Getting Started
Opake works differently from most cloud storage. There's no account on our servers — you bring your own identity and your own storage, and the Opake app is the interface that ties them together. This page walks you through setting up.
Owning your data means owning your keys #
In a traditional system, losing a password means a support team resets it for you. They can do that because they hold the master keys to your account. Opake can't. We don't have your keys, and neither does your Personal Data Server (PDS).
When you first set up Opake, you'll receive a 24-word secret phrase — a backup that can reconstruct your keys on any device. If you lose both the phrase and every device you're signed in on, your encrypted files stay permanently unreadable. That's how end-to-end encryption works: no hidden override, no emergency hatch, no support team with a backup copy. Any of those would also be a way in for everyone else.
1. Entering your cabinet #
Whether you use the Web App or the CLI, the process begins by authenticating with your AT Protocol handle (e.g., alice.bsky.social).
- Navigate to the login screen.
- Enter your handle (e.g.,
you.bsky.social). - You will be redirected to your PDS (such as Bluesky) to authorize Opake.
- Once authorized, Opake generates your encryption key from a 24-word seed phrase. Write these words down — they're your backup.
Run the following command in your terminal:
opake login you.bsky.social2. Keeping private what's in your drawers #
Inside your cabinet, everything looks familiar — files, folders, the usual grid view. That structure is built entirely on your device.
On the network, your data is hidden in plain sight. File names, tags, and folder paths are all encrypted before they leave your device, so the storage provider only sees a flat list of nameless scrambled records. They can tell something exists; they can't tell whether it's a "Project" folder or a "Financial" PDF.
Your cabinet assembles itself once you provide your keys. Opake pulls the encrypted records from the network, decrypts the metadata locally, and reconstructs the folder hierarchy — instantly, and only for you.
Even if your server is compromised, an admin only sees scrambled, unreadable data. They can't tell which file is a PDF or an image, or what folder it sits in.