Your cloud provider
cannot read your data.
Not by promise — by mathematics. Blink Gateway encrypts in the browser, fragments across the clouds you already own, and leaves no operator able to see a single byte.
"Trust us" is not a security model.
Every organization that puts data in the cloud trusts the provider not to read it. That trust is invisible and unverifiable — one breach, subpoena, or insider away from exposure. For data where sovereignty is non-negotiable, a promise is not enough. The architecture itself has to make reading impossible.
Four properties, by construction
Each one is a structural fact of where encryption sits — not a setting that can be turned off.
Zero-knowledge by design
Encryption happens in the client's browser before any byte reaches the gateway. The operator is architecturally incapable of inspecting content or file names.
Survives provider loss
Reed-Solomon erasure coding splits each file across independent clouds. Losing up to 2 providers — outage, suspension, sanction — does not interrupt access.
Autonomous self-healing
A daemon detects degraded fragments and rebuilds them from the survivors, writing them back automatically — with no human in the loop.
Your infrastructure
Fragments live in cloud accounts you already own and control. No vendor storage markup, billed at your own rates, sovereign to your jurisdiction.
Everywhere your operators work
The same zero-knowledge guarantee on web, desktop, and mobile. Open the dashboard in a browser, run the native desktop app with certificate-pinned connections and offline access, or manage your archive from the Android app. One account, the same sealed data — your provider still can't read a byte, wherever you work.
Web
Open in any browser — nothing to install.
Desktop
Native app, certificate-pinned connections, offline access.
Mobile
Android app — manage your archive on the go.
Built, verified — and honest about the rest
A security product earns trust by stating its boundaries, not hiding them. Everything below marked as running is demonstrable on the live system.
Data & resilience
- Client-side encryption, end to end — the server never sees plaintext
- Erasure coding across five independent clouds — survives losing any two, verified live
- Autonomous self-healing — lost fragments rebuilt from survivors
- Sovereign offline recovery — reconstruct with no gateway, no vendor
- Your infrastructure — five accounts you own and control (BYO-Infra)
Access, crypto & control
- Verifiable access enforcement — Guard executes your signed policy, in-line, no ML in the decision
- Deterministic access detection — Wall signals on stated conditions (no ML guess); a human decides
- Isolated per-operator zero-knowledge access
- Post-quantum key wrapping — hybrid X25519 + ML-KEM-768, verified live
- Post-quantum token signatures — hybrid RS256 + ML-DSA-44, issued on every login
- Hardware security keys (FIDO2/WebAuthn) + TOTP second factor
- Tamper-evident audit & emergency access freeze (reversible, data untouched)
- Clients for web, desktop, and mobile
Product & hardening
- Adaptive erasure coding — scale 3–8 providers, survive up to half; built, not yet deployed
- Signed public distribution of desktop & mobile apps + native passkeys
- Storage-layer decoys (canary / phantom node) — designed
Enterprise readiness
- SOC 2 / FIPS 140-3 certification
- Enterprise SSO / IAM integration
- First production pilots
- Support, SLA & a competence center
See it hold your data hostage to no one.
Book a walkthrough — encrypt a file, watch it fragment across real, independent clouds, and confirm the operator never sees it.
Request accessGiven one-to-one, after a brief intro. Accounts are provisioned, not self-serve.