Google Drive is a synchronization product, It is not a backup product.

This distinction matters because many people use Google Drive as the place where they put important data and assume the problem is solved.

In practice, Google Drive protects you well against infrastructure failures on Google’s side. It does not protect you well against logical failures on your side.

For example:

  • you delete a folder by mistake
  • ransomware encrypts local files and sync propagates the result
  • your account is suspended or locked

In all these cases, sync can work exactly as designed and you can still lose access to your data.

What a Backup Gives That Sync Does Not

The main difference is history.

With a real backup, you can go back to a previous point in time and restore the state that existed before the problem.

Without that, you only have the current state of the synchronized drive and whatever limited recovery features the provider exposes.

This is why file versioning is useful but not sufficient. In a real incident, you do not want to inspect documents one by one. You want to restore a coherent state.

Common Approaches

If you want to protect Google Drive properly, there are a few possible approaches.

Google Takeout

Google Takeout allows you to export your data.

This is useful as an export mechanism, but I do not consider it a practical backup strategy. It is manual, slow, and difficult to run frequently enough.

Backup Through a Mounted Drive

Another option is to mount Google Drive locally with a tool such as rclone and then use a traditional backup tool on top of that mount.

This works, but it is not ideal.

The backup tool sees a filesystem. Google Drive is not really a filesystem. It is an API-backed data source with its own semantics and its own incremental mechanisms.

As a consequence, this approach often ends up rescanning large trees, creating latency and local caching overhead even when very little changed.

Native Backup Through the Provider API

The third option is to back up Google Drive natively through the provider API.

This is the approach I wanted.

Instead of pretending Google Drive is a local disk, the backup tool can use the change tracking exposed by Google itself and create real snapshots in an external repository.

Why I Built Cloudstic

I started working on Cloudstic because I did not find a solution that matched what I wanted.

I wanted a tool able to:

  • create encrypted snapshots
  • deduplicate data across sources
  • store backups outside the original account boundary
  • back up Google Drive without mounting it locally

Cloudstic uses the Google Drive Changes API through the gdrive-changes source.

This means the first backup performs a full scan, but the following ones can request only what changed since the previous snapshot.

That is the main reason this approach is much faster than scanning a mounted drive again and again.

If you want the technical explanation behind this, I wrote a companion articles: Reading a Native Backup Through –debug.

What This Gives in Practice

Using a native backup flow, the result is straightforward:

  • your Google Drive is backed up into a real repository
  • snapshots are immutable checkpoints
  • unchanged data is reused through deduplication
  • the backup can live outside Google Drive itself
  • restore does not depend on browsing version history file by file

This is, for me, the main value of a backup tool. It should give a predictable restore path.

Who Should Care

This is not only for large companies or security teams.

It is useful for anyone who stores important documents in Google Drive, especially:

  • freelancers storing customer deliverables
  • small teams working from shared folders
  • families storing photos, scans, and administrative documents
  • founders running operations out of docs, sheets, and shared drives

The more operational value your Google Drive contains, the less reasonable it is to treat sync as backup.

Prerequisites

Before running the commands below, make sure you have:

  • access to a backup destination such as local storage or an S3-compatible bucket
  • credentials for that destination available in your shell environment
  • a Google account ready to authorize Cloudstic on first use

A Simple Setup

Here is the minimal setup with Cloudstic.

1. Install the CLI

If Cloudstic is not installed yet, start with the installation guide.

brew install cloudstic/tap/cloudstic

2. Create an Encrypted Repository

For example on S3-compatible storage:

export CLOUDSTIC_STORE=s3:my-backup-bucket
export AWS_ACCESS_KEY_ID=your-key
export AWS_SECRET_ACCESS_KEY=your-secret

cloudstic init -add-recovery-key

This creates the repository and generates a recovery key.

3. Authenticate with Google

On first use, Cloudstic opens a browser window for OAuth authentication and stores the token locally for later runs.

4. Run the Backup

cloudstic backup -source gdrive-changes -tag cloud

The first run performs a full scan.

The following runs are incremental.

Conclusion

Google Drive is very useful.

I use it as a source of data, not as a backup destination.

If the data matters, I want snapshots, an external repository, and a restore path that does not depend on the current state of the synced account.

That is why I think backing up from Google Drive is just as important as backing up to it.

Cloudstic is open source on GitHub. If you want to get started, see the installation guide, and for the full command reference see the Cloudstic CLI documentation.