Your cloud provider
cannot read your data.

Not by promise — by mathematics. Blink DSH-Net encrypts in the browser, fragments across the clouds you already own, and leaves no operator able to see a single byte.

Encrypt · Fragment · Distribute
🔒 CIPHERTEXT
shard → Oracle
shard → AWS
shard → Cloudflare R2
shard → node 4
shard → node 5
RS(3,2) erasure coding — any 3 of 5 fragments rebuild the file. Lose 2 providers, lose nothing.
The problem

"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.

How it works

Four properties, by construction

Each one is a structural fact of where encryption sits — not a setting that can be turned off.

01

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.

02

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.

03

Autonomous self-healing

A daemon detects degraded fragments and rebuilds them from the survivors, writing them back automatically — with no human in the loop.

04

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.

Where it stands

Built, verified — and honest about the rest

A security product earns trust by stating its boundaries, not hiding them.

Proven & running

  • Client-side encryption, end to end
  • RS(3,2) across three independent clouds, verified live
  • Autonomous self-healing
  • Autonomous threat monitoring — rules act, ML observes
  • Sovereign recovery without the vendor
  • Hierarchical zero-knowledge access

On the roadmap

  • Independent cryptographic audit
  • SOC 2 / FIPS certification
  • Post-quantum key wrapping
  • Enterprise SSO / IAM
  • First production pilots

See it hold your data hostage to no one.

Request a guided demo — encrypt a file, watch it fragment across real clouds, and confirm the operator never sees it.

Request a demo

Demos are given one-to-one, after a brief intro. No public endpoint is exposed.