Vaulternal

About Vaulternal

Vaulternal is a secure file vault for important documents, messages, passwords, and other files that do not fit well in a standard cloud drive. It is designed for people who want to store sensitive information privately, keep it updated over time, and have it delivered automatically to the right people when a chosen condition is met.

The product centers on three workflows: store, update, and deliver. Files are encrypted on the user’s device before leaving the browser, and the encryption keys stay with the user. The service says it cannot read the files, recover the keys, or override delivery triggers. Encrypted files are stored across multiple independent networks so no single company or server controls the data.

Vaulternal supports use cases such as family passwords, insurance documents, account logins, house deeds, and future letters for specific recipients. Users can set delivery based on a future date, a period of inactivity, a manual decision, or confirmation from trusted people. The vault also supports periodic check-ins and reminders so stored files stay current instead of sitting untouched in a folder.

The product is aimed at people who want private, long-term storage with controlled release rather than a general-purpose cloud drive. It may be useful for personal legacy planning, family access to important records, and other situations where files need to reach specific people at the right time.

Pricing is shown as monthly or annual plans, including a free plan and paid Starter and Pro plans with different storage, recipient, and delivery-rule limits.

Key features:
- Device-side encryption before files leave the browser
- Zero-knowledge storage with keys that stay with the user
- Conditional delivery based on date, inactivity, manual release, or trusted contacts
- Check-in reminders to keep the vault updated
- Support for storing important files such as passwords, insurance documents, and letters
- Multiple recipient and delivery-rule limits depending on plan
- Distributed storage across independent networks