Plain-language writing on zero-knowledge architectures, encrypted storage, and what it takes to keep sensitive files actually confidential.
Zero-knowledge is a precise architectural claim, not a marketing word. Here is what it actually requires — and how to tell when a cloud truly qualifies.
TLS, encryption at rest and SOC 2 reports do not prevent your provider from reading your files. Here is what actually does.
A clear, non-marketing explanation of how a properly encrypted cloud storage service handles your files end-to-end.
Step-by-step: how a file is encrypted on your device before it ever reaches our servers.
Local (client-side) encryption is not a minor implementation detail. It is the architectural choice that determines whether your provider can read your data.
What 'private cloud' actually means in 2026, and how it differs from a traditional consumer cloud.
An NDA is a contractual promise. Encrypted storage is a technical guarantee. You want both.
Identity papers, contracts, medical records, financial documents — what 'secure' should mean for the files that matter most.
Server-side AI features are useful — and they require access to your plaintext. Here is what that actually means for confidentiality.
Unreleased work is leverage. A provider that can read it is a provider that can leak it — by accident or by compulsion.
One suspension can interrupt access to mail, files, photos and login providers tied to the same account. Here is what the risk actually looks like — and how to reduce it.
Lawyers, doctors, designers and founders are moving sensitive work off general-purpose clouds. Here is what is driving the shift.
An NDA binds people. It does not bind their tools. If the cloud holding the file can read it, your contractual promise is partly architectural luck.
A direct answer to a question most users never ask: in a traditional cloud, the provider can technically read your files. Here is exactly why — and what changes with zero-knowledge.
Server-side AI features are powerful, useful, and incompatible with strict confidentiality. Here is what that shift means for sensitive files.
The terms are related, but not interchangeable. Here is a precise, non-marketing explanation of how they differ — and why it matters for cloud storage.
What to look for in a private alternative to a general-purpose cloud — and how DRIVUNO compares.
Provider breaches are not hypothetical. What an attacker actually gets depends almost entirely on whether the provider holds the keys.
Photo libraries are some of the most analysed content on the modern cloud. Here is how to keep family and personal photos out of that pipeline.
A precise, non-sensational answer. What traditional clouds — including Google Drive — can technically do, and why a zero-knowledge vault is structurally different.
Most clouds protect you with policies. DRIVUNO protects you with cryptography. The difference matters more than any badge or certification.
Almost every cloud claims to be 'encrypted'. The architectural question is whether encryption happens before your file leaves your device.
Every cloud claims you own your data. Ownership without control is a slogan. Here is what real control over your files requires.
Privacy controls hidden behind a toggle protect almost no one. Privacy by default is a design discipline — here is what it changes.
NDA projects, client files, internal drafts, financial documents. What it takes to do confidential work on cloud infrastructure without compromise.
You can share files with confidence without giving your provider a copy of the plaintext. Here is how recipient-keyed sharing actually works.
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.
Zero-access is a precise engineering claim — not a slogan. Here is what it requires, how to verify it, and how DRIVUNO implements it.
Google Drive chiffre vos fichiers côté serveur — Google détient les clés. DRIVUNO chiffre sur votre appareil. Comparaison honnête, sans marketing.
Dropbox cifra tus archivos en el servidor — Dropbox tiene las llaves. DRIVUNO cifra en tu dispositivo, antes de subir. Comparación honesta.
OneDrive verschlüsselt serverseitig — Microsoft hält die Schlüssel. DRIVUNO verschlüsselt auf deinem Gerät, vor dem Upload. Ehrlicher Vergleich.
iCloud cifra lato server di default; la modalità Advanced Data Protection è opzionale. DRIVUNO cifra sempre sul tuo dispositivo. Confronto onesto.
WeTransfer transita e armazena com cifragem gerida pelo provedor. DRIVUNO cifra no seu dispositivo antes de qualquer envio.
Slack-bestanden zijn toegankelijk voor de provider en workspace-admins. DRIVUNO versleutelt op jouw apparaat, vóór upload.
Google Drive はサーバー側で暗号化し、Google が鍵を保持します。DRIVUNO はあなたの端末で暗号化します。誠実な比較。
Dropbox 在服务器端加密 — 钥匙由 Dropbox 持有。DRIVUNO 在你的设备上加密。诚实的对比。
OneDrive шифрует файлы на сервере — ключи у Microsoft. DRIVUNO шифрует на вашем устройстве, до загрузки. Честное сравнение.
A side-by-side, honest look at how Google Drive, Dropbox, OneDrive, iCloud, WeTransfer and Slack handle your files — and what DRIVUNO does differently.
Start free with 2 GB. Zero-knowledge encryption from the first upload — no admin override, no AI scanning, no plaintext on the server.