Vaulted vs Privnote

Both let you share self-destructing notes. The key differences: Vaulted encrypts in your browser with configurable view limits and passphrase protection. Privnote encrypts server-side, is single-view only, and shows ads — but offers read notifications.

FeatureVaultedPrivnote
Client-side encryption
Zero-knowledge architecture
Encryption algorithm disclosedAES-256-GCMNot specified
Key never sent to server
Self-destructing links
Configurable view limitUnlimited or 1–10 views1 view only
Passphrase protection
Custom expirationUp to 30 daysNo expiry control
Read notifications
No account required
CLI toolnpm (zero dependencies)
Free to use
Ad-free

Key Differences

Vaulted encrypts in the browser using Web Crypto API — the server never touches your plaintext. Privnote encrypts server-side, meaning the service briefly handles your unencrypted data. For passwords, API keys, or other high-sensitivity secrets, this distinction matters.

Privnote is strictly single-view with no expiration control. Vaulted lets you choose unlimited views or 1-10, with expiration up to 30 days. This makes Vaulted more practical when multiple people need access or when you want a link to stay active for a defined period.

Privnote's standout feature is read notifications — you get an email when the note is opened. Vaulted does not offer this. However, Privnote shows ads on its free tier, which introduces third-party tracking scripts on a tool meant for privacy. Vaulted is completely ad-free.

Choose Vaulted if

  • You need true zero-knowledge encryption — the server never sees plaintext
  • You want configurable view limits (unlimited or 1-10 views)
  • You want passphrase protection as an extra layer of security
  • You prefer an ad-free, distraction-free experience

Choose Privnote if

  • You need read notifications — an email when the note is opened
  • Single-view burn-after-reading is exactly what you want
  • You need a tool with name recognition and long track record
  • You prioritize read receipts over encryption model transparency

Frequently Asked Questions