Personal privacy6 min read•
Protect your digital life — beyond passwords
A strong password protects access to your account. It does not protect the data inside. Here is what a complete personal privacy posture actually looks like.
Try it in one click.
Three private surfaces. Same zero-knowledge architecture.
Passwords are not the whole story A strong password and two-factor authentication protect who can log into your account. They do not protect what the provider's systems can do with your data once it is there. For everyday convenience, that is fine. For the parts of your digital life you would not want anyone reading, it is incomplete.
A complete personal privacy posture has three layers.
Layer 1 — Access protection Strong unique passwords, a password manager, two-factor authentication, recovery options stored offline. This is the layer most guides cover.
Layer 2 — Content protection Encryption that prevents the provider itself from reading your data. This is the layer most guides skip. It is also the one that matters most for sensitive files: identity papers, contracts, family photos, medical records.
Layer 3 — Surface reduction Keeping the inventory of "where my data lives" short and intentional. Fewer accounts. Fewer always-on syncs. Fewer apps with broad file access. Every reduction shrinks the blast radius of a single breach or account event.
How DRIVUNO fits DRIVUNO is the content-protection layer. It is not a replacement for your password manager or your primary email account. It is the place where the files you actually care about live — encrypted before upload, stored as ciphertext, never analysed.
A weekend setup - Inventory the categories of files you would not want anyone reading. - Create a DRIVUNO vault per category (Identity, Family, Work, Finance). - Move the master copies in. Keep at least one offline backup. - Remove the originals from any cloud that holds the keys.
A few hours of work, and the parts of your digital life that matter most stop depending on someone else's good behaviour.
Try it in one click.
Three private surfaces. Same zero-knowledge architecture.