Use OurClone on macOS to securely sync Google Drive and MEGA with local encryption, incremental backups, and no third-party servers involved.
Want to sync Google Drive and MEGA without uploading your files to unknown servers? OurClone enables private, encrypted synchronization on your Mac—ideal for personal backups, secure transfers, and seamless cloud-to-cloud sync. This guide will walk you through connecting both drives and creating smart sync tasks, including incremental backups and secure repository management.
Launch OurClone, click on Add Cloud, and select Google Drive. You’ll be redirected to a Google login screen. Once you authenticate, OurClone will locally register your Google Drive account without storing any credential remotely.
Go back to the Add Cloud interface and choose MEGA. Enter your MEGA credentials. OurClone communicates directly with MEGA's secure API, but keeps all tokens locally, adding a layer of privacy.
Once your accounts are added, it’s time to define what should be synced. You can fine-tune exactly which folders to include, what file types to sync, and how conflicts are handled.
gdrive:/Work/Reports
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mega:/Backup/Reports
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sync
– keeps both sides identicalcopy
– one-way duplicationmove
– transfers and deletes from sourceInstead of copying everything each time, incremental backup works intelligently by only transferring files that have changed since the last sync. This saves time, conserves bandwidth, and reduces storage costs.
OurClone automatically detects file modifications based on checksums and timestamps. If a file hasn’t changed, it won’t be copied again. For large Google Drive photo libraries or frequently-updated MEGA folders, this dramatically improves sync efficiency.
A backup repository in OurClone is a secure, encrypted folder structure maintained on your local drive. It stores file snapshots, version history (if enabled), and metadata for restoring or auditing sync tasks.
Each repository is protected using AES-256 encryption and requires a password to open. Even if someone gains access to your Mac, they cannot read or restore your backup without that key. This is especially valuable for sensitive work documents, financial records, or personal media.
OurClone uses a security-first design: no cloud relays, no token caching on servers, and no file exposure to third parties. All transfers between Google Drive and MEGA happen directly through your Mac using local bandwidth.
SSL encryption is applied during all API calls, and file contents are further protected through AES-256 before being written to your drive or synced to MEGA.
If you’re syncing large media folders, plug your Mac into Ethernet for better speed. Avoid syncing gigabytes of data over Wi-Fi during office hours. Want redundancy? Consider syncing Google Drive to MEGA and then backing up MEGA to a local encrypted external disk.
Upgrade to OurClone Pro to unlock multi-threaded transfers, priority support, and enterprise policy controls.
OurClone is free to use and works fully offline. Take control of your syncs today by downloading it from: ourclone.app/download
Yes. OurClone runs entirely on your Mac, using no third-party servers. Files go directly from Google Drive to MEGA over your network.
Absolutely. OurClone detects changed files and only transfers what’s new. This is essential for large libraries or frequent syncs.
Yes. Backups are stored in a local encrypted repository protected by AES-256. Without your password, it’s unreadable.
Yes, you can define any schedule in the OurClone task editor—including nightly, weekly, or real-time monitoring syncs.
Heavy syncs can affect CPU and disk performance. For best results, use SSDs and schedule large jobs outside working hours.
Yes. OurClone supports parallel jobs—e.g., syncing Dropbox to Google Drive while syncing MEGA to a local folder.
With OurClone, macOS users can locally sync Google Drive and MEGA in a private and encrypted way. Featuring incremental backup, password-protected backup repositories, and real-time or scheduled syncs, it gives you complete data control without touching a remote server.