready, push changes to main branch.
Create a branch called client-v1 and share a review link. The client annotates directly on the video with timecoded comments.
Make revisions on a new branch client-v2 without touching the approved v1.
The colorist branches from the approved cut, grades the footage, and merges back.
Final delivery is on a delivery branch. Every previous version is preserved indefinitely.

Why Not Just Use Git?

Git was designed for text files. It stores diffs (the differences between versions) to save space. This works brilliantly for code — but a 4K video file cannot be diffed meaningfully. Git breaks down with binary files because every version is stored in its entirety, bloating the repository and making clone and pull operations unbearably slow.

Git LFS (Large File Storage) is a workaround, but it requires extra setup, separate billing, and still lacks the visual review tools that video teams need.

Cloudverest was purpose-built for large binary files. It supports files up to 1 TB each, uses globally distributed cloud storage with no download fees, and includes video review tools built into the same platform.

Built-In Video Review

Cloudverest includes frame-accurate video review without needing a separate tool like Frame.io:

Stream video in the browser with HLS adaptive playback
Drop a pin on any frame to leave a timecoded comment
Draw annotations directly on the video
Approve, request changes, or mark for review
Track revision rounds and resolution status

This means your client review workflow and your version control workflow live in the same place. No more copying links between tools.

Getting Started

Cloudverest is currently in early access. The platform supports video files up to 1 TB, includes the desktop sync app for Windows, and the CLI tool for power users who want to automate their push/pull workflow.